China's Civilian Drone Industry 2026: Strong Yet Besieged — One Company, One Nation's Sky

1. Prologue: One Company and a Nation's Sky

In 2026, the global civilian drone market is one dominated to the point of near-monopoly by a single Chinese company. DJI holds roughly 70% of the global civilian drone market, and in the consumer-grade camera drone segment its share runs as high as 90%; in the U.S. installed fleet it accounts for about 77%. A single Shenzhen company has effectively defined what the world's low-altitude civilian drones look like, how they fly, and what they cost. This degree of dominance is rare even in the history of Chinese manufacturing going global—it is not merely "holding the largest slice," but "near-monopoly."

Yet in 2026, this near-monopoly is running into an unprecedented geopolitical encirclement. In December 2025, the U.S. Federal Communications Commission (FCC) took the unprecedented step of adding all foreign-made drone systems and key components as a category to its "Covered List"—effectively barring DJI's new models from entering the U.S. market. This is yet another heavy blow in the American campaign against DJI, following Customs seizures of DJI units on forced-labor grounds and NDAA-mandated security reviews. DJI promptly sued the FCC in a U.S. court. A Chinese company that holds nearly 80% of the U.S. drone market is being systematically squeezed out of that market—and the irony is that the American drones meant to replace it (the Skydio X10, priced at about US$16,000 per unit) cost three to five times as much as DJI's comparable products, and their motor magnets and batteries still cannot do without Chinese supply.

Occurring simultaneously with this geopolitical encirclement is a deep, explosive expansion of China's drone industry. This industry long ago stopped being just DJI's consumer-grade aerial-photography drones—it now has three battlefronts, all of them erupting. In agricultural drones, China's crop-protection drone fleet exceeds 300,000 units, with annual coverage measured in hundreds of millions of mu-passes; DJI and XAG have together turned China's farmland into the world's largest drone-operations field, and have also sold their machines into Brazil's soybean fields and Southeast Asia's rice paddies. In enterprise-grade applications—power-line inspection, logistics delivery, emergency firefighting, policing and surveying—drones are penetrating thousands of industries, with the drones of Meituan and SF Express weaving delivery networks in the skies above cities. And in the low-altitude economy—a national strategy first written into the government work report in 2024 and elevated in 2026 to an "emerging pillar industry"—drones have been pushed onto the crest of a trillion-yuan industrial wave: in 2025, China's civilian drone whole-unit output value reached 176.1 billion yuan, and the low-altitude economy was worth roughly 1.5 trillion yuan.

These are the two faces of China's drone industry in 2026. One face is global dominance—DJI's near-monopoly share, the global leadership in agricultural drones, the national tailwind behind the low-altitude economy. The other face is geopolitical encirclement—America's category-wide sales ban, Customs seizures, and security reviews, as well as China's own export controls. One company's near-monopoly and one industry's all-round explosion have collided with the roaring seas of great-power rivalry. And between these two faces lies the most distinctive predicament of Chinese drones—unlike tires or power tools, which are "big but not strong" (constrained by branding), it is exactly the opposite: it is "strong yet besieged" (precisely because it is too strong and too dominant, it draws geopolitical encirclement).

This report uses some fifty thousand characters to carry China's civilian drone industry from the construction of a single drone to the global landscape of an entire industry: how DJI achieved near-monopoly, and why that dominance invites encirclement; how agricultural drones turned China's farmland into the world's largest drone-operations field, and how they went overseas to Brazil and Southeast Asia; how enterprise-grade applications (power, logistics, emergency response) penetrated thousands of industries; how the trillion-yuan opportunity of the low-altitude economy was ignited by national strategy; how the supply chain and export controls became bargaining chips in great-power rivalry; and, under geopolitical encirclement, the distinctive predicament and future of a Chinese drone industry that is "strong yet besieged."

It should be noted that this report focuses on civilian drones (consumer-grade, agricultural, enterprise-grade); military drones are mentioned only objectively in the context of export controls and not elaborated. Manned eVTOL (electric vertical take-off and landing aircraft) belongs to a separate track, covered in a dedicated companion report; it is distinguished here only for clarity.

Let us begin with the most basic question: what is it about a drone that lets a single Chinese company dominate the skies of the entire world?

2. What Is a Drone: The Trio of Flight Controller, Gimbal, and Image Transmission

A drone looks like a flying toy—a few rotors, a body, a camera. But making it "hover stably, film precisely, avoid obstacles autonomously, and fly several kilometers while transmitting HD footage back" is a complex engineering feat integrating flight control, precision mechanics, wireless communication, and image processing. To understand the barriers to building a drone, we must start with its three core systems.

The first system is the flight controller—the drone's brain. The flight controller (flight control system) is the core of a drone's ability to fly stably. A multi-rotor drone is inherently unstable—the slightest deviation in the rotation speed of its four rotors will send the body tumbling. The flight control system uses sensors such as a gyroscope, accelerometer, barometer, and GNSS (satellite positioning) to sense the body's attitude and position in real time, and uses algorithms to adjust the speed of each rotor a thousand-plus times per second, keeping the drone in stable hover and precise motion. The quality of the flight controller determines whether the drone flies steadily, accurately, and resistant to wind. Modern flight controllers also integrate autonomous functions—automatic return-to-home, obstacle avoidance, path planning, follow-me filming—which turn a drone from a "remote-controlled aircraft" into an "intelligent aircraft." The flight controller is one of the most technically demanding parts of a drone, and DJI's core competitiveness lies to a large extent in its accumulated flight-control algorithms.

The second system is the gimbal and camera—the drone's eyes. For consumer-grade aerial-photography drones and enterprise-grade drones, the camera is a core function. But a drone vibrates and shakes in flight, and to capture stable, clear footage it needs a gimbal—a mechanical structure that uses motors to actively compensate for the body's vibration and keep the camera stable. The gimbal plus the camera (the gimbal camera) is the heart of drone aerial photography—it determines whether the footage is stable and clear. DJI's accumulated gimbal technology (three-axis mechanically stabilized gimbals) is one of the keys to its dominance in aerial-photography drones. This system requires the integrated capabilities of precision mechanics, motor control, and image processing.

The third system is image transmission—the drone's nerves. A drone flies in the sky kilometers away, and the operator must see its footage in real time and control its flight—this requires image transmission (the image transmission system). Image transmission must send the drone's HD footage back to the operator's screen in real time, with low latency and over long distances, while transmitting the operator's control commands to the drone. The range, clarity, latency, and interference resistance of image transmission directly determine a drone's usability—if the image transmission drops, the drone becomes a runaway kite. DJI's OcuSync and other image-transmission technologies can achieve multi-kilometer, HD, low-latency transmission, and are among its core technologies.

Put the three systems together, and the barrier to building a drone becomes clear—it is the highly integrated combination of the flight controller (brain), the gimbal camera (eyes), and image transmission (nerves), spanning flight control, precision mechanics, wireless communication, image processing, sensors, batteries, and more. The barrier to this integration is not low—to make a drone fly stably, film precisely, avoid obstacles autonomously, transmit images over long distances, and still be lightweight, durable, and affordable requires the combined capabilities of materials, mechanics, electronics, algorithms, and supply chain. This is why, of the many companies worldwide able to build consumer-grade drones, almost only DJI can perfect flight control, gimbals, image transmission, supply chain, cost, and user experience all at once.

There is another distinctive feature of a drone—it is a "software-hardware integrated" product. Hardware (flight-control chips, gimbal, image transmission, motors, batteries) plus software (flight-control algorithms, image processing, autonomous functions, apps) plus ecosystem (accessories, industry solutions)—drone competition lies not only in hardware but even more in software and ecosystem. DJI's strength lies not only in the quality of the drone hardware it builds, but even more in the overall ecosystem of its flight-control algorithms, image processing, app experience, and industry solutions. This software-hardware integrated capability is the deeper reason for DJI's near-monopoly, and the barrier that latecomers (Skydio, Autel) find hard to catch up with.

Drones are also divided by use into several major categories, each of which this report will elaborate later. Consumer-grade drones (aerial photography, entertainment), dominated by DJI, are the gateway through which drones reach the mass public. Agricultural drones (crop protection, spreading), with heavy payloads and intensive operations, are a duopoly of DJI and XAG. Enterprise-grade drones (power-line inspection, surveying, logistics, emergency response), specialized and scenario-specific, penetrate thousands of industries. These three types of drones differ in technical requirements, market logic, and competitive landscape, but all are built on the foundation of the three systems—flight controller, gimbal, and image transmission. Only by understanding these three systems can one understand the technical core of drones, and only then can one understand why China (and especially DJI) has been able to achieve global dominance in drones.

Having understood the construction of a drone, let us now look at this China-dominated global market—a market almost monopolized by a single company.

3. DJI: One Company's Near-Monopoly

In global manufacturing, it is hard to find a second case like DJI, where a single company near-monopolizes a global market. Only by understanding DJI's dominance can one understand the distinctive predicament of a Chinese drone industry that is "strong yet besieged."

First, consider how thorough that dominance is. DJI holds roughly 70% of the global civilian drone market (about 74% in 2024, slipping slightly to 70% in 2025); in the consumer-grade camera drone segment, by aggressive measures its share exceeds 90%; in commercial drones, about 70%; and in the U.S. installed fleet, about 77%. These figures mean that in the skies of global civilian drones, most of what flies is a DJI machine. A single Shenzhen company has defined what the world's civilian drones look like, how they fly, and what they cost. This dominance is not "leading" but "near-monopoly"—DJI is practically synonymous with "drone."

DJI's revenue, because it is an unlisted company with no publicly audited financial statements, comes in two coexisting sets of figures (any citation must note "unaudited"). The Chinese-media figure is over 80 billion yuan in 2024 revenue, up 35%, with net profit of 12.056 billion yuan; the English-language analyst figure is far more conservative, at roughly US$3.5 to 4.5 billion. The two sets differ greatly, but either way DJI is a giant with revenue in the tens of billions of yuan and rich profits. 2025 revenue is estimated at 85 to 90 billion yuan. By comparison, the world's second-tier civilian drone players are a mere fraction of DJI's size—France's Parrot posted just €79.8 million in 2025 revenue (about 1% of DJI's), and America's Skydio had annual revenue of about US$180 million. The gap between DJI and other players is not "first versus second," but "giant versus dwarf."

Why can DJI near-monopolize? Several reasons compound. First, comprehensive technological leadership. DJI leads across the board in flight control (flight-control algorithms), gimbals (three-axis mechanical stabilization), image transmission (OcuSync), image processing, and autonomous functions—it is not strong in a single technology, but has perfected its entire software-hardware ecosystem. This comprehensive technological lead is hard for others to catch. Second, a crushing edge in supply chain and cost. DJI is located in Shenzhen—the place with the world's most complete electronics and drone supply chain. It can leverage Shenzhen's supply chain to push drone costs extremely low and iterate extremely fast. For others, building a comparable drone might cost several times what it costs DJI—this cost advantage makes DJI nearly unbeatable in the consumer market. Third, ultimate product and experience. DJI's drones are easy to use, stable, film well, and are cheap—it has perfected the consumer-grade drone experience, so that consumers think of DJI the moment they think of aerial photography. Fourth, rapid iteration. DJI launches more than 20 new products a year (2025 saw the Flip, Mavic 4 Pro, Mini 5 Pro, and others), iterating so fast that rivals can never catch up.

DJI's dominance also shows in its ever-expanding category map. DJI long ago stopped being just an aerial-photography drone company—it has extended its technical capabilities in flight control, gimbals, and imaging into more and more categories: the Osmo series of handheld gimbal cameras, panoramic cameras (the Osmo 360, which captured 49% of the Chinese e-commerce market in three months, driving straight into Insta360's heartland), action cameras, and even crossovers into robot vacuums (ROMO), electric-assist bicycles (Avinox), automotive intelligent driving (the spun-off Zhuoyu Technology), and 3D printing (as an investor). DJI is transforming from a "drone company" into "a technology company centered on flight-control, imaging, and robotics technology"—its technical capabilities are spilling over into multiple adjacent fields. This category expansion reflects DJI's technical strength, and is also its strategy for finding new growth.

But DJI's near-monopoly also brings a distinctive risk—a tall tree catches the wind. Precisely because DJI is too strong and too dominant, it has become a target of geopolitical rivalry. America's campaign against DJI (Customs seizures, security reviews, the FCC category-wide sales ban) stems largely from the fact that DJI holds nearly 80% of the U.S. drone market—a Chinese company dominating America's drone skies is, under American geopolitical anxiety, unacceptable. DJI's "strength" is exactly what draws the "siege." This is the core of a Chinese drone industry that is "strong yet besieged"—unlike tires or power tools, troubled because they are "big but not strong" (constrained by branding), it is precisely the opposite: it draws systematic geopolitical encirclement because it is "too strong and too dominant."

DJI's near-monopoly is a rare achievement in the history of Chinese manufacturing going global—a single Chinese company, on the strength of comprehensive leadership in technology, supply chain, cost, and experience, dominating a global market. But this achievement has also pushed DJI to the crest of great-power rivalry. Only by understanding DJI's dominance can one understand the geopolitical encirclement to be discussed later—why America wants to systematically squeeze DJI out, why replacing DJI is so difficult, and the predicament and response of the Chinese drone industry in this siege. DJI's story is the peak of the "strength" of China's drone industry, and also the starting point of its "siege." And beyond DJI's consumer-grade dominance, Chinese drones have two more erupting battlefronts—agriculture and enterprise-grade applications—and there too the field belongs to China.

4. Agricultural Drones: Turning China's Farmland into an Operations Field

The most down-to-earth application of drones, and the one that best embodies China's dominance, is agriculture. China's crop-protection drones have already turned vast farmland into the world's largest drone-operations field—this is a domain where China leads across the board in technology, market, and scale, and a most vivid sample of drones transforming a traditional industry.

First, consider how large the scale is. In 2024, the national fleet of crop-protection drones reached 251,000 units, with a treatment operating area of 2.67 billion mu-passes, both up nearly 25% year on year, ranking firmly first in the world. In 2025, the agricultural drone fleet exceeded 300,000 units, with annual operating area surpassing 460 million mu (note that "mu" and "mu-passes" are different measures—mu-passes are the cumulative total of repeated operations, while mu is the covered area). In terms of penetration, the drone crop-protection service coverage rate in major agricultural provinces such as Heilongjiang, Henan, and Shandong exceeds 60%, and in the major rice-producing regions (Heilongjiang, Jiangsu, Anhui), penetration by DJI's measure exceeds 90%. Globally, as of June 2025, the world's agricultural drone fleet exceeded 500,000 units—and this market is dominated by Chinese companies. As a "new farm tool," the agricultural drone was written into the Central No. 1 Document for the first time in 2026—confirming its status at the national level.

What have agricultural drones changed? They have turned traditional manual spraying into efficient mechanized operations. Traditional manual spraying—a farmer carries a tank on his back and sprays in the field—is inefficient (a dozen-odd mu per person per day), grueling, and carries a risk of pesticide poisoning. A crop-protection drone, by contrast, can operate several hundred mu a day (dozens of times what manual labor can do), with the pilot operating from the edge of the field, not in contact with pesticides and thus safer. The economics are clear: manual spraying costs 15 to 25 yuan per mu, drone service about 12 yuan per mu; for a 400-mu lychee orchard, manual spraying requires 9 people for 4 days, while a drone needs 1 pilot plus 1 ground crew for 2 days, cutting treatment costs from 410,000 yuan to 110,000 yuan. The triple advantage of efficiency, cost, and safety has driven the rapid spread of drone crop protection—especially in rural areas facing labor shortages and aging, where drones have become a rigid necessity. The effect of unified prevention and control is also better—aerial plant protection improves effectiveness by 10% to 20% over farmers' self-managed prevention, and reduces pesticide use by 20% to 30%.

Agricultural drone technology is evolving rapidly. Payloads have grown from the early 10-liter tanks to tens of kilograms today—the DJI T100 has a spraying payload of 75 kg, a spreading payload of 150 liters, and a lifting payload of 85 kg, while the T100S lifts 95 kg; XAG's P200 2026 model has a maximum take-off weight of 149.9 kg (right up against the 150 kg regulatory ceiling for agricultural drones). Multi-purpose use—modern agricultural drones not only spray but also spread (seeds, fertilizer), lift (transport for mountain orchards), and survey (photographing farmland, generating prescription maps), one machine for many uses. Intelligence—RTK centimeter-level positioning, fully autonomous flight routes, AI-recognized prescription maps (precise application on demand), and swarm operations. These technological advances have turned agricultural drones from "simple spraying tools" into "intelligent farmland-operations platforms."

The agricultural drone market is a duopoly of DJI and XAG. Global agricultural drone shares in 2024: DJI 59%, XAG 17.1%, the two together over 75%. DJI Agriculture is led by its T series (T100/T70S/T55), with cumulative sales surpassing 500,000 units as of October 2025 (just 400,000 in October 2024) and domestic single-year operations exceeding 3.2 billion mu-passes. XAG is led by its P series (P150/P200), with revenue growing from 614 million yuan to 1.166 billion yuan between 2023 and 2025, net profit turning from a loss to a positive 124 million yuan, and a third filing to the Hong Kong Stock Exchange in March 2026, sprinting to become "the first agricultural drone stock." The price war between the two is also fierce—in November 2025 DJI released the T100S (starting at 40,999 yuan) and other new products, priced notably below market expectations and directly pressuring XAG; XAG's average selling price also fell from about 41,500 yuan in 2024 to 37,500 yuan in the first half of 2025.

The success of agricultural drones is another embodiment of the "strength" of China's drone industry—China leads not only in consumer-grade aerial-photography drones but likewise globally in agricultural drones. And the lead in agricultural drones carries high value—it is not just a lead in products, but a lead in the very model of "using drones to transform traditional agriculture." China has used drones to turn traditional manual spraying into efficient, safe, and intelligent mechanized operations, and this model and technology are now being exported globally (DJI's and XAG's going overseas is detailed later). Agricultural drones are an important pivot for China's drone industry to expand from consumer-grade to enterprise-grade, and from domestic to global.

Agricultural drones also reveal a deeper advantage of China's drone industry—the ability to deeply combine drone technology with a specific industry (agriculture). China has the world's largest farmland, the most agricultural population, and the most urgent need for agricultural mechanization—this vast agricultural scenario provides the best testing ground and market for agricultural drones. Within this scenario, DJI and XAG have deeply combined drone technology with agricultural needs to produce the world's best agricultural drones. This deep combination of "technology + scenario" is a deeper advantage of Chinese drones relative to other countries—others can build drones, but few have an agricultural scenario as vast and urgent as China's to hone agricultural drones. The lead in agricultural drones proves that China's drone industry can build not only consumer-grade aerial-photography drones but also enterprise-grade, industry-integrated professional drones. And this capability is now unfolding across the broader enterprise-grade applications (power, logistics, emergency response).

5. Enterprise-Grade Applications: Drones Penetrate Thousands of Industries

Beyond consumer-grade aerial photography and agricultural crop protection, drones are penetrating thousands of industries—power-line inspection, surveying, emergency firefighting, policing, logistics delivery. This eruption of enterprise-grade applications is the key to drones evolving from "photography tools" into "production tools," and it is the largest, most imaginative battlefront of China's drone industry.

First, consider the scale of enterprise-grade applications. In 2024, China's industrial drone market was worth about 149.7 billion yuan, with geographic surveying the largest single application (about 30%). And in 2025, China's total civilian drone whole-unit output value reached 176.1 billion yuan, of which industrial-grade was 125.9 billion yuan and consumer-grade 50.2 billion yuan—industrial-grade (enterprise-grade) accounted for more than 70%. Enterprise-grade applications are the bulk of China's drone industry. Looking at these applications one by one conveys the depth to which drones are penetrating thousands of industries.

Power-line inspection—the main battlefront where drones replace manual labor. Inspecting power lines once relied on people climbing towers and walking lines, which was inefficient and dangerous. Drone inspection has changed all of this—a drone flies along the line, photographing HD images of towers and conductors, with AI identifying defects. As of the end of 2024, China Southern Power Grid had conducted over 2 million kilometers of autonomous transmission-line inspection, with drone-based inspection making up 77% of its business—already essentially completing the shift from "human-led inspection" to "drone-led inspection." More advanced still are "drone nests" (automated airfields)—a drone parks in the nest, taking off automatically at scheduled times to inspect, then returning automatically to recharge, with no manual operation. State Grid Taizhou has deployed 21 automated airfields in its main urban area, covering about 400 square kilometers and 1,166 kilometers of transmission lines. Power-line inspection is one of the most mature applications of enterprise-grade drones; in 2024 the inspection-drone market in the energy and power sector alone was worth 6.954 billion yuan.

Logistics delivery—a delivery network in the city sky. Drone logistics is weaving delivery networks above cities. As of the end of 2025, Meituan drones operated 65 routes and had cumulatively completed 740,000 commercial orders, and launched nighttime delivery in Shenzhen; SF Express's Fengyi Technology had cumulatively opened over 500 routes and transported over 5.2 million packages; JD Logistics' drones entered nationwide normalized testing, opening nearly 50 routes with a target of 100,000 drones in the future. Logistics drones are also being deployed in scenarios such as blood transport (Antwork completed over 2,500 emergency blood deliveries in 2024), island delivery (Daishan to Qushan in Zhoushan in 40 minutes), and county-level branch lines (transporting crisp plums and braised goose in Sichuan-Chongqing). Logistics is the most imaginative of drone enterprise applications—it may restructure the last-mile delivery of cities.

Emergency firefighting and policing—an aerial force for public safety. Drones are spreading rapidly in the emergency and public-security fields. Emergency firefighting—tethered firefighting drones can draw power from fire trucks to hover continuously for tens of hours and fight fires in super-high-rise buildings (Shenzhen's "Emergency Mission" drill in 2025 included a firefighting exercise on the 34th floor of a super-high-rise); Zhejiang has also established the country's first farmer-pilot drone emergency firefighting team. Policing—the national deployment of police drones has grown 478% over five years ago, Nanjing has deployed 22 drone shelters and 265 drones, and Shenzhen has created 8 aerial policing drone teams. Drones have become an aerial force for emergency rescue and law enforcement.

Surveying and others. Geographic surveying is the largest application of industrial drones (about 30%)—drone aerial surveys can rapidly and precisely map terrain and generate 3D models, widely used in land, planning, and engineering. In addition there is inspection (pipelines, railways, water conservancy), environmental monitoring, agricultural remote sensing, film and television aerial photography, and countless other applications. Drones are penetrating almost every industry that needs an "aerial perspective" and "aerial operations."

The eruption of enterprise-grade applications is the key to drones evolving from "consumer goods" into "production tools." Consumer-grade drones are for photography and entertainment, and that market has a ceiling; enterprise-grade drones are production tools that replace manual labor and raise efficiency, and that market space is enormous—every industry that uses drones to replace manual inspection, delivery, and operations is a new market. The penetration of enterprise-grade applications turns drones from a consumer category into a general-purpose tool penetrating thousands of industries—just as power tools penetrated every industry, drones are becoming the "aerial productivity" of every trade.

Enterprise-grade applications also reveal a deeper advantage of China's drone industry—vast and diverse application scenarios. China has the world's longest power lines, the densest cities, the most varied terrain, and the most urgent efficiency needs—these vast and diverse application scenarios provide the best testing ground and market for enterprise-grade drones. Within these scenarios, Chinese drone companies have honed world-leading industry solutions (power-line inspection, logistics delivery, emergency rescue). This deep combination of "technology + scenario," as with agricultural drones, is a deeper advantage of Chinese drones relative to other countries. The eruption of enterprise-grade applications expands China's drone industry from consumer-grade "one dominant player" (DJI) to enterprise-grade "a hundred flowers blooming" (countless companies cultivating each vertical field). And underpinning this eruption is a trillion-yuan opportunity just ignited by national strategy—the low-altitude economy.

6. The Low-Altitude Economy: A Trillion-Yuan Opportunity as National Strategy

Since 2024, a new concept has pushed drones onto the crest of national strategy—the low-altitude economy. This comprehensive push, from the government work report to local action plans, from airspace reform to airworthiness certification, is upgrading drones from a product category into a trillion-yuan national strategic emerging industry.

First, consider the weight of this concept. The low-altitude economy refers to economic activity that relies on low-altitude airspace (typically below 3,000 meters, with a focus below 1,000 meters) and is carried by various aircraft (drones, eVTOL, general aviation)—including drone manufacturing, operations, and services, as well as applications such as low-altitude logistics, low-altitude tourism, and low-altitude inspection. Its size estimates differ by measure (citations must note this): the Civil Aviation Administration's broad measure is about 1.5 trillion yuan in 2025, potentially exceeding 3.5 trillion yuan by 2035; CCID Consulting's rolling measure is about 670.25 billion yuan in 2024, about 859.17 billion yuan in 2025, and breaking a trillion in 2026. By any measure, the low-altitude economy is a vast trillion-yuan industry—and drones are its core carrier.

The strategic standing of the low-altitude economy is rising rapidly. The phrasing in the government work report made a three-step leap within three years: first written in in 2024, listing the low-altitude economy as a "new growth engine"; in 2025 emphasizing "safe and healthy development"; and in 2026 elevated to an "emerging pillar industry"—from "new growth engine" to "emerging pillar industry," the low-altitude economy completed its rise in status from an emerging concept to a pillar industry within three years. At the national level, the National Development and Reform Commission's Low-Altitude Economy Development Department (the Low-Altitude Department) was established in December 2024 and fully operational in 2025; the low-altitude economy was written into the recommendations for the "15th Five-Year Plan," listed as a strategic emerging industry cluster. The state is using the highest-level strategic deployment to drive the development of the low-altitude economy.

The institutional foundations of the low-altitude economy are being built at an accelerating pace. Most critical is airspace reform—the opening and management of low-altitude airspace. The newly revised Civil Aviation Law passed in December 2025 and takes effect on July 1, 2026, adding for the first time a dedicated chapter on "development promotion" of the low-altitude economy and clarifying classified, tiered management of low-altitude airspace below 300 meters (0 to 120 meters as filing-based open airspace, 120 to 300 meters as simplified-reporting controlled airspace). The opening of airspace is the precondition of the low-altitude economy—only when low-altitude airspace opens can drones and eVTOL take to the sky. The Central Air Traffic Control Commission has also designated cities such as Hefei, Hangzhou, Shenzhen, Suzhou, Chengdu, and Chongqing as pilots for refined low-altitude airspace reform, requiring the delineation of urban low-altitude air routes by the end of June 2026. All 31 provinces nationwide have written the low-altitude economy into their 2026 government work reports and issued action plans—from the central government to the localities, the institutional framework of the low-altitude economy is being built at an accelerating pace.

The infrastructure of the low-altitude economy is also rolling out. Take-off and landing facilities—Shenzhen has built 249 take-off and landing points, targeting 1,200 by the end of 2026, and Suzhou and Nanjing are also planning hundreds of vertical take-off and landing points. Air traffic management systems—the Civil Aviation Administration's UOM (Unmanned Aircraft Operations Management integrated regulatory service platform) went live in 2024 and was upgraded in 2026, achieving second-level approval of drone flight filings. Airworthiness certification—the Civil Aviation Administration has issued type certificates for eVTOL (the EHang EH216-S and Autoflight V2000CG have been certified). This infrastructure (take-off and landing points, air traffic management, airworthiness) is the support for the low-altitude economy to move from concept to implementation.

Why is the low-altitude economy a huge opportunity for the drone industry? Because it elevates drones from "a product" into "an industrial ecosystem." The low-altitude economy is not just about selling drones, but about a complete ecosystem built around drones (and eVTOL)—manufacturing (drones, eVTOL), operations (logistics, inspection, tourism), services (air traffic management, maintenance, training), and infrastructure (take-off and landing points, communications, navigation). The scale of this ecosystem far exceeds pure drone manufacturing (176.1 billion yuan)—it is a trillion-yuan industrial ecosystem. As the core carrier of the low-altitude economy, drones will gain enormous room for development from this trillion-yuan opportunity. The eruption of the low-altitude economy upgrades China's drone industry from the product logic of "selling drones" to the ecosystem logic of "building a low-altitude industrial ecosystem."

But the low-altitude economy opportunity must also be viewed rationally. First, the size estimates contain water. 1.5 trillion, 859.17 billion—different institutions' measures differ greatly, and some include a large amount of indirect and derivative activity, so the true core industry scale must be viewed rationally. Second, implementation takes time. Airspace opening, infrastructure, airworthiness certification, business models—the low-altitude economy will take time to move from concept to large-scale implementation and cannot be achieved overnight. Third, bubble risk. The low-altitude economy is hot, with capital pouring in, localities chasing it, and companies crowding in—it may repeat the "hot first, then cutthroat" pattern of other opportunities, producing bubbles and shakeouts. The low-altitude economy is a genuine megatrend, but one must also beware of overheating and bubbles.

This trillion-yuan opportunity of the low-altitude economy is the greatest imaginative space for China's drone industry, and the highest endorsement of the drone industry by national strategy. It elevates drones from a product category into the nation's strategic emerging industry; it expands the drone market from hundred-billion-yuan manufacturing to a trillion-yuan industrial ecosystem. Under this tailwind, China's drone industry has an unprecedented development opportunity—from consumer-grade to agricultural to enterprise-grade to the low-altitude economy, the markets and applications of Chinese drones are erupting on all fronts. And this eruption, together with DJI's near-monopoly and the global leadership in agriculture and enterprise-grade applications, constitutes the complete picture of the "strength" of China's drone industry. But this "strength" is exactly what draws the geopolitical "siege"—America's systematic encirclement of DJI and Chinese drones is the other face to be unfolded in the next chapter.

7. Geopolitical Siege: How the United States Squeezes Out DJI

The "besieged" element of China's "strong yet besieged" drone industry is most sharply embodied in the systematic campaign the United States has waged against DJI. This campaign—escalating layer by layer from customs seizures to security reviews to a category-wide sales ban—is the key to understanding the geopolitical position of China's drone industry. Only by tracing its timeline and logic can one grasp this great-power contest.

Consider first the campaign's starting point: customs seizures. Beginning in October 2024, U.S. Customs and Border Protection (CBP) began detaining imports of complete DJI units under the Uyghur Forced Labor Prevention Act (UFLPA)—operating on the principle of "presumed Xinjiang-linked, therefore detained; released only upon proof to the contrary." DJI denied any Xinjiang link, stressed that its production is located in Shenzhen or Malaysia, and noted that it is not on the UFLPA Entity List—yet the seizures continued. By June 2025, DJI products had "sold out" across the U.S. consumer market, with inventory running dry at the official store, Best Buy, Amazon, and B&H. Customs seizure was the first heavy blow in the American effort to squeeze DJI out—no ban is needed; simply jamming DJI at the border keeps its goods out of the U.S. market.

Consider next the campaign's escalation: security review. Section 1709 of the 2025 NDAA (National Defense Authorization Act) required U.S. national security agencies to complete a formal security review of DJI by December 23, 2025; if the review was not completed by the deadline, DJI would automatically be added to the FCC's "Covered List." DJI wrote twice—in March and December 2025—to five major agencies (the Department of Homeland Security, the Department of Defense, the FBI, the NSA, and the ODNI), requesting that a review be initiated—but not a single agency responded. In the end no agency took up the review and it was never completed—so the hammer fell automatically.

The campaign's climax was the category-wide sales ban. On December 22–23, 2025, the FCC took the unprecedented step of adding all foreign-produced drone systems and key components as a whole category to the Covered List—not just DJI, but new models from Chinese manufacturers such as Autel likewise cannot obtain the equipment authorization needed to enter the U.S. market. This means DJI's new models are effectively barred from the United States (new equipment no longer receiving FCC certification amounts to a sales ban on new models), while existing certified equipment can still legally fly and its remaining inventory can be sold. The FCC even extended firmware security-update support for DJI's existing devices through 2029. DJI promptly sued the FCC in February 2026 before the U.S. Court of Appeals for the Ninth Circuit, arguing that the ban lacked evidence and was procedurally improper. That litigation is still ongoing.

Why does the United States pursue such a systematic campaign against DJI? The stated reason is "national security"—concern that DJI drones collect data and threaten security. But the deeper reason is that DJI holds nearly 80% of the U.S. drone market—a single Chinese company dominating America's drone skies (especially in sensitive fields such as policing and infrastructure inspection), which, given American geopolitical anxiety, is unacceptable. What the United States wants is to squeeze DJI out and nurture a domestic drone industry (Skydio, BRINC). The siege of DJI is essentially a geopolitical contest—not because there is anything wrong with DJI's products (they are good, cheap, and widely loved) but because DJI is too strong and too dominant, threatening American autonomy in the strategic drone industry.

But the siege of DJI has exposed a profound American dilemma: replacing DJI is extremely difficult and expensive. America's domestic drone (the Skydio X10) costs about $16,000 per unit—three to five times the price of an equivalent-capability DJI enterprise drone (the Mavic 3 Enterprise, roughly $3,000 to $5,000). In March 2026, the U.S. Army ordered 2,500 Skydio X10D units at about $20,000 apiece. Substitutes cost three to five times as much—leaving U.S. drone users (in policing, infrastructure, and agriculture) bitterly complaining. More ironic still, the core components needed to replace DJI still come from China—China controls roughly 90% of rare-earth magnets (the heart of drone motors) and about 99% of drone battery supply. The United States wants to break free of DJI but cannot break free of the Chinese supply chain—this is the deepest paradox of the campaign against DJI.

The siege of DJI has also triggered a larger problem: America's drone supply-chain dilemma. To build "NDAA-compliant" drones (free of Chinese components), costs must rise by 50% to 100%; building drones with U.S. and European components makes the complete unit "several times more expensive" than the Chinese solution; and establishing lithium-iron-phosphate battery capacity sufficient for military needs is expected to take at least five years. The United States wants to "de-Sinicize" its drones, only to discover that without China's supply chain, costs, and capacity, its drones are both expensive and impossible to build. This is the deepest dilemma the siege of DJI has laid bare—the United States can ban DJI sales as a matter of policy, but as a matter of industry it cannot do without China's drone supply chain.

The geopolitical siege is the core of the "strong yet besieged" condition of China's drone industry. Because DJI is too strong and too dominant, it has drawn a systematic American campaign (customs seizures, security review, category-wide sales ban); yet that campaign has also exposed America's dilemma (substitutes cost three to five times more, and core components cannot do without China). This siege is at once a challenge facing China's drone industry (loss of the U.S. market) and a proof of its strength in reverse (the United States cannot do without China's supply chain, and its substitutes are both expensive and inferior). The story of the siege of DJI is a microcosm of great-power rivalry in the drone arena—one Chinese company's dominance colliding with American geopolitical anxiety, and beneath that contest lies the strength of China's drone supply chain and America's dependence on it. And this siege has another side—China's own export controls have likewise become a bargaining chip in the great-power game.

8. The Supply-Chain Game: Rare Earths, Batteries, and Export Controls

Even as DJI faces the American siege, China is fighting back with its own leverage—export controls. The drone supply chain, especially rare-earth magnets and batteries, is becoming a battlefield of great-power rivalry. Only by understanding this supply-chain game can one see clearly the leverage and the predicament of China's drone industry in geopolitical confrontation.

Consider first China's dominance of the drone supply chain. A drone's core components—flight controller, motor, electronic speed controller (ESC), image transmission, gimbal camera, lithium battery, propellers, and GNSS module—are covered by a highly complete Chinese supply chain. Shenzhen and the Pearl River Delta host a cluster of supply-chain companies: Hobbywing (ESCs and motors), TopXGun (flight controllers), CUAV (data link and image transmission), SIYI (image transmission and gimbals), Grepow (drone batteries), and Unicore and SinoGNSS (GNSS modules). In a consumer drone's bill of materials (BOM), roughly 80% consists of general commoditized parts, but the key components that drive cost and function (motors, magnets, sensors) account for about 55% of cost and are controlled by the Chinese supply chain. More critical still—China controls roughly 90% of rare-earth magnets (the core material of drone motors) and about 99% of drone battery supply. China's dominance of the drone supply chain is even more complete than its dominance of finished units.

This supply-chain dominance has become China's leverage for retaliation. Since 2023 China has imposed export controls on drones and components. Effective September 2023, export licensing controls were applied to drones capable of beyond-visual-line-of-sight flight, endurance over 30 minutes, and takeoff weight over 7 kilograms, as well as to certain engines, lasers, and imaging equipment. The optimizing adjustment of September 2024 (Announcement No. 31) removed the temporary controls on certain consumer-grade drones but added controls on high-precision inertial measurement equipment, and emphasized a ban on exporting civilian drones for military purposes. More significant still was the full-chain rare-earth export controls of October 2025—covering raw materials, technology, equipment, and downstream products, and stipulating that foreign-made permanent-magnet materials containing more than 0.1% by value of Chinese-produced rare earths are likewise subject to jurisdiction. This "0.1% rule" reaches through third countries—any magnet that uses Chinese rare earths (no matter where it is made) falls under Chinese controls. This has a direct spillover effect on the global drone-motor supply chain, which depends on rare-earth magnets.

At the heart of the supply-chain game is a "pincer of two-way controls." On one side, the United States controls imports—using customs seizures, security reviews, and a category-wide sales ban to squeeze Chinese drones (DJI) out of the U.S. market. On the other side, China controls exports—using export controls and rare-earth controls to govern the export of the drone's core supply chain (magnets, batteries, components) to the West. Chinese drones (especially DJI) are caught in the middle—squeezed out of the U.S. market by American import controls, and constrained by China's own export controls (over dual-use concerns). Yet this two-way pincer also gives China leverage for retaliation—China controls the drone's core supply chain (90% of rare-earth magnets, 99% of batteries), so a United States that wants to "de-Sinicize" its drones must confront China's supply-chain controls and steep costs.

The supply-chain game also reveals a harsh reality—"compliance cost is an industrial barrier." To build drones "free of Chinese components" (meeting the NDAA and the Blue UAS list), U.S. compliance costs must rise by 50% to 100%, making complete units several times more expensive. And China's rare-earth 0.1% rule means that even a magnet made in a third country falls under Chinese jurisdiction so long as it contains Chinese rare earths—leaving America's "de-Sinicized" supply chain hemmed in at every turn by Chinese rare-earth controls. The cost of compliance and de-Sinicization has become a substantive barrier for the U.S. drone industry—it wants to break free of China only to find it cannot afford to (costs too high, supply chain indispensable).

The significance of the supply-chain game for China's drone industry is twofold. On one hand, it is China's leverage—China controls the drone's core supply chain (rare earths, batteries, components), a powerful weapon for countering the American siege. When the United States squeezes DJI out, China can retaliate with supply-chain controls, forcing the U.S. drone industry (which wants to de-Sinicize) to pay a steep price. On the other hand, it is also China's constraint—China's own export controls (over dual-use concerns) likewise limit the export of Chinese drones and components and raise compliance costs. China's drone industry both benefits from the leverage of supply-chain dominance and is bound by the constraint of export controls.

The deepest lesson of the supply-chain game is that the drone industry has already become a frontier of great-power rivalry. A drone is at once a civilian production tool (agriculture, logistics, inspection) and a sensitive dual-use device (it can be modified for military use)—and this dual nature has drawn the drone industry deeply into great-power rivalry. The United States controls imports (squeezing out DJI), China controls exports (controlling the supply chain)—drones have become a battlefield of great-power rivalry. And on this battlefield, China holds the leverage of supply-chain dominance (rare earths, batteries, components), while the United States holds the leverage of market access (squeezing out DJI). Beneath this game lies the strength of China's drone supply chain and America's dependence on it—China controls the drone's core supply chain, and the United States cannot do without Chinese components even as it seeks to squeeze out Chinese finished units. This contradiction is the core tension of great-power rivalry in the drone arena.

The supply-chain game is yet another dimension of China's "strong yet besieged" drone industry. China's strength (supply-chain dominance) is both the reason it draws the siege (the United States wants to squeeze out the dominant DJI) and the leverage for countering the siege (retaliating with supply-chain controls). This game over rare earths, batteries, and export controls continues—and its direction will profoundly shape the global position of China's drone industry. And beyond the geopolitical game, China's two other major drone players (XAG apart from DJI, and new entrants such as Insta360) are each writing their own diverse chapter of the Chinese drone story.

9. XAG and Insta360: Chinese Players Beyond DJI

DJI's near-monopoly obscures the diversity of China's drone industry. Beyond DJI, a group of Chinese players is rising in their own lanes—XAG delving deep into agricultural drones, Insta360 crossing over from imaging into drones. Their stories show that China's drone industry is not DJI alone, but a diverse, tiered industrial ecosystem.

Consider XAG first. XAG is the world's second-largest agricultural-drone maker (17.1% global share and 20.8% China share in 2024), behind only DJI. It has taken a path different from DJI's—whereas DJI entered from consumer-grade aerial photography and then expanded into agriculture, XAG focuses on agricultural drones (drone sales account for about 89% of its revenue). XAG's financials show its growth—revenue grew from 614 million yuan in 2023 to 1.166 billion yuan in 2025, and it swung from a net loss of 133 million yuan to a net profit of 124 million yuan. XAG is sprinting for the capital market—after withdrawing its STAR Market IPO in 2021, it filed with the Hong Kong Stock Exchange for the first time in September 2025 and filed a third time in March 2026, in a bid to become "the first agricultural-drone stock." XAG's story is that of a Chinese drone company focused on a vertical lane (agriculture), growing tenaciously in DJI's shadow and heading toward the capital market. It proves that even in a market dominated by DJI, a Chinese company focused on a vertical lane can find its own space.

The agricultural duopoly competition between XAG and DJI is also intense. The two compete across the board on product (DJI's T series vs. XAG's P series), price (a fierce price war), and technology (payload, intelligence). In November 2025, DJI released new products such as the T100S, priced significantly below market expectations, directly pressuring XAG—DJI uses its cost and scale advantages to pressure XAG in the agricultural-drone market. XAG, for its part, maintains its share through deep focus on agriculture, service closer to farmers, and expansion in overseas markets (overseas revenue about 25%). The agricultural duopoly competition is a microcosm of internal competition in China's drone industry—even DJI cannot monopolize every segment, and a company focused on a vertical lane (XAG) can hold its own against it.

Now consider Insta360. Insta360 is a new entrant crossing over from imaging into drones. It is the global leader in panoramic cameras (66% global share), with 2025 revenue of 9.741 billion yuan (up 74.76%), and it listed on the STAR Market in June 2025 (first-day market value over 70 billion yuan, "the first global smart-imaging stock"). And in 2025, Insta360 incubated the drone brand Antigravity and released the A1—the world's first 8K 360-degree panoramic drone, weighing 249 grams, cutting straight into DJI's consumer-drone heartland. Insta360's crossover is an intriguing signal—a Chinese imaging giant, leveraging its imaging technology (panoramic cameras), entering the drone market to challenge DJI. The competition between Insta360 and DJI extends beyond drones into imaging (DJI's Osmo 360 panoramic camera vs. Insta360's panoramic cameras) and into a patent war (in 2026 the two sued each other in China and the United States).

The stories of XAG and Insta360 reveal the diversity and vitality of China's drone industry. Although DJI is a near-monopoly, China's drone industry is not DJI alone—agriculture has XAG, imaging crossover has Insta360, and the enterprise grade has countless vertical players. This diverse industrial ecosystem is China's deep advantage over other countries in the drone industry. Other countries may have one or two drone companies (America's Skydio, France's Parrot), but China has a complete, tiered, diverse drone ecosystem—DJI's near-monopoly (consumer grade), XAG's deep focus on agriculture, Insta360's imaging crossover, and countless enterprise-grade vertical players. The completeness and vitality of this ecosystem is a deep manifestation of the strength of China's drone industry.

These players beyond DJI are also writing new chapters for China's drone industry. XAG is sprinting for the capital market, capitalizing the value of agricultural drones; Insta360 is crossing over into drones, extending imaging technology into flight; and countless enterprise-grade players (solution providers for power-line inspection, logistics, and emergency response) delve deep into their respective vertical fields. China's drone industry is evolving from a pattern of "DJI standing alone" into an ecosystem of "DJI dominant, diverse coexistence"—DJI dominates the consumer grade and agriculture, but in enterprise-grade applications, vertical lanes, and emerging categories (panoramic drones), countless Chinese players are rising.

But one must be clear-eyed: players beyond DJI are still far smaller than DJI in scale. XAG's revenue is 1.166 billion yuan, and Insta360's drone business is just getting started—they are not in the same league as DJI (whose revenue is in the tens of billions). The diversity of China's drone industry is "diversity under DJI's dominance"—DJI holds the vast majority, while other players seek space in segments and emerging fields. This pattern is both an advantage of China's drone industry (a diverse and vital ecosystem) and a reflection of DJI's strength (a near-monopoly). The significance of players like XAG and Insta360 lies in proving that China's drone industry is not DJI alone, but a diverse, vibrant, rising industrial ecosystem. And what underpins this ecosystem is the deepest foundation of China's drone industry—Shenzhen's supply-chain empire.

10. Shenzhen's Supply Chain: The Foundation of the Drone Empire

DJI's near-monopoly and China's global dominance in the drone industry are built on a solid foundation—Shenzhen's supply-chain empire. This city, which gathers the entire drone value chain, is the deepest moat of China's drone industry and the barrier that America's "de-Sinicization" finds hardest to cross.

Consider first Shenzhen's industrial density. Shenzhen hosts over 2,000 companies across drone assembly and the value chain (1,730 in 2023, with output value of 96 billion yuan, more than 60% of the national total), reaching 107 billion yuan in output value in 2024. Consumer-grade drones produced in Shenzhen account for about 70% of the global market, and industrial-grade drones for about 40% to 50% of the global total. One city produces most of the world's consumer-grade drones—this industrial density is unique in the world. Shenzhen has not only DJI but also countless companies in drone assembly, components, and solutions, forming a complete drone industrial cluster.

The completeness of Shenzhen's supply chain is reflected in the presence of a Chinese supplier at every stage of the drone. Flight controllers—TopXGun (once holding nearly 50% of crop-protection flight controllers). ESCs and motors—Hobbywing (China's largest drone ESC and motor company). Data link and image transmission—CUAV, SIYI. Batteries—Grepow (high-C-rate pouch drone batteries, energy density up to 270 Wh/kg, FPV batteries with up to 160C discharge). GNSS modules—Unicore, SinoGNSS, BDStar. Gimbal cameras, propellers, structural parts—all have Chinese suppliers. Nearly all of a drone's thirty thousand parts can be sourced in full within Shenzhen and the Pearl River Delta. This complete supply chain makes drone manufacturing low-cost, fast-iterating, and flexibly responsive—the underlying reason DJI can make drones that are both good and cheap.

The depth of Shenzhen's supply chain is also reflected in its dominance of core materials. As noted earlier, China controls roughly 90% of rare-earth magnets (the heart of drone motors) and about 99% of drone battery supply. Dominance of these two core materials is the deepest moat of Shenzhen's supply chain (and indeed of China's entire drone supply chain). Drone motors require rare-earth magnets (neodymium-iron-boron), and from mining to smelting to magnets, China holds absolute dominance; in drone batteries (high-C-rate lithium), China likewise holds the vast majority. These two core materials are the barrier that America's "de-Sinicized" drone-building finds hardest to cross—even if the United States can make flight controllers and assemble complete units, the motor magnets and batteries still cannot do without China.

Shenzhen's supply-chain empire is the key to understanding the "strong yet besieged" condition of China's drone industry. China's drone strength rests in large part on the completeness and depth of Shenzhen's supply chain—DJI's low cost and fast iteration rely on the Shenzhen supply chain; China's global dominance in drones relies on the scale and efficiency of the Shenzhen supply chain. And the strength of this supply chain is also the barrier the American siege finds hardest to cross—the United States can ban sales of DJI finished units, but cannot do without China's rare-earth magnets and batteries. Shenzhen's supply chain is at once the foundation of China's drone "strength" and its leverage in the geopolitical game (the United States cannot do without it).

Shenzhen's supply chain also reveals the deep advantage of China's drone industry over latecomer countries (and the United States)—the completeness and coordination of the industrial cluster. Chinese drones are not a few isolated companies but a complete industrial cluster spanning finished units, components, materials, and solutions—and one highly concentrated in Shenzhen and the Pearl River Delta. This completeness and coordination of the industrial cluster is difficult for other countries to replicate in the short term—what the United States lacks in building a drone industry is not a few companies but a complete supply-chain cluster like Shenzhen's. This is also why America's "de-Sinicized" drone-building is so difficult and so expensive—what it lacks is an entire supply-chain ecosystem, and that ecosystem took China decades to build.

But Shenzhen's supply-chain empire also faces the pressure of the geopolitical game. America's "de-Sinicization" (the NDAA, Blue UAS, the demand for non-Chinese components), its focus on rare earths, and its anxiety over supply-chain security—all seek to weaken the dominance of China's drone supply chain. And China's export controls (the rare-earth 0.1% rule, drone-component controls) are turning supply-chain dominance into a bargaining chip in the game. Shenzhen's supply-chain empire sits at the center of the great-power game—it is at once the foundation and the leverage of China's drone industry and the focal point contested in the geopolitical game.

Shenzhen's supply-chain empire is the deepest and most solid strength of China's drone industry. It underpins DJI's near-monopoly and China's global dominance in drones; it is the barrier the American siege finds hardest to cross (unable to do without China's rare-earth magnets and batteries); it is China's leverage in the geopolitical game (retaliation through supply-chain controls). Only by understanding Shenzhen's supply-chain empire can one understand the deep roots of China's drone "strength," and only then can one understand why America's "de-Sinicized" drone-building is so difficult. Shenzhen's supply chain is the deepest foundation of the "strength" in China's "strong yet besieged" drone industry—it lets Chinese drones dominate not only in finished units but across the entire supply chain, where they command the discourse. And this command is the deepest confidence with which China's drone industry can pass through the geopolitical siege and maintain its global dominance.

11. Logistics Drones: A Delivery Revolution in the City Skies

Among the enterprise-grade applications of drones, logistics delivery holds the most imaginative promise—it could remake urban last-mile delivery, lifting parcels from ground-based vehicles and couriers into the city skies. China's logistics drones have already woven a delivery network in the city skies, the most direct sample of how drones change daily life.

Consider first the progress of a few major players. Meituan's drone service is a pioneer of urban instant delivery—by the end of 2025 it operated 65 routes and had cumulatively completed 740,000 commercial orders, delivering over 90,000 kinds of goods, with routes opened in Shenzhen, Beijing, Shanghai, Guangzhou, Hong Kong, Dubai, and elsewhere; in September 2025 it also launched nighttime delivery in Shenzhen (China's first nighttime instant-retail drone delivery). Meituan's annual drone order volume has already surpassed Google's Wing—China's instant-delivery drones are running ahead of the world. SF Express's Fengyi Technology takes the express-logistics path—it has cumulatively opened over 500 routes, cumulatively flown over 1 million sorties, and cumulatively transported over 5.2 million parcels; in 2024 it flew 230,000 sorties, transported 4.27 million parcels, and moved 1,401 tons of cargo; it built the country's first "air-ground coordinated" low-altitude smart-logistics operations center, achieving an average of 2 hours intra-city and 3 hours inter-city. JD Logistics' drones have entered normalized nationwide testing, with nearly 50 routes opened and a target of 100,000 drones in the future. These three giants—from instant delivery (Meituan) to express logistics (SF Express) to e-commerce logistics (JD)—are laying out drone delivery across the board.

The value of logistics drones stands out especially in special scenarios. Blood transport—Antwork Technology completed over 2,500 emergency blood deliveries in 2024, covering 40 cities including Hefei, Hangzhou, and Chengdu; drones can rapidly deliver blood in emergencies, racing against the clock to save lives. Island delivery—the low-altitude logistics route from Zhoushan's Daishan Island to Qushan Island reaches in 40 minutes, solving the problem of transporting supplies to islands. County-level feeder routes—from Rongchang to Yongchuan in the Sichuan-Chongqing region, tilt-rotor composite-wing drones transport fresh produce such as crisp plums and braised goose, opening up county-level logistics. These special scenarios are the most valuable application of drone logistics—in settings that manpower and vehicles struggle to cover or serve inefficiently (emergencies, islands, mountains, counties), drones offer a unique solution.

Why do logistics drones hold such imaginative promise? Because they could remake urban last-mile delivery. Urban last-mile delivery (from the delivery station to the consumer) is the highest-cost, lowest-efficiency link in logistics—relying on couriers and vehicles, constrained by traffic, weather, and manpower. Drone delivery can bypass ground congestion, flying in a straight line for rapid arrival—it could greatly raise the efficiency and lower the cost of last-mile delivery. Especially in instant delivery (takeout, fresh produce), the speed advantage of drones (Meituan's drones reach in as little as under 10 minutes one way) can create unique value. If drone delivery can be deployed at scale, it could remake the urban logistics system—this is the greatest imaginative promise of logistics drones.

But the large-scale deployment of logistics drones still faces several hurdles. First, airspace and regulation. Drones flying in the city skies require open airspace and sound regulation—precisely what the low-altitude economy must resolve (airspace reform, the UOM air-traffic-management system). Second, safety. Drones flying over the city could, once they crash, injure people or damage property—safety is a precondition for large-scale deployment of logistics drones. Third, cost and scale. Drone delivery is still small-scale piloting (Meituan's 740,000 orders, Fengyi's 5.2 million parcels); to deploy at scale and reach economic viability, it still needs scale effects and cost reductions. Fourth, business model. The cost, pricing, and profit model of drone delivery are still being explored—whether it can work economically is the key to large-scale deployment. These hurdles mean that logistics drones still need time to move from "piloting" to "large-scale deployment."

The progress of logistics drones is a highlight of China's enterprise-grade drone applications and a vanguard of the low-altitude economy's realization. China's logistics drones (Meituan, SF Express, JD) are laid out across the board in instant delivery, express logistics, and special scenarios, running ahead of the world—Meituan's drone order volume surpassing Google's Wing is proof. This lead owes to China's vast logistics demand (the world's largest e-commerce and instant-delivery market), its complete drone supply chain, and the policy push of the low-altitude economy. Logistics drones are an important sample of the drone's transformation from "photography tool" to "production tool," from "consumer product" to "infrastructure"—they are turning drones into part of urban logistics.

Logistics drones also reveal the deep "technology + scenario" advantage of China's drone industry. China has the world's largest logistics market, the most urgent demand for delivery efficiency, and the most complete drone supply chain—this vast set of scenarios and complete supply chain allows China's logistics drones to pilot fast, iterate fast, and scale fast. The lead of Meituan, SF Express, and JD in logistics drones rests precisely on combining "China's logistics scenarios + China's drone supply chain." This deep fusion of "technology + scenario," like agricultural drones and power-line inspection, is a deep advantage of China's drone industry over other countries. The delivery revolution of logistics drones in the city skies is still under way—its large-scale deployment will be one of the most profound ways drones change daily life. And beyond drone applications, the listed companies and capital markets of China's drone industry are writing another side of this industry.

12. The Overseas Map: From Brazilian Soybeans to Southeast Asian Rice

China's drones going abroad is a story unlike those of tires and power tools—it is not a capacity shift forced out by tariffs, but a proactive move to sell Chinese drones (especially agricultural drones) to the world's fields on the strength of leading technology and products. From the soybean fields of Brazil to the rice paddies of Southeast Asia, Chinese drones are changing global agriculture.

Consider first the global expansion of DJI Agriculture. DJI's agricultural drones already cover 100 countries and regions worldwide, with about 400,000 units in use globally at the end of 2024 (up 90% from 2020), handling over 300 crops. The fastest-growing regions outside China are the Americas (North America, Central and South America) and Southeast Asia. Brazil is a standout market—agricultural drones in Brazil grew from about 3,000 units in 2021 to 35,000 in 2025 (more than tenfold), with DJI models widely used for spraying coffee, soybeans, corn, and sugarcane; after coffee cultivation adopted DJI drones, operating costs fell 70% versus manual spraying and 50% versus tractors. The rice-growing regions of Southeast Asia are also an important market for Chinese agricultural drones—about 70% of Japan's agricultural drones are DJI-made, and the traditional Yamaha unmanned helicopter (introduced back in 1987) is being replaced by China's multi-rotor drones. Chinese agricultural drones are exporting the model of "transforming agriculture with drones" from China's farmland to the world.

XAG is also actively going abroad. XAG's overseas revenue grew from 163 million yuan in 2023 to 371 million yuan in 2024 (up 128%), and the overseas revenue share rose from 24.1% in 2022 to 25.2% in the first half of 2025. XAG sells its agricultural drones and smart-agriculture solutions to farmland in Southeast Asia, Latin America, and elsewhere. The going-abroad of Chinese agricultural drones is DJI and XAG both expanding globally—exporting China's leading agricultural-drone technology and model to the world's agricultural markets.

What makes China's drones going abroad distinctive is that it is "an export of technology and model," not merely "an export of product." Chinese agricultural drones do not just sell a machine but export the entire model of "transforming agriculture with drones"—efficient, safe, intelligent mechanized plant protection. This model holds enormous value in countries with labor shortages and urgent demand for agricultural mechanization (Brazil, Southeast Asia, and even Africa). The going-abroad of Chinese agricultural drones exports the technology, products, and model accumulated in agricultural drones to the world—this is a "model going abroad," higher in value and deeper in barrier than mere "product export."

But China's drones going abroad also face geopolitical and regulatory challenges. The United States—the aforementioned siege (customs seizures, category-wide sales ban)—has blocked DJI in the U.S. market. Europe—the EU imposes broad bans on Chinese drones in government-operation scenarios and has also launched an anti-dumping case against Chinese robotic lawn mowers (adjacent to drones). Japan—as early as 2020 it banned government procurement of DJI drones. Regulation of Chinese drones by various countries (especially in sensitive fields such as government and public safety) is becoming a barrier to China's drones going abroad. And various countries' agricultural-drone regulations (such as America's FAA Part 137 agricultural aircraft operating certificate) are also thresholds Chinese agricultural drones must cross to go abroad. China's drones going abroad advance unstoppably in developing markets (Brazil, Southeast Asia) but face layers of geopolitical and regulatory barriers in developed markets (the United States, Europe, Japan).

The overseas map of China's drones therefore presents a clear divergence. Developing markets—Brazil, Southeast Asia, Africa—where Chinese drones (especially agricultural drones) advance unstoppably, expanding fast on the strength of leading technology and model. Developed markets—the United States, Europe, Japan—where Chinese drones (especially DJI) face geopolitical siege and regulatory barriers, with expansion blocked. This divergence is consistent with the picture of other Chinese manufacturing going abroad (smooth in developing markets, blocked in developed markets)—but what makes drones special is that developed markets' resistance to Chinese drones stems more from geopolitical security considerations (the dual-use nature and data-security sensitivity of drones) than from mere trade protection.

The overseas map of China's drones is yet another manifestation of the "strong yet besieged" condition of the drone industry. China's drone strength (leading technology, products, and model) lets it advance unstoppably in developing markets (Brazilian soybeans, Southeast Asian rice); but it also draws a geopolitical siege in developed markets (U.S. sales ban, European bans, Japanese resistance). This divergence of "smooth in developing markets, blocked in developed markets" is the reality of China's drones going abroad. And the path through this divergence is market diversification—not relying solely on developed markets, but delving deep into developing markets (agricultural and enterprise applications in Brazil, Southeast Asia, and Africa), and using leading technology and model to keep expanding in markets without geopolitical barriers. China's drones going abroad, though blocked in developed markets, still have enormous room in the vast developing markets—where the most urgent demand for agricultural mechanization and the broadest enterprise-application scenarios await Chinese drones to transform them.

13. The Price War: A Decade-Long Cost Curve for Agricultural Drones

If the story of consumer-grade drones is the near-monopoly of a single company, DJI, then the story of agricultural drones is a price war that has run for a decade—one that drove the price of a crop-protection drone from over 50,000 yuan down to the 40,000-yuan tier, and turned "spraying with a drone" from a luxury novelty into an everyday farm tool across China's fields. The curve of this price war is the key to understanding why China's agricultural drones could achieve such large-scale adoption.

Start with the price curve of DJI's agricultural models. In 2015, DJI's first-generation crop-protection drone, the MG-1, sold for 52,999 yuan; the 2018 T16 fell to 31,888 yuan; and the flagship T100, launched in November 2024, jumped to a new high of 59,999 yuan because of a step-up in payload (a larger load capacity). But the real turning point came on November 18, 2025—DJI released the T100S (40,999 yuan), the T70S (35,999 yuan), and the T55 (31,999 yuan) all at once, cutting its flagship model from 60,000 yuan down to the 40,000-yuan tier within a single year. DJI's own framing was "payload unit price below 1,000 yuan per liter"—meaning that, measured by how many liters of spray liquid a drone can carry, the price per liter had already dropped below a thousand yuan. This price curve is a decade-long miniature of the agricultural drone's journey from "expensive" to "affordable," from "novelty" to "everyday."

The other side of the price war is XAG. XAG's average agricultural-drone price fell from about 41,500 yuan in 2024 to 37,500 yuan in the first half of 2025. DJI and XAG, the two dominant duopolists in agricultural drones, have fought back and forth on price, contesting every inch. A classic engagement came in 2023—DJI launched the T60 at 54,999 yuan; XAG responded immediately with the P150, priced at 43,888 yuan, clearly below DJI; DJI then cut its price by 8,000 yuan the very next day, dropping the T60 to 46,999 yuan. This kind of price war—"you cut, I cut too, and follow the next day"—is a portrait of how white-hot competition has become in the agricultural-drone market. The two duopolists used the price war to drive agricultural-drone prices ever lower, and to grow the market ever larger.

Why has the price war been able to persist without killing either company? The key lies in continuously falling costs and a continuously expanding market. On one hand, China's complete drone supply chain (the motors, batteries, flight controllers, and structural parts of Shenzhen and the Pearl River Delta) has kept driving down the manufacturing cost of agricultural drones—so the price war has cost reductions to support it, rather than being a purely loss-making slugfest. On the other hand, falling prices have in turn expanded the market—cheaper agricultural drones have made it affordable for more farmers and aerial-plant-protection teams to buy and use them, expanding the market from early novelty-seekers to the broad expanse of farmland. The price war and market expansion form a positive cycle: prices fall → the market grows → economies of scale kick in → costs fall further → prices fall again. This cycle is the underlying mechanism by which China's agricultural drones went, within a decade, from zero to an installed base of 300,000 units and 460 million mu of operating area.

The result of the price war is the large-scale adoption of agricultural drones across China. As noted earlier—by 2025 China's installed base of agricultural drones exceeded 300,000 units, annual operating area broke 460 million mu, aerial-plant-protection practitioners numbered nearly 500,000, and the market was worth about 13 billion yuan; coverage in major producing regions such as Heilongjiang, Henan, and Shandong exceeded 60%, and by DJI's own figures, coverage in major rice-producing regions exceeded 90%. Behind this adoption is precisely the decade-long price war that drove agricultural-drone prices down to a level farmers could afford. In 2026, the Central Government's "No. 1 Document" for the first time wrote drones in as a "new farm tool"—a landmark recognition of the large-scale adoption of agricultural drones. The price war, though a brutal competition for the companies, has been the force pushing agricultural drones to become a "new farm tool" for the whole industry and for farmers.

The price war in agricultural drones and the near-monopoly in consumer-grade drones form two different competitive pictures in China's drone industry. Consumer-grade—DJI's near-monopoly, with no real price-war rival, sustaining a high share on the strength of technological and product leadership. Agricultural-grade—the DJI-XAG duopoly, a fierce price war, expanding the market through competition on cost and scale. These two pictures reflect the differing competitive structures of drones' various market segments—consumer-grade is "one dominant player," agricultural-grade is "duopoly competition." But whichever picture, Chinese drones have achieved global dominance on the strength of a complete supply chain and cost advantages—both the near-monopoly in consumer-grade and the duopoly in agricultural-grade are Chinese companies. This is precisely an expression of the "strength" of China's drone industry.

The decade-long cost curve of agricultural drones carries a still deeper significance—it demonstrates Chinese manufacturing's ability to "make high-end products cheap and grow niche markets large." Agricultural drones began as expensive, niche, high-end equipment, but Chinese companies (DJI, XAG), leveraging a complete supply chain, fierce price competition, and continuous technological iteration, drove down its price and grew its market, ultimately turning it into a "new farm tool" in China's fields. This ability to "make high-end cheap and grow niche large" is one of the most core competencies of Chinese manufacturing—in tires and power tools it is the scale of "big but not strong," but in agricultural drones it is the inclusive reach of "strength"—using leading technology and cost advantages to spread advanced agricultural equipment across the broad expanse of farmland. The price war in agricultural drones is a distinctive footnote to the "strength" of China's drone industry—a strength embodied not only in technological leadership, but even more in the ability to translate that technological leadership into inclusive reach.

14. Airworthiness Certification and eVTOL: The Divide Between Drones and "Flying Cars"

In the imagination of the low-altitude economy, there are two concepts often conflated—drones (Drone/UAV) and eVTOL (electric vertical takeoff and landing aircraft, commonly called "flying cars"). Both fly at low altitude, both are electrically powered, both are chased by capital, but they are in fact two different species walking two different paths. Sorting out the divide between drones and eVTOL is key to understanding the industrial landscape of the low-altitude economy.

Start with the difference between them. Drones (especially the multi-rotor drones DJI dominates) are primarily unmanned aircraft that carry cargo or perform operations—aerial photography, crop protection, inspection, delivery—carrying cameras, spray liquid, or goods, not people. eVTOL, by contrast, is essentially a manned aircraft—its goal is urban air mobility (UAM), carrying people in flight like an air taxi. This distinction of "carrying cargo vs. carrying people" determines the enormous differences between them in technology, regulation, and commercialization. Manned eVTOL has far higher requirements for safety, reliability, and airworthiness certification than cargo-carrying drones—because it carries human lives.

This brings us to the divide in airworthiness certification. Drones (especially consumer- and agricultural-grade) are relatively lightly regulated—managed under the CAAC's "Interim Regulations on the Flight Management of Unmanned Aircraft" (effective January 2024), requiring real-name registration, airworthiness (for some models), and flight permits, but with a threshold far below that for manned aircraft. eVTOL, as a manned aircraft, must go through the airworthiness certification of civil aircraft—the "three certificates" of Type Certificate (TC), Production Certificate (PC), and Airworthiness Certificate (AC)—a long, strict, and expensive process. Among China's eVTOL companies, EHang's EH216-S is a landmark—between 2023 and 2024 it successively obtained the type certificate, standard airworthiness certificate, and production certificate, becoming the world's first manned unmanned eVTOL with all "three certificates" complete. But the length and difficulty of obtaining these certificates also illustrate that the threshold for eVTOL commercialization is far higher than that for drones.

Drones and eVTOL walk two different paths of industrialization. Drones—already commercialized at scale: consumer-grade aerial photography (DJI's near-monopoly), agricultural crop protection (an installed base of 300,000 units), enterprise inspection (77% for power-line inspection), and delivery (Meituan's 740,000 orders) have all landed—a mature, profitable industry. eVTOL—still in the early stage of commercialization: airworthiness certification has only just broken through, manned operations have only just begun, and the business model is still being explored—a "future" industry. Drones are the "present tense"—they have already transformed agriculture, inspection, and imaging; eVTOL is the "future tense"—still paving the road for urban air mobility. Conflating the two (both called "the low-altitude economy") easily overstates eVTOL's maturity and understates the real-world value of drones.

But drones and eVTOL also have a deep connection—they share the same low-altitude-economy infrastructure and supply chain. Airspace reform, UOM (unmanned aircraft operation management) systems, the low-altitude airworthiness certification framework, and supply chains for batteries, motors, flight controllers, and composite materials—all serve both drones and eVTOL. The supply chain China has accumulated in drones (Shenzhen's motors, batteries, flight controllers) is now extending to eVTOL—many drone supply-chain companies also supply eVTOL. This shared infrastructure and supply chain is China's distinctive advantage in developing eVTOL—it does not start from scratch but stands on the shoulders of the drone industry. China's drone industry provides eVTOL with a foundation of supply chain, talent, technology, and regulatory experience.

For the theme of this article—China's civilian drones—it is important to sort out the divide between drones and eVTOL. This article focuses on drones (the DJI-dominated, already-commercialized-at-scale civilian drones), not eVTOL (the still-early manned aircraft). China's drones being "strong yet besieged"—DJI's near-monopoly and global dominance, and the geopolitical encirclement it has drawn—is about drones, not eVTOL. eVTOL is another track in the low-altitude economy, with its own players (EHang, XPeng AeroHT, TCab Tech, and others), its own logic (airworthiness certification, manned operations), and its own story. Only by viewing drones and eVTOL separately can one see clearly the real landscape and standing of China's drone industry.

The divide between drones and eVTOL also reveals the layers of the low-altitude economy. The low-altitude economy is not a single industry but a multi-layered ecosystem—the lower layer is drones (already mature, commercialized at scale), the upper layer is eVTOL (still early, oriented toward the future); the lower layer is cargo-carrying operations (agriculture, inspection, delivery), the upper layer is manned mobility (urban air transport). China already leads globally at the lower layer (drones) and is also actively positioning itself at the upper layer (eVTOL) (EHang's three-certificate breakthrough). This multi-layered ecosystem is the full picture of China's low-altitude economy—and drones are the most mature, most real, and most emblematic layer of China's "strong yet besieged" story. Only by understanding the divide between drones and eVTOL can one, amid the clamor of the low-altitude economy, see clearly the real position and value of China's drone industry.

15. Governing Illegal Flying: The Other Side of Drone Proliferation

The proliferation of drones is a double-edged sword. One edge is how it has transformed agriculture, inspection, imaging, and delivery—the "strength" this article has emphasized repeatedly. The other edge is the safety hazards brought by drone proliferation—"illegal flying" (unauthorized, non-compliant flight), airspace interference (disrupting airport flights), covert filming, and even use in crime. Drone governance is the other side that the prosperity of China's drone industry must confront, and it is key to whether drones can develop healthily and sustainably.

Start with the harms of illegal flying. The most typical is airport interference—drones flying illegally in an airport's clear-zone airspace can disrupt aircraft takeoffs and landings, and even create the risk of aviation accidents. In recent years, multiple airports in China have experienced drone-interference incidents, causing flight delays and diversions. Other harms of illegal flying include: flying illegally in densely populated areas and injuring people in crashes; illegal aerial photography that violates privacy or involves classified material; and even use in smuggling, delivery of contraband, and other crimes. As drones proliferate (consumer-grade drones can be bought by anyone and are easy to operate), the hidden dangers of illegal flying also expand—the more drones proliferate, the greater the governance challenge. This is the other side of drone prosperity: the proliferation of technology and products brings challenges for safety and regulation.

China's regulation of drones is being progressively refined. The core regulation is the "Interim Regulations on the Flight Management of Unmanned Aircraft"—issued in May 2023 and formally in force on January 1, 2024, China's first administrative regulation specifically governing drones. It established systems for real-name registration, airworthiness management, operator qualifications, and flight-airspace and flight-activity management—bringing the production, sale, and use of drones onto the track of the rule of law. Accompanying it are the delineation of airspace (controlled airspace, flyable airspace), the construction of UOM (unmanned aircraft operation management systems), and more. This regulatory system is the institutional framework China has built, after the large-scale adoption of drones, to govern illegal flying and safeguard safety. Its goal is to strike a balance between encouraging the development of the drone industry and safeguarding public safety.

Technical measures also play a role in governing illegal flying. One is "geofencing"—manufacturers such as DJI embed geofencing (GEO) systems in drones that automatically restrict drone takeoff or flight in sensitive areas such as airports and military no-fly zones. This is illegal-flying prevention from the product end. The other is "counter" technology—deploying drone detection and countermeasure systems (detecting, jamming, spoofing, and capturing non-compliant drones) around airports, large events, and important facilities, to address illegal flying from the defense end. Counter-UAS itself has grown into an industry—as drones proliferate, demand for countering drones grows too. China's drone governance takes a two-pronged "institutional + technical" approach—regulations set the rules, and technical measures (geofencing, counter systems) carry out enforcement.

Governing illegal flying is a necessary condition for the healthy development of the drone industry. An unregulated drone market rife with illegal flying would bring safety accidents, public panic, and even a blanket tightening of regulation—which would instead harm the industry's development. Only a well-regulated, safe, and orderly drone market can allow drone applications (agriculture, inspection, delivery, imaging) to keep expanding healthily. China's establishment of a drone regulatory system (the "Interim Regulations," airspace management, UOM) is both to safeguard public safety and to allow the drone industry to develop sustainably—governance and development are not opposed but complementary. Good governance is the safeguard of the drone industry's prosperity.

Drone governance is also closely tied to the landing of the low-altitude economy. For the low-altitude economy to develop, the precondition is that low-altitude airspace can be opened and managed safely and in an orderly way—and this requires precisely the support of a drone governance system (airspace management, UOM, flight regulation). If low altitude is disorderly and rife with illegal flying, then the low-altitude economy (delivery drones, manned eVTOL) is a non-starter. So drone governance is not merely a passive measure to address illegal flying, but proactive infrastructure for the development of the low-altitude economy—only by managing low altitude well and standardizing drone flight can the low-altitude economy land safely. China's investment in drone governance (regulations, airspace, UOM, countermeasures) is both to address the hidden dangers of illegal flying and to pave a safe and orderly foundation for the low-altitude economy.

This other side—governing illegal flying—lets us view China's drone industry more comprehensively. The "strength" of China's drone industry—technological leadership, global dominance, large-scale application—is the mainstream. But behind this "strength" there are also challenges that must be confronted: the safety hazards of illegal flying, the refinement of regulation, the landing of governance. China is progressively refining drone governance through regulations, airspace management, and technical measures, so that the industry develops on a safe and orderly track. This governance process is the necessary path for China's drone industry to move from "wild growth" to "regulated maturity"—it will not weaken the "strength" of China's drones, but will instead make that "strength" more sustainable and healthier. The other side of drones (governing illegal flying) is part of China's drone industry maturing, and a safeguard of its ability to keep being "strong."

16. Hidden Champions: Chinese Components on the Drone Supply Chain

DJI's near-monopoly and the global dominance of Chinese drones are the most dazzling story. But behind these dazzling finished-product brands there is also a batch of unsung Chinese component companies—they are the "hidden champions" of the drone supply chain, holding important and even dominant positions in key links such as flight controllers, electronic speed controllers, image transmission, batteries, and navigation. These hidden champions are the true underpinning of the depth and completeness of China's drone supply chain.

Start with flight controllers. The flight controller is the "brain" of the drone, controlling flight attitude and trajectory. Besides DJI's in-house flight controllers, China also has specialized flight-controller companies—Topxgun once held nearly 50% of the crop-protection-drone flight-controller market, an important supplier of agricultural-drone flight controllers. In this most core link, the flight controller, China has both DJI's in-house development and specialized suppliers like Topxgun—China holds a strong voice in the drone's most core flight controller.

Next, electronic speed controllers and motors. The ESC (electronic speed controller) and motor are the drone's "muscles," driving the rotation of the propellers. Hobbywing is one of China's largest drone ESC and motor companies—it supplies ESCs and motors for drones (especially agricultural and industrial-grade), an important supplier of drone power systems. The rare-earth magnets (neodymium-iron-boron) that motors require—as noted earlier, China controls about 90% of the supply—give China dominance in the drone motor link, from material to finished product. In this "muscle" link of ESCs and motors, Chinese companies (Hobbywing and others) hold important positions.

Image transmission and data links. Image transmission and data links are the drone's "nerves," relaying the images the drone sees and its flight data back to the control end. Companies such as CUAV and SIYI are suppliers of drone data links and image transmission—they provide drone communication and image-transmission solutions. Image-transmission technology (low latency, high definition, anti-interference) directly affects the control experience and operational results of drones, and Chinese companies also have deep accumulation in this link.

Batteries. The battery is the drone's "heart," determining endurance and power. Grepow is an important supplier of high-rate pouch batteries for drones—its drone batteries have an energy density of up to 270 Wh/kg, and its FPV (first-person view) batteries can achieve a discharge rate of up to 160C. As noted earlier, China controls about 99% of drone battery supply—companies such as Grepow are precisely the underpinning of this dominant position. In this "heart" link, the battery, Chinese companies hold nearly all of the supply.

Navigation. The GNSS (global navigation satellite system) module is the drone's "eyes," providing positioning and navigation. Companies such as Unicore Communications, Sinognss (ComNav), and BDStar Navigation are suppliers of drone GNSS modules—they provide high-precision positioning and navigation solutions (especially in the precision operations of agricultural drones, where high-precision positioning is critical). And China's own BeiDou satellite navigation system provides an independently controllable foundation for drone navigation. In this "eyes" link, the navigation, Chinese companies (Unicore, BDStar, and others) and the BeiDou system form an independently controllable solution.

These hidden champions are the true underpinning of the depth and completeness of China's drone supply chain. A drone—flight controller (brain, Topxgun and others), ESC and motor (muscle, Hobbywing and others), image-transmission link (nerves, CUAV, SIYI, and others), battery (heart, Grepow and others), navigation (eyes, Unicore, BDStar, and others)—has a Chinese supplier for nearly every key link, and many of them hold dominant positions. This complete supply chain (from the finished-product DJI to the hidden-champion components) is the deepest moat of China's drone industry, and the hardest obstacle for America's "de-Sinification" to cross. America can ban DJI finished products, but to build from scratch a complete supply chain covering flight controllers, ESCs, image transmission, batteries, and navigation requires not a few companies but an entire industrial ecosystem.

The story of the hidden champions carries another layer of significance—it demonstrates the depth of the "strength" of China's drone industry. The strength of China's drones is not just the strength of DJI, a single finished-product brand, but the strength of the entire supply chain (from finished product to components). This full-chain capability from finished product to components is China's deepest advantage in its drone industry relative to other countries—other countries may have one or two finished-product companies (America's Skydio), but lack a complete component supply chain like China's, underpinned by numerous hidden champions. These hidden champions, though not as dazzling as DJI, are the true foundation of the "strength" of China's drone industry—without them, there would be no low cost and fast iteration for DJI, and no global dominance for China's drones.

The hidden champions also face the same geopolitical contest as the finished products. America's "de-Sinification" (NDAA, Blue UAS, requiring non-Chinese components) targets not only DJI finished products but also these Chinese components—America requires that drones procured by the government use no Chinese parts, from flight controller to battery. This is both a pressure and an opportunity for China's hidden champions—the pressure is the loss of the U.S. government and defense markets; the opportunity is that America's "de-Sinification" is very difficult (especially for batteries and rare-earth magnets), and Chinese components still have enormous room globally (especially in developing markets). The fate of these hidden champions, like DJI's, is also tied to the broader "strong yet besieged" pattern of China's drone industry—they are the underpinning of the "strength" and the targets of the "siege." Their story is the best footnote to the depth of China's drone supply chain.

17. America's Substitutes: Skydio, BRINC, and the Cost of "De-DJI-ing"

For America to besiege DJI and pursue "de-Sinification," it must have its own drone industry to serve as a substitute. And so a batch of American drone companies has been pushed to the fore—Skydio, BRINC, Anduril, and others—hoped to become "America's DJI." But their situations expose precisely the enormous cost and real-world predicament of America's "de-DJI-ing." Only by seeing clearly the situation of these substitutes can one understand the depth of DJI's moat.

Start with Skydio. Skydio is America's best-known drone company, specializing in autonomous-flight drones, with customers including the U.S. military, police, and utilities. It is seen as the strongest candidate for "America's DJI." But Skydio's situation is very telling—in late 2024, because it sold drones to Taiwan, Skydio was sanctioned by China, and its battery supplier (a Chinese company) was cut off, leaving Skydio facing a battery shortage and forced, for a time, to ration battery supply to its customers. An American drone company hoped to substitute for DJI, itself dependent on China for batteries and having its neck squeezed by China's countermeasures—this ironic situation exposes the fundamental predicament of America "de-Sinifying" its drone-making: even if it can build the finished product, it cannot do without China's supply chain (especially batteries).

Next, BRINC. BRINC is another American drone company, specializing in police and public-safety drones (such as indoor tactical drones). It is also seen as a substitute for DJI in the police market. But like Skydio, an American company such as BRINC faces the same predicament—its supply chain (batteries, motor magnets, and so on) cannot do without China, its costs are far higher than DJI's, and its products' cost-performance and maturity are also hard to match DJI's. These American drone substitutes, though they have secured a foothold in the government and defense markets (relying on policy support and on the space freed up by banning DJI), still face an enormous gap in competing with DJI in the vast commercial market.

The cost of America's "de-DJI-ing" is embodied in several respects. First, price. The drones of America's substitutes (Skydio, BRINC) are priced far higher than DJI's—for the same functionality, an American product may be several times more expensive. For financially strapped local police departments and fire brigades, "de-DJI-ing" means spending several times the money to buy a product that may still perform worse than DJI's. Second, supply chain. The supply chain of America's substitutes (batteries, motor magnets) still cannot do without China—Skydio's battery predicament is proof. "De-Sinification" may be achievable in finished-product assembly, but is extremely hard for core materials and components. Third, performance and maturity. DJI, through more than a decade of iteration, far surpasses the emerging American substitutes in product performance, stability, and ease of use—after "de-DJI-ing," American users often have to accept a decline in performance and experience. These costs make America's "de-DJI-ing" an uphill struggle in reality.

The situation of America's substitutes in turn confirms the depth of DJI's moat. DJI's moat is not just brand and market share, but the technology, product maturity, and complete Chinese supply chain and cost advantages accumulated over more than a decade behind it. America's substitutes (Skydio, BRINC), even with policy support (banning DJI, government-priority procurement), find it hard to cross this moat in the short term—they cannot build drones as good and as cheap as DJI's, and their supply chains still cannot do without China. This is why, despite America's vigorous push for "de-DJI-ing," DJI still dominates America's civilian market (especially the non-government commercial and consumer markets)—because there is no product that can truly replace it.

But one must also see that America's substitutes are growing in a policy greenhouse. Through banning DJI, government-priority procurement of domestic drones (the Blue UAS list), and support for the drone industry, America is freeing up market space and providing a nursery for the growth of companies such as Skydio and BRINC. These companies, though still hard-pressed to compete fully with DJI now, may grow gradually under sustained policy support—especially in the government and defense markets (the fields where DJI is banned), where they have stable space. America's "de-DJI-ing," costly and fraught with difficulty in the short term, is over the long term using the power of policy to nurture a homegrown drone industry. For DJI (and Chinese drones), this is a long-term trend to watch—America is using a "policy market" to cultivate substitutes.

The story of America's substitutes is another lens for understanding the "siege" in China's drones being "strong yet besieged." The "siege" is not only America banning DJI, impounding drones, and controlling the supply chain, but also America supporting its own substitutes (Skydio, BRINC) and attempting to build a drone industry not dependent on China. This effort to "support substitutes" has limited effect in the short term (high cost, a supply chain that cannot do without China, performance inferior to DJI's), but is a sustained challenge over the long term. For China's drone industry to break through the "siege," it must not only address bans and controls but also confront the growth of America's substitutes in the policy greenhouse. And China's drone confidence—DJI's moat, Shenzhen's supply chain, the underpinning of the hidden champions—is precisely the foundation for meeting this challenge. The predicament of America's substitutes (especially Skydio's battery crisis) illustrates just how deep that foundation is. The "strength" of China's drones makes America's "de-DJI-ing" costly and an uphill struggle—and this is the most powerful proof of the "strength" in "strong yet besieged."

18. The Capital Market: A Map of Listed Companies in the Drone Industry

DJI is not listed—this absolute leader of China's drones has always kept its mystery and independence, never publicly releasing financial reports and never letting outside capital take the lead. But beyond DJI, China's drone industry has already formed a map of listed companies in the capital market—from civilian consumer to industrial-grade, from military to eVTOL, a batch of drone-related companies listed on the A-share, Hong Kong, and U.S. markets, forming a window for observing China's drone industry.

Start with the drone companies that have already listed. JOUAV (688070, STAR Market)—a representative of industrial drones, specializing in fixed-wing drones for enterprise-grade applications such as surveying, inspection, and emergency response, and the "first industrial-drone stock." AVIC Guandian Defense (688287, STAR Market)—a drone company that began in anti-drug aerial surveying, its business covering drone flight services and drone system development. AVIC Rainbow (002389)—the listing platform for the "Rainbow" series of drones; though best known for military/export drones, it is also involved in the civilian field. EHang (EH, Nasdaq)—as noted earlier, the world's first manned eVTOL company with all "three certificates" complete, a star of drones/eVTOL in the capital market. These listed companies cover different tracks such as industrial drones, enterprise applications, military-civilian dual use, and eVTOL, forming the main body of the map of listed companies in China's drone industry.

Next, the companies now sprinting toward the capital market. XAG Technology—the world's second-largest in agricultural drones, filed with the Hong Kong Stock Exchange for the first time in September 2025 and for the third time in March 2026, sprinting to be the "first agricultural-drone stock." Insta360 (688775)—though its main business is panoramic cameras, it incubated the drone brand Antigravity in 2025 and listed on the STAR Market in June 2025 (first-day market value exceeding 70 billion yuan). These companies' listings or listing sprints reflect the capital market's pursuit of the drone (and adjacent imaging and agri-tech) track—the value of the drone industry is being discovered and amplified through the capital market.

The map of listed drone companies reveals a characteristic of China's drone industry—the leader is not listed, while most of the listed ones are niche players. The absolute leader, DJI, is not listed, maintaining independence and mystery; those that are listed are mostly players in niche fields such as industrial drones (JOUAV), enterprise applications (Guandian), military-civilian dual use (AVIC Rainbow), eVTOL (EHang), and agriculture (XAG's sprint). This pattern is consistent with the industry landscape in which DJI near-monopolizes consumer-grade while other players seek space in niche fields. The drone map in the capital market reflects an industry ecosystem of "DJI-dominated, pluralistic coexistence"—the leader stands outside the capital market, while numerous niche players grow with the help of the capital market.

The performance of listed drone companies also reflects the opportunities and challenges of this industry. Opportunities—the policy tailwind of the low-altitude economy (written into the 2024 Government Work Report, 176.1 billion yuan in output value, a trillion-yuan long-term vision) and the continuous expansion of drone applications (agriculture, inspection, delivery, eVTOL) fill the capital market with expectations for the drone track; the high first-day market values of EHang and Insta360 are an embodiment of this expectation. Challenges—many drone companies are still on the edge of profitability (XAG only just turned positive, EHang has long been in the red), and the maturity of commercialization and profitability still needs to be proven; whether the trillion-yuan long-term vision of the low-altitude economy can translate into companies' actual profits remains a question mark. The capital market's pursuit of drones contains both expectations for the future and a test of real-world profitability.

For investors and observers, the map of listed drone companies provides a path to participate in this industry, but also requires clear-eyed judgment. Participation—by investing in listed companies such as JOUAV, Guandian, AVIC Rainbow, EHang, and Insta360, or watching XAG's IPO, one can share in the dividends of China's drone industry growth. Clear-eyed judgment—one must distinguish "concept" from "reality": the trillion-yuan long-term vision of the low-altitude economy is long-term and uncertain, while companies' actual profits and the maturity of commercialization are real-world matters that need to be tested; one must distinguish "drones" from "eVTOL" (the former mature, the latter early); one must distinguish "military/export" from "civilian" (different logics). Viewing listed drone companies rationally means seeing both the industry's long-term opportunities and the companies' real-world challenges and the uncertainty of the track.

The map of listed drone companies is yet another facet of the "strength" of China's drone industry—an industry that has already formed a cluster of listed companies and is pursued by the capital market shows that its value and potential have won broad recognition. But this map also reminds us that the value of China's drone industry is most concentrated in that leader which is not listed—DJI. DJI's near-monopoly, global dominance, and the technological and supply-chain strength behind it are the most core carriers of the "strength" of China's drone industry, yet they float outside the capital market. The drone map the capital market can see (JOUAV, Guandian, AVIC Rainbow, EHang, XAG, Insta360) is part of this industry, but not its most core part. Only by understanding this can one both participate in the drone industry through the capital market and avoid mistaking the capital market's map for the full picture of the industry. The strongest force in China's drone industry (DJI) is precisely what the capital market cannot see and cannot buy—and this, too, is a distinctive aspect of this industry.

19. Light Shows: Drones as a City's New Form of Expression

Among the many applications of drones, there is one that neither produces nor performs work, yet is the most directly perceptible to the public—the drone light show. Hundreds or thousands of drones fly in formation across the night sky, using points of light to form patterns, text, and animations, turning a city's night sky into an enormous canvas. This seemingly "performance" application is in fact a demonstration of drone swarm-control technology, and a unique window through which drones enter the cultural life of the general public.

Consider first the scale and technology of drone light shows. A drone light show relies on "swarm control"—a single system that simultaneously and precisely controls the flight positions and lights of hundreds or thousands of drones, letting them collaborate in the air to form complex patterns and animations. China keeps setting new records in drone light shows—from hundreds of drones to thousands and even tens of thousands in formation, with ever more complex patterns and ever more refined animations. Companies such as Gaoju Innovation are professional players in the drone light show field, providing light-show services for large events, festivals, and city promotion. The swarm-control technology behind this (precise positioning, coordinated flight, collision avoidance, light synchronization) is a highly demanding demonstration of drone technology—being able to precisely control tens of thousands of drones at once is in itself proof of technical strength.

The value of the drone light show lies, first of all, in culture and commerce. It provides a wholly new form of visual expression for large events (festivals, opening ceremonies, concerts), city promotion, and brand marketing—more environmentally friendly, more controllable, and more high-tech than traditional fireworks, capable of forming any pattern, text, or animation. In recent years, many Chinese cities and events have used drone light shows as a nighttime highlight—it has become a new approach to city cultural tourism, festival activities, and brand marketing. The drone light show turns the drone from a "tool" into a form of "expression"—it does not produce or perform work, but creates visual beauty and cultural experience. This is a unique dimension of drone application.

But the deeper significance of the drone light show lies in the fact that it is a demonstration and drill of swarm-control technology. Simultaneously and precisely controlling tens of thousands of drones in coordinated flight—this capability is used not only in light shows, but is also the foundation of drone swarm applications (drone swarms). Swarm-control technology has important value in logistics (multiple drones delivering in coordination), agriculture (multiple drones working in coordination), emergency response (multiple drones in coordinated search and rescue), and even the military (drone swarms). The drone light show is the most intuitive, largest-scale civilian demonstration of this swarm-control technology—it is like a "drill" that showcases and hones China's technical strength in drone swarm control. Through the dazzling performance of the light show, what one can see is China's deep accumulation in drone swarm coordination.

The drone light show also reflects another facet of the Chinese drone industry's "technology + scenario" advantage. China has a vast cultural-tourism, festival, and marketing market (demand for light shows), a complete drone supply chain (low-cost swarm drones), and leading swarm-control technology—the combination of these three lets China's drone light shows both keep setting new scale records and land at commercial scale. The drone light show is yet another embodiment of the Chinese drone industry's advantage of "combining a complete supply chain and leading technology with a vast set of scenarios"—it turns a highly demanding technology (swarm control) into an application that the public can directly perceive and that can be commercialized at scale.

From a broader perspective, the drone light show is a symbol of Chinese drones entering the cultural life of the general public. From its original role as an aerial-photography tool, to a new agricultural implement, new inspection equipment, and new delivery method, and now to a new form of expression in light shows—the drone is integrating into China's production and daily life across the board. Although the light-show application does not have the direct productive value that agriculture, inspection, and logistics do, it brings the drone into the public's field of vision and cultural life in the most dazzling, most intuitive way. When tens of thousands of citizens look up at patterns formed by drones in the night sky, what they see is the strength of China's drone technology, and also a future in which drones are woven into daily life.

The drone light show is a light yet powerful footnote to this article's theme of "drones transforming production and life." It demonstrates the height of China's drone technology (swarm control of tens of thousands of units), the Chinese drone industry's "technology + scenario" advantage (vast market + complete supply chain + leading technology), and the breadth of drones being integrated into the public's cultural life. Beyond the "production" applications of agriculture, inspection, and logistics, the light show—an application of "life" and "culture"—makes the picture of the Chinese drone industry's "strength" more complete. It is strong not only in productive tools but also in cultural expression; it has not only transformed farmland and power grids but also lit up the night skies of cities. This is precisely a dazzling epitome of the all-round strength of the Chinese drone industry.

20. The Plateau Debate: How Much Room Is Left for Consumer-Grade Drones

DJI's near-monopoly is built on the enormous success of consumer-grade aerial-photography drones. But one question has always hovered over this industry—has the consumer-grade drone market already plateaued? If it has, where does the growth room for DJI and the entire consumer-grade drone industry lie? This "plateau debate" concerns the future of the most dazzling part (consumer-grade) of the Chinese drone industry.

Consider first the arguments for the "plateau" view. First, penetration. After more than a decade of DJI's popularization, consumer-grade aerial-photography drones already have relatively high penetration among the core user groups—photography enthusiasts, content creators, professional imaging—and many of the people who most need an aerial-photography drone have already bought one. Second, the replacement cycle. Drones are not fast-moving consumer goods; one drone can last several years—the replacement demand from the existing user base is not enough to support rapid growth. Third, technological maturity. The core technologies of consumer-grade drones (flight control, gimbal, image transmission, obstacle avoidance) are already quite mature, and the improvements of each new generation are increasingly "toothpaste-squeezing" marginal refinements, making it hard to create explosive demand through revolutionary products the way the early days did. These arguments form the judgment that "consumer-grade drones have plateaued"—the market is trending toward saturation, and growth is slowing.

Now consider the arguments for the "not yet plateaued" view. First, new categories. DJI keeps opening up new categories—from traditional aerial-photography drones to action cameras (Osmo Action), handheld gimbals (Osmo Mobile), panoramic cameras (Osmo 360), FPV racing drones, and even robot vacuums; these new categories open up growth room for DJI beyond consumer-grade drones. Second, new scenarios. The application scenarios of consumer-grade drones are expanding—from professional photography to vlogging, travel documentation, social-media content, and even broader mass entertainment; as short video and content creation become widespread, more ordinary people may become drone users. Third, emerging markets. In developing markets (Southeast Asia, Latin America, Africa, etc.), the penetration of consumer-grade drones is still very low, leaving enormous growth room. These arguments form the judgment that "consumer-grade drones have not yet plateaued"—through new categories, new scenarios, and new markets, they can still keep growing.

DJI's response is the best answer to the "plateau debate"—it uses category expansion to break through the ceiling of consumer-grade aerial photography. DJI has long since ceased to be merely an aerial-photography drone company, becoming instead a company of "intelligent imaging and mobile innovation"—its product line spans aerial-photography drones, action cameras, handheld gimbals, panoramic cameras, FPV, and more. This category expansion, on one hand, extends the technologies accumulated on drones (imaging, stabilization, intelligence) to adjacent categories, and on the other hand opens up growth room beyond aerial-photography drones. DJI's category expansion is the most direct response to "consumer-grade aerial photography has plateaued"—even if aerial-photography drones plateau, DJI can still keep growing on new categories. The mutual penetration of Insta360 (crossing over from panoramic cameras into drones) and DJI (crossing over from drones into panoramic cameras) is precisely an embodiment of this category expansion and competition.

The "plateau debate" also reveals a shift in the growth engine of the Chinese drone industry. In the early days, the growth of the Chinese drone industry relied mainly on the explosion of consumer-grade aerial-photography drones (the rise of DJI). Now and in the future, the growth engine is shifting from consumer-grade aerial photography toward broader fields—agriculture (a fleet of 300,000 units and still growing), enterprise applications (power-line inspection, logistics, emergency response, with penetration still rising), the low-altitude economy (a trillion-yuan long-term vision), and consumer-grade new categories (action cameras, panoramic, FPV) and new markets (developing countries). Consumer-grade aerial-photography drones may be trending toward maturity, but the overall growth engine of the Chinese drone industry is shifting toward broader fields such as agriculture, enterprise applications, and the low-altitude economy. This shift in the growth engine means that even if consumer-grade aerial photography plateaus, the Chinese drone industry still has vast growth room.

For this article's theme, the "plateau debate" reminds us that the "strength" of the Chinese drone industry is expanding from its original fulcrum of consumer-grade aerial photography into broader fields. DJI's near-monopoly (in consumer-grade aerial photography) was the original embodiment of that "strength," but the strength of the Chinese drone industry has long since ceased to be confined to the consumer grade—it is embodied in agriculture (global dominance), enterprise applications (leadership in power, logistics, and emergency response), the supply chain (Shenzhen's complete ecosystem), and the layout for the low-altitude economy. Whether consumer-grade aerial photography plateaus does not change the overall "strong" pattern of the Chinese drone industry—because that "strength" has already expanded into a world far broader than consumer-grade aerial photography. The answer to the "plateau debate" is not that the Chinese drone industry has plateaued, but that its growth engine is shifting and expanding toward broader, more diverse fields.

The ultimate answer to the "plateau debate" may be this—the single category of consumer-grade aerial photography may be trending toward maturity, but the Chinese drone industry is far from plateauing. Because the boundaries of drone application keep expanding (from aerial photography to agriculture, inspection, logistics, light shows, and even eVTOL), the drone market keeps extending toward new categories, new scenarios, and new geographies, and drone technology keeps evolving toward being more intelligent, more autonomous, and more swarm-based. Standing on the foundation of consumer-grade aerial photography's success, the Chinese drone industry is expanding toward a broader world (agriculture, enterprise applications, the low-altitude economy, global markets). This expansion space is far larger than the single category of consumer-grade aerial photography—it means that the growth story of the Chinese drone industry has only just opened its prologue. The anxiety over "plateauing" belongs to the single category of consumer-grade aerial photography; while the vastness of "not yet plateaued" belongs to the Chinese drone industry as a whole. This is precisely where the vitality of the Chinese drone industry's "strength" lies.

21. Emergency Response and Firefighting: Drones as the Wings of Rescue

Among the enterprise-grade applications of drones, there is one class that does not take efficiency or cost as its primary goal, but instead centers on life and safety—emergency rescue and firefighting. When disaster strikes, when danger emerges, drones can fly where people cannot go, see conditions people cannot see, and deliver supplies people cannot deliver. As the wings of rescue, drones are becoming an increasingly important link in the emergency-response system.

Consider first the value of drones in emergency rescue. Disaster sites—after disasters such as earthquakes, floods, and landslides, roads may be cut off and the site may be dangerous, making it hard for rescue personnel to enter quickly. Drones can fly to a disaster site at the first moment, using aerial imagery and thermal imaging to rapidly scout the situation, search for trapped people, and assess losses, providing critical information for rescue decisions. Supply delivery—in trapped or isolated scenarios (surrounded by floodwaters, stranded on a mountain island), drones can deliver urgently needed supplies (food, medicine, communication equipment, life-saving gear), becoming a lifeline of resupply. Communication relay—in disaster areas with disrupted communications, drones can carry communication equipment to serve as an airborne communication relay station, restoring communications in the disaster area. These values make drones an all-rounder for "reconnaissance, delivery, and communication" in emergency rescue.

Now consider the application of drones in firefighting. Fire-scene reconnaissance—at a fire scene (especially large, complex fires), drones can use thermal imaging to rapidly locate fire points, assess the fire's intensity, and find trapped people, providing firefighting command with real-time situational awareness of the scene. This is both faster and safer than firefighters risking entry into the fire to scout it. High-rise firefighting—for high-rise building fires (heights that fire ladders struggle to reach), some firefighting drones can carry fire-extinguishing bombs or extinguishing agents to conduct aerial firefighting. Forest fire prevention—drones are used for patrol, monitoring, and fire-situation reconnaissance in forest fires; across vast forest areas, the patrol efficiency of drones is far higher than that of human labor. Firefighting drones apply the drone's "eyes" (reconnaissance) and "hands" (delivery, firefighting) to the fire scene, both improving firefighting efficiency and protecting firefighters' safety.

The core value of drones in emergency response and firefighting is "taking risks in place of people" and "extending perception." Taking risks in place of people—at dangerous disaster and fire scenes, drones stand in for rescue personnel and firefighters to scout and deliver, reducing the risk of casualties. This is the most precious value of drones in emergency response and firefighting—it protects the lives of the rescuers. Extending perception—drones use aerial imagery, thermal imaging, and other means to present the situation at a disaster or fire scene to commanders in real time and comprehensively, greatly enhancing the information foundation for emergency decisions. These two values make drones an indispensable "wing" in the emergency-rescue and firefighting systems—they make rescue safer, more efficient, and more precise.

China's application of emergency and firefighting drones benefits from a complete drone supply chain and leading technology. China has the world's most complete drone supply chain (from whole aircraft to components), leading drone technology (aerial imaging, thermal imaging, delivery, swarm), which allows China to provide cost-effective, diverse drone equipment for emergency rescue and firefighting. At the same time, China's frequent natural disasters (earthquakes, floods, typhoons) and complex firefighting needs (high-rise buildings, forest fires) also provide broad application scenarios and iteration opportunities for emergency and firefighting drones. This combination of "complete supply chain + leading technology + vast scenarios" puts China's emergency and firefighting drone applications at the forefront—it is yet another embodiment of the Chinese drone industry's "technology + scenario" advantage.

Emergency and firefighting drones also reflect the social value of drone applications. The value of agricultural drones is efficiency (mechanizing agriculture), the value of inspection drones is safety and cost (automating inspection), the value of delivery drones is convenience (reconstructing last-mile delivery)—while the value of emergency and firefighting drones is life and safety. They do not take commercial benefit as the primary goal, but center on rescuing lives and protecting safety. This social value makes emergency and firefighting drones the most warm-hearted class of drone application—it applies drone technology to safeguarding people's lives and safety. When a drone flies into a disaster area or toward a fire scene, what it carries is not only technology but also the guarding of life. This is the most warm-hearted stroke in the Chinese drone industry's theme of "transforming life."

Emergency and firefighting drones are yet another sample of Chinese drones' evolution "from consumer product to infrastructure," and a concentrated embodiment of drones' social value. They turn the drone from a "photo-taking tool" into a "wing" that guards life within the emergency-rescue and firefighting systems. China's complete drone supply chain and leading technology provide the foundation for this transformation; China's frequent disasters and complex firefighting needs provide the scenarios for this application. The spread of emergency and firefighting drones is yet another footnote to the "strength" of the Chinese drone industry—that strength is embodied not only in commercial success (DJI's monopoly, the popularization of agriculture) but even more in the capacity to guard life and serve society. As the wings of rescue, drones are flying higher and farther within China's emergency-rescue and firefighting systems—what they guard is human life and safety, one of the most valuable applications of drone technology.

22. Policing and Security: Drones as Aerial Patrol Officers

Above the city, drones are becoming a new force for law enforcement and security. Policing drones—used for public-security patrols, traffic management, case investigation, and large-event security—are becoming the "aerial patrol officers" of the public-security and security systems. This application both demonstrates the value of drones in the field of public safety and touches the sensitive nerve of DJI and other Chinese drones being besieged in the U.S. police market.

Consider first the application scenarios of policing drones. Public-security patrol—drones carrying cameras conduct aerial patrols of key areas and complex terrain, extending the coverage and field of vision of police forces. Traffic management—drones are used for capturing traffic violations, on-site investigation of traffic accidents, and command for easing congestion, serving as the aerial assistants of traffic police. Case investigation—when pursuing fugitives, searching for missing persons, or examining crime scenes, the aerial imagery and thermal imaging of drones can provide perspectives that ground police forces struggle to obtain. Large-event security—at scenarios such as concerts, sporting events, and large gatherings, drones are used for crowd monitoring, security patrol, and emergency command, an important means of large-event security. These scenarios make drones an all-rounder for "patrol, management, investigation, and security" in policing work.

"Drone as First Responder" (DFR) is a frontier model for policing drones. In this model, when an alarm is received, the drone can fly to the scene before officers arrive, using aerial imagery to transmit the situation back in real time—letting the command center and the responding officers grasp the situation before they arrive, and make faster, more accurate responses. This "Drone as First Responder" model is already applied in some U.S. police departments and can significantly improve the efficiency and safety of police response. DJI and other Chinese drones are precisely the widely used equipment in this model—which is also why the U.S. "de-DJI-ification" has met resistance in the police market: many U.S. police departments already deeply rely on DJI drones, and the cost of replacement (as discussed earlier, the U.S. alternatives Skydio and BRINC are more expensive and inferior in performance) is enormous.

Policing and security drones are a focal scenario of DJI being besieged in the United States. U.S. security concerns about DJI (data security, dual-use military-civilian) are especially pronounced in the sensitive scenario of policing—policing drones capture sensitive footage of law enforcement and security, and the United States worries about the security of this data. So the U.S. "de-DJI-ification" is pushed especially hard in the police market—through legislation banning government (including police departments) procurement of Chinese drones and supporting U.S. alternatives (Skydio, BRINC). But as discussed earlier, U.S. alternatives are expensive, inferior in performance, and their supply chains still cannot do without China, making "de-DJI-ification" an uphill struggle in the police market—many U.S. police departments, faced with the reality of budgets and results, still find it hard to give up DJI. Policing drones thus become an epitome, in a concrete scenario, of Chinese drones being "strong yet besieged": Chinese drones (DJI) lead technically and are widely applied in the police market (strong), yet are heavily besieged by the United States over data-security concerns (besieged).

Within China, the application of policing and security drones is spreading rapidly. China's public-security, traffic-management, and security departments widely use drones for public-security patrols, traffic management, case investigation, and event security—relying on a complete drone supply chain and leading technology, China's policing drone applications lead the world. At the same time, China is also improving the norms for drone application in the field of public safety (data security, privacy protection, flight management), letting policing drones play their role within a rule-of-law framework. China's domestic policing drone applications, without the geopolitical obstacles the United States faces, can fully leverage China's technological and supply-chain advantages in drones—which is also a direct embodiment of Chinese drones being "strong" in the field of public safety.

Policing and security drones also raise an important issue in drone application—data security and privacy protection. Policing drones capture footage of law enforcement and security, involving citizens' privacy and sensitive information about public safety—how this data is securely stored, how misuse is prevented, and how privacy is protected are problems that policing drone applications must solve. This issue is both a pretext for the United States' siege of DJI (worry that data flows to China) and a real challenge that drone application in the field of public safety must confront. Whether in China or the United States, the data security and privacy protection of policing drones both require the dual safeguards of institutions and technology—this is a threshold that drones must cross to enter the field of public safety.

Policing and security drones are a concentrated embodiment of Chinese drones being "strong yet besieged" in the public-safety scenario. On one hand, it demonstrates the technological leadership and wide application of Chinese drones (DJI) in the policing field (strong)—in frontier models such as "Drone as First Responder," Chinese drones are the core equipment; on the other hand, it is also a scenario the United States besieges heavily on the grounds of data security (besieged)—the sensitivity of policing makes the U.S. "de-DJI-ification" pushed especially hard here, despite being an uphill struggle. The story of policing drones distills the situation of the Chinese drone industry: technologically leading and widely applied, yet in sensitive public-safety scenarios drawing the most intense geopolitical siege. And the confidence of Chinese drones (technology, supply chain, cost-effectiveness) makes this siege hard to succeed in reality—this is precisely a vivid portrayal of "strong yet besieged" in the policing scenario.

23. Surveying and Remote Sensing: Drones as Aerial Surveyors

Among the many enterprise applications of drones, surveying and remote sensing are among the earliest to mature and among the fields that best embody the "extending perception" value of drones. Carrying surveying and remote-sensing equipment, drones measure the earth, survey terrain, and monitor the environment from the air—drones are becoming an efficient, precise, and flexible "aerial surveyor" that is transforming the surveying and geographic-information industry.

Consider first the value of drone surveying. Traditional surveying relies on manual ground measurement—low in efficiency, long in cycle, high in cost, and even hard to carry out in complex terrain (mountains, water bodies, dangerous zones). Drone surveying can rapidly acquire large-area, high-precision geographic data from the air—carrying high-resolution cameras, LiDAR, multispectral cameras, and other equipment, drones can efficiently complete terrain surveying, 3D modeling, orthophoto production, and other work. Compared with traditional surveying, drone surveying is high in efficiency (rapidly covering large areas), high in precision (centimeter-level), low in cost, and strong in flexibility (able to enter areas hard for people to reach). This makes drone surveying widely applied in national land surveying, urban planning, engineering survey, mine surveying, cadastral surveys, and other fields. Industrial drone companies such as JOUAV take enterprise applications like surveying as their main market.

Now consider the application of drone remote sensing. Remote sensing—through multispectral, hyperspectral, thermal-imaging, and other sensors carried by drones, various information about the surface is acquired for environmental monitoring, resource surveys, disaster assessment, and more. Agricultural remote sensing—using a drone's multispectral camera to monitor crop growth, pests and diseases, and water-and-fertilizer conditions, providing data for precision agriculture (this complements the work of agricultural drones). Environmental monitoring—using drones to monitor water pollution, air quality, and ecological change, providing data for environmental protection. Resource surveys—using drones to survey resources such as minerals, forestry, and water conservancy. Disaster assessment—using drones to rapidly assess losses from disasters such as earthquakes, floods, and landslides (this connects with emergency drones). Drone remote sensing applies the capability of "acquiring surface information from the air" to broad fields such as agriculture, the environment, resources, and disasters.

The core value of drone surveying and remote sensing is "efficient, precise, and flexible aerial perception." Using the mobility of drones and the capabilities of sensors, it makes geographic and environmental information—that in the past could only be obtained through manual ground measurement or satellite remote sensing (limited resolution, fixed cycle)—more efficient, more precise, and more flexible. Compared with manual labor—far faster, higher precision, able to enter dangerous zones. Compared with satellites—higher resolution (centimeter-level vs. satellites' meter-level), more flexible timeliness (can take off at any time vs. satellites' fixed overpass cycles), and lower cost. Drone surveying and remote sensing fill the gap between "manual ground measurement" and "satellite remote sensing"—it provides a high-resolution, high-timeliness, low-cost means of aerial perception. This is the unique value of drones in the field of surveying and remote sensing.

China is likewise at the forefront in the field of drone surveying and remote sensing. China has a complete drone supply chain (providing cost-effective surveying drones), leading payload technology (high-resolution cameras, LiDAR, multispectral), and vast application demand (national land surveying, urban planning, engineering construction, agriculture, environmental protection). This makes China's drone surveying and remote-sensing applications broad and deep—from national land surveying, to urban 3D modeling, to agricultural remote-sensing monitoring, to environmental monitoring and assessment, drone surveying and remote sensing has become an important tool for China's geographic-information and related industries. Industrial drone listed companies such as JOUAV and Guandian, along with numerous surveying and remote-sensing solution providers, constitute the industrial force behind China's drone surveying and remote-sensing applications.

Drone surveying and remote sensing is also at the frontier of drones fusing with other technologies (AI, GIS, big data). The massive geographic and remote-sensing data acquired by drones needs to be processed and analyzed with AI and big-data technology—using AI to automatically identify features, extract information, and monitor change; using GIS (geographic information systems) to manage and apply this data. Drone surveying and remote sensing is not just "shooting with drones" but a complete chain of "shooting with drones + analyzing and applying with AI and GIS." This chain combines the aerial-perception capability of drones with the analysis-and-application capability of AI, big data, and GIS to create greater value. Drone surveying and remote sensing is therefore a frontier field of the deep fusion of drones and digital technology—it represents the upgrade of drone application from "perception" to "perception + intelligent analysis."

Drone surveying and remote sensing is a mature and deep piece of the Chinese drone industry's enterprise-application map. It turns the drone into an "aerial surveyor," efficiently, precisely, and flexibly measuring the earth, surveying terrain, and monitoring the environment. It fills the gap between manual measurement and satellite remote sensing, providing a unique means of aerial perception for national land, cities, engineering, agriculture, the environment, and many other fields. China's complete supply chain, leading payload technology, and vast application demand put China's drone surveying and remote sensing at the forefront of the world. This application of surveying and remote sensing, together with agriculture, inspection, logistics, emergency response, and policing, constitutes the complete map of China's enterprise-grade drone applications—together they prove that the "strength" of the Chinese drone industry lies not only in the near-monopoly of consumer-grade aerial photography but even more in the all-round leadership of enterprise-grade applications. As an aerial surveyor, the drone is turning China's drone technology into a new tool for measuring and understanding the world.

24. Wings of AI: Drone Intelligence in the Era of Large Models

The next leap of drones is happening at artificial intelligence. If the progress of drones over the past decade or more was mainly hardware progress (better flight controllers, gimbals, image transmission, batteries), then the future progress of drones will increasingly be progress in intelligence—using AI (especially AI in the era of large models) to make drones more autonomous, more intelligent, and more scenario-aware. The wings of AI are carrying drones to a new height.

Consider first how AI enhances the autonomous capability of drones. Traditional drones need people to operate them (or fly along preset routes)—the pilot's skill and experience largely determine the effect of a drone's work. AI makes drones increasingly autonomous—autonomous obstacle avoidance (using AI to identify and avoid obstacles), autonomous planning (using AI to plan optimal flight and work paths), autonomous decision-making (using AI to make decisions based on on-site conditions). The U.S. company Skydio discussed earlier takes autonomous flight as its selling point. And Chinese drones (DJI and others) are also continuously enhancing autonomous capability—moving drones from "relying on human operation" toward "autonomous work." AI lowers the operating threshold of drones, improves work efficiency, and expands application scenarios—this is the first leap that AI brings to drones.

Now consider how AI enhances the perception and analysis capability of drones. The cameras and sensors carried by drones can acquire massive amounts of images and data—but the value of this data depends on whether it can be efficiently identified and analyzed. AI (especially computer vision and large models) greatly enhances the perception and analysis capability of drones—automatically identifying features (surveying), automatically detecting defects (machine-inspection recognition in power-line inspection), automatically monitoring crops (agricultural remote sensing), and automatically identifying targets (security, emergency response). The "machine inspection + intelligent recognition" of power-line inspection discussed earlier is a typical example of AI enhancing drones' analysis capability—the drone shoots, and AI automatically identifies defects. AI upgrades drones from "shooting footage for people to view" to "shooting footage for AI to automatically analyze"—this is the second leap that AI brings to drones.

In the era of large models, AI brings greater room for imagination to drones. The capabilities of large models (especially multimodal large models)—understanding images, understanding language, reasoning and decision-making—are extending toward drones. Imagine: issuing a task to a drone in natural language ("go inspect that farmland for pests and diseases"), and the drone understands the task, autonomously plans, autonomously works, autonomously analyzes, and autonomously reports; or, a drone carrying a multimodal large model that understands the complex scene in real time and makes intelligent decisions. Large models make it possible for drones to evolve from "tools that execute preset instructions" into "intelligent agents that understand tasks and complete them autonomously." This evolution is still in its early stage, but the direction is clear—AI in the era of large models is fitting drones with more powerful "wings of intelligence."

China has unique advantages in "AI + drones." China has a leading drone industry (a complete supply chain, vast application scenarios) and a rapidly developing AI industry (large models, computer vision); the combination of the two gives China uniquely favorable conditions in "AI + drones." Vast drone application scenarios (agriculture, inspection, logistics, emergency response, security) provide AI with massive real-world data and iteration opportunities; leading AI technology provides the capability for drone intelligence. This combination of "drone industry + AI industry" is China's unique advantage in drone intelligence—it makes China's drones lead not only in hardware but potentially also in intelligence. "AI + drones" is a key direction in which the "strength" of the Chinese drone industry extends into the future.

But "AI + drones" also faces challenges. Technically—letting drones reliably make autonomous decisions in complex, ever-changing real-world scenarios still has a long way to go (the complexity of the real world far exceeds the laboratory). In terms of safety—more autonomous drones also mean a greater need to ensure safety (the reliability of autonomous decisions, the risk of losing control). In terms of regulation—how to regulate and hold accountable highly autonomous drones is a new topic. These challenges determine that the evolution of "AI + drones" is gradual and takes time. But the direction is clear—the future of drones increasingly depends on the capability of AI; whoever can better combine AI and drones can lead in the next stage of drones.

The wings of AI are an extension of the future-facing "strength" of the Chinese drone industry. The past "strength" of the Chinese drone industry was built on hardware (supply chain, whole-aircraft technology) and applications (vast scenarios); while its future "strength" will increasingly depend on the capability of intelligence (AI + drones). China has both a leading drone industry and a rapidly developing AI industry, and this combination provides the conditions for the Chinese drone industry to continue leading in the era of intelligence. When drones are fitted with the wings of AI, evolving from "tools that rely on human operation" into "autonomous, intelligent agents," the "strength" of the Chinese drone industry will enter a new dimension—strong not only in hardware and applications, but even more in intelligence. This is one of the key directions for the Chinese drone industry to break through the "siege" and continue being "strong" into the future. The wings of AI are carrying the Chinese drone industry toward a more intelligent, more autonomous, and more imaginative future.

25. Comparison Group: How the "Strength" of Drones Differs from the "Bigness" of Tires and Power Tools

In this "Made in China" series of research reports, we have already written about tires, power tools, tunnel boring machines, and gas turbines. Setting drones side by side with these makes the drone industry's unique position on the map of Chinese manufacturing clearer—it is "strong," not merely "big"; it is "besieged," not merely "caught in a race to the bottom."

Look first at tires and power tools—they are textbook cases of "big but not strong." Tires: China is the world's largest tire producer, accounting for roughly one-third of global output, yet the high-end market (original equipment for premium vehicles, high-performance tires) is dominated by international brands such as Michelin and Bridgestone. Chinese tires compete mostly in the low-to-mid market on cost-effectiveness, with low brand premiums. Power tools: China is the world's manufacturing base for power tools, accounting for the vast majority of global output, but much of it is contract manufacturing (OEM/ODM) for international brands such as Bosch, TTI, and Stanley Black & Decker, and domestic brands have limited say in the high-end market. What tires and power tools have in common is enormous scale (big) but a brand and high end controlled by others (not strong); their predicament is "big but not strong," and their way out is to break upward (branding, moving up-market).

Now look at drones—the very embodiment of "strong yet besieged." Chinese drones (especially DJI) are not merely large in scale; they lead in technology, dominate in brand, and reign supreme worldwide—DJI holds roughly 70% of the global consumer-grade drone market and is the de facto standard-setter and technology leader of the drone industry. Chinese drones are not contract-manufactured for others; they possess their own world-number-one brand (DJI). They do not compete in the low-to-mid market on cost-effectiveness; they lead at the high end through technological and product superiority. The drone's situation is entirely different from that of tires and power tools—it is not "big but not strong," it is "strong"; the predicament it faces is not the difficulty of "breaking upward," but the difficulty of "drawing geopolitical encirclement precisely because it is too strong."

This comparison reveals two different situations in Chinese manufacturing. The first—"big but not strong" (tires, power tools, and a great deal of Chinese manufacturing): leading in scale, but with brand, high end, and core technology controlled by others; their challenge is how to move from "big" to "strong," from contract manufacturing to brand, from the low-to-mid market to the high end. The second—"strong yet besieged" (drones, and the few industries in which China already leads): already leading the world in technology and brand, but drawing geopolitical encirclement because this lead touches other countries' (especially America's) strategically sensitive nerves; their challenge is how to hold and expand their lead amid geopolitical encirclement. These two situations are two archetypal fates that Chinese manufacturing faces amid globalization and great-power rivalry.

The drone's "strong yet besieged" condition also reveals a harsh reality—in the age of great-power rivalry, "strength" itself invites encirclement. Tires and power tools, being "big but not strong," do not draw geopolitical encirclement—because they do not touch other countries' strategic sensitivities (it is, at most, market competition and anti-dumping). But drones have become "strong" enough to touch America's strategic sensitivities (dual civilian-military use, data security, supply-chain dominance), and so they have drawn systematic geopolitical encirclement (bans, seizures, controls, cultivation of substitutes). This is a thought-provoking paradox—in the past, the predicament of Chinese manufacturing was being "not strong enough" (big but not strong); yet when Chinese manufacturing truly becomes "strong" (as with drones), the new predicament is being "besieged because it is strong." The shift from the predicament of "big but not strong" to the predicament of "strong yet besieged" reflects the leap in Chinese manufacturing's standing in the global industrial chain, and also reflects the new challenges that great-power rivalry brings to China's advanced manufacturing.

So what does the drone's "strong yet besieged" condition teach the rest of Chinese manufacturing? First, "strength" is the direction, but "strength" also has a price. For Chinese manufacturing to move from "big but not strong" to "strong" is the right direction (both tires and power tools are striving to break upward); but one must foresee that when Chinese manufacturing truly becomes "strong" in some field and touches another country's strategic sensitivities, it may draw geopolitical encirclement (as with drones, chips, and new energy). Second, getting through the "siege" depends on the depth of one's "strength." Drones can maintain global dominance under American encirclement because of the depth of their "strength"—DJI's moat, Shenzhen's supply chain, the support of hidden champions, and the leverage of rare earths and batteries. The deeper and harder to replace one's "strength," the better one can get through the "siege." Third, market diversification is a path through the "siege." Drones are besieged in developed markets (the United States), yet sweep all before them in developing markets (Brazil, Southeast Asia)—market diversification is an important way out in the face of geopolitical encirclement.

As a comparison group, drones make the picture of this "Made in China" series more complete. Tires and power tools are "big but not strong" Chinese manufacturing—enormous in scale, breaking upward. Tunnel boring machines and gas turbines are "from impossible to possible, from following to running alongside" Chinese manufacturing—breaking through the blockade on high-end equipment. And drones are "strong yet besieged" Chinese manufacturing—already leading the world, holding that lead amid geopolitical encirclement. These three pictures sketch the different positions and different fates of Chinese manufacturing in the global industrial chain—from the catch-up of "big but not strong," to the breakthrough of "from following to running alongside," to the lead of "strong yet besieged." What makes drones unique is that they stand at the very frontier of Chinese manufacturing's "strength"—drones are one of the few industries in which Chinese manufacturing has truly achieved global leadership, and precisely for that reason, they were the earliest and most deeply to experience "strong yet besieged," the new fate of China's advanced manufacturing in the age of great-power rivalry. To understand the drone's "strong yet besieged" condition is to understand the more complex, more severe new world that Chinese manufacturing will face after moving from "big" to "strong."

26. Drone Pilots: The Rise of a New Profession

The spread of drones has given rise not only to an industry, but also to a new profession—the drone pilot (drone operator, drone flyer). From plant-protection pilots in the fields, to power-line inspection operators, to delivery dispatchers, to aerial-photography cinematographers—the "drone pilot" is becoming a new occupational group of ever-growing scale. The rise of this new profession is the most direct manifestation of how drones are changing production and employment.

Look first at the growth in the number of drone pilots. In agricultural crop protection alone, China's plant-protection workforce already approaches 500,000 people—a vast group. Add operators of drones in power-line inspection, delivery, surveying and remote sensing, emergency rescue, policing and public security, film-and-television aerial photography, and other fields, and China's population of drone pilots is larger still. As drone applications keep expanding (the trillion-yuan vision of the low-altitude economy), demand for the profession of drone pilot will keep growing. The Ministry of Human Resources and Social Security and other departments have already included "drone pilot" and related occupations in the catalogue of new professions—official recognition of the drone pilot as a formal occupation. The drone pilot is moving from a "novelty" role to a large-scale, in-demand, formal profession.

Now look at the substance of the drone pilot profession. A drone pilot is not merely someone who "can fly a drone," but a professional who "completes specialized work with a drone." An agricultural plant-protection pilot must understand agriculture, crop protection, and drone operation, and must also be able to handle complex field conditions. A power-line inspection operator must understand power equipment, inspection protocols, and drones and intelligent recognition. A delivery dispatcher must understand airspace, dispatching, and drone operations. Drone pilots in different fields need different specialized knowledge and skills—the drone pilot is a composite profession combining "drone operation + industry knowledge." This also means that training drone pilots is not merely about teaching drone operation, but about cultivating composite "drone + industry" talent. Around the training, examination, and certification of drone pilots, a new industry has also formed.

The rise of the drone pilot profession is also accompanied by changes in employment structure driven by drone applications. On one hand, drones have replaced some traditional, dangerous, and inefficient jobs—such as manual pesticide spraying (replaced by agricultural drones), manual tower-climbing for inspection (replaced by power-line drones), and some manual delivery (replaced by delivery drones). This has sparked debate over "whether drones will cause unemployment." On the other hand, drones have also created new jobs—drone pilots, drone repair, drone R&D and manufacturing, drone operations and services, drone training, and so on. What drones bring is not simply "the disappearance of jobs," but "a transformation of employment structure"—a shift from traditional, arduous, dangerous work toward new work with higher technical content (drone pilots and related professions). This transformation is the profound impact of drones, as a new technology, on employment and the labor market.

The rise of the drone pilot profession carries special significance for the countryside and county-level areas in particular. The profession of agricultural plant-protection pilot is often located in the countryside and counties—it offers rural youth a new, technically demanding, and decently paid career choice. A plant-protection pilot who understands drones and crop protection can earn a good income in the countryside and can also encourage surrounding farmers to use drones. This means drones have not only changed the way agriculture is produced, but have also created new employment and career-development opportunities for the countryside. The rise of the drone pilot profession in rural areas is a manifestation of how the value of drones in "changing production" extends into "changing employment and changing the countryside"—it turns advanced technology into career opportunities and income sources for rural youth.

The drone pilot profession also reflects the drone industry's demand for talent and the challenges involved. The continued development of the drone industry (especially the expansion of the low-altitude economy) requires large numbers of diverse talent—not just drone pilots (operation), but also talent across every link: R&D (technology), manufacturing (supply chain), operations (services), and oversight (management). Drone pilots are the largest and most direct category, but the talent demand of the whole drone industry is multi-tiered. Talent cultivation (education, training, certification) is an important support for the industry's continued development—especially composite "drone + industry" talent, which is key to deepening drone applications. The rise of the drone pilot profession is only the beginning of the drone industry's talent demand—as the industry develops, demand for all kinds of drone talent will keep growing.

The rise of the drone pilot as a new profession is a vivid footnote to this article's theme of "drones changing production and life." Drones have not only changed the way agriculture, inspection, logistics, imaging, and other industries produce, but have also created a new profession—the drone pilot—that is vast in scale and strong in demand, changing the employment and career development of many people. From plant-protection pilots in the fields to delivery dispatchers in the urban skies, drone pilots are becoming an emblematic occupational group of the drone era. The rise of this new profession is yet another extension of the "strength" of China's drone industry—a powerful drone industry contributes not only technological leadership and global dominance, but also new professions, new employment, and new opportunities. When more and more people take up "drone pilot" as their trade, using drones to complete specialized work and earning a decent income, the "strength" of China's drone industry is converted into tangible employment and livelihood value. The drone pilot is a concrete and warm facet of how drones are changing China.

27. The Battle over Standards: Who Defines the Rules for Drones

The highest level of industrial competition is competition over standards. Whoever controls the standards controls the rules and the say over the industry. In the drone field, on the strength of its industrial lead, China is moving from "follower of standards" toward "participant in, and even shaper of, standards"—but this battle over standards is also intertwined with geopolitical rivalry, becoming yet another battlefield of "strong yet besieged."

Look first at what drone standards are. Drone standards cover technical standards (drone performance, interfaces, communication protocols, safety requirements, etc.), airworthiness standards (airworthiness certification requirements for drones), and operational standards (drone flight rules, airspace management, operational requirements), among others. These standards determine how drones are built, how they fly, and how they are managed—they are the "rules" of the drone industry. Whoever holds the power to set standards holds the say over the industry—able to make its own technological path the industry standard, to make its own products more readily accepted, and to occupy an advantageous position in international competition.

China's say over drone standards is rising along with its industrial lead. On the strength of its global lead in the drone industry (especially consumer-grade and agricultural-grade), China is actively participating in the setting of international drone standards—in international standards bodies such as ISO (International Organization for Standardization) and ITU (International Telecommunication Union), Chinese drone companies and institutions are contributing Chinese technology and experience and pushing Chinese technological paths to become international standards. Chinese companies such as DJI, as the industry's technology leaders, have to a large extent already made their technology and products the de facto standard of the industry—many drone technical specifications and application models are defined by leading Chinese companies. In drone standards, China is moving from following to leading.

But the battle over drone standards is also tightly intertwined with geopolitical rivalry. Countries such as the United States, on one hand, worry about China dominating drone standards (which would mean China holds the say over the industry), and on the other hand attempt, through their own standards (such as America's Blue UAS certification and Remote ID requirements), to build rules that disadvantage China. For example, the "cybersecurity" and "data security" standards and certifications that the United States is promoting are, to a large extent, aimed at Chinese drones (DJI)—by setting these standard and certification thresholds, they exclude Chinese drones from government and sensitive markets. Standards thus become a tool of geopolitical rivalry—the United States is trying to use standards and certification to build "de-Sinicized" rule barriers. The battle over drone standards is not merely competition over technological paths, but an extension of geopolitical rivalry.

This battle over standards is both an opportunity and a challenge for China's drone industry. The opportunity—on the strength of its industrial lead, China is in a position to seek a greater say in drone standards, turning its technological paths and experience into international standards and consolidating its industrial lead. The challenge—countries such as the United States attempt to use standards and certification (especially on security and data) to build rule barriers aimed at China, excluding Chinese drones from part of the market. China must, in this battle over standards, both actively participate in and lead the setting of international standards (seizing the opportunity) and respond to the rule barriers the United States builds with standards (meeting the challenge). The battle over standards is a manifestation of China's "strong yet besieged" drone industry at the level of rules—China's "strength" puts it in a position to seek a say over standards, but America's "siege" is also setting up barriers at the standards level.

The deeper meaning of the battle over standards lies in its bearing on the sustainability of the "strength" of China's drone industry. The industrial lead (in technology, market, and supply chain) is the foundation of "strength," but the say over standards is the institutional guarantee of "strength"—only with a say over standards can an industrial lead be converted into a long-term, institutional advantage. If Chinese drones lead in the industry but are dominated by other countries in standards (excluded by America's rule barriers), then the industrial lead may be eroded by the rules. Conversely, if Chinese drones both lead in the industry and hold a say over standards, then this lead has the guarantee of institutions and becomes more solid and sustainable. The battle over standards is therefore a decisive battle for China's drone industry to move from "industrial lead" to "rule dominance" and to make its "strength" more sustainable.

For China's drone industry, winning the battle over standards requires combining industrial leadership with participation in standards. On one hand, continuously maintaining and expanding the industrial lead (in technology, market, and supply chain)—the industrial lead is the foundation of a say over standards (without an industrial lead, a say over standards is out of the question). On the other hand, actively and deeply participating in the setting of international standards—turning the industrial lead into a say over standards, making Chinese technological paths and experience into international standards. At the same time, it must also respond to the rule barriers that countries such as the United States build with standards—crossing or defusing these barriers through technology, compliance, market diversification, and other means. The battle over standards is a protracted struggle that requires combining industrial strength with the wisdom of rules—it bears on whether the "strength" of China's drone industry can extend from the industrial level to the rules level, thereby becoming more solid and sustainable. Whoever defines the rules for drones will occupy the highest commanding ground in the long-term competition of the drone industry. This is a battlefield in China's "strong yet besieged" drone industry that is free of gunsmoke yet of the utmost importance.

28. Low-Altitude Infrastructure: Network-Connected Drones and the Invisible Aerial Highway

The large-scale application of drones, and the landing of the low-altitude economy in particular, cannot rely on isolated individual drones alone—it needs a set of "invisible infrastructure" to support it: an aerial network that lets drones be sensed, managed, and communicated with. This infrastructure—airspace management systems, communication networks, sensing equipment—is the "roads and network" of the low-altitude economy, the prerequisite for drones to move from "single-aircraft operation" to "large-scale, network-connected operation."

Look first at airspace management, this core piece of infrastructure. Low-altitude airspace was, in the past, managed mainly for manned aviation (commercial aviation, general aviation), and the influx of drones (especially large numbers of low-altitude drones) requires a new airspace management system. This is the UOM (Unmanned aircraft Operations Management, also known as UTM, Unmanned aircraft Traffic Management) system—like a ground traffic management system, it manages the flight of low-altitude drones: registering drones, planning routes, allocating airspace, monitoring flights, and preventing conflicts. China is building a UOM system, working in concert with the "Interim Regulations on the Flight Management of Unmanned Aircraft" to construct a management system for low-altitude airspace. The UOM system is the most core piece of infrastructure for the low-altitude economy—it is the prerequisite for drones to "fly in an orderly manner"; without it, large-scale drone operations (especially logistics and passenger-carrying) are out of the question.

Now look at the communication network, this piece of infrastructure. The network-connected operation of drones requires a reliable communication network—so that drones can be communicated with, controlled, and monitored in real time. Traditional drones communicate over point-to-point radio links (image transmission, remote control), with limited coverage and reliability. Network-connected drones, however, communicate over cellular networks (4G/5G/5G-A)—connecting drones to mobile communication networks to achieve wider-range, more reliable communication and control. The low latency, high bandwidth, and massive connectivity of 5G (especially the low-altitude-oriented 5G-A) are especially suited to the network-connection of drones—it can support real-time high-definition image transmission from drones, remote precision control, and the simultaneous access of large numbers of drones. China's lead in 5G provides an advantage in communication infrastructure for network-connected drones—connecting drones to 5G networks makes the network-connected operation of drones possible. This is a unique advantage for China in developing the low-altitude economy.

There is also sensing equipment, this piece of infrastructure. The management of low-altitude airspace requires "seeing" the drones at low altitude—this requires deploying radar, electro-optical, radio-monitoring, and other sensing equipment to detect and track low-altitude drones in real time (including cooperative and non-cooperative, compliant and rogue-flying ones). This low-altitude sensing network is the "eyes" of airspace management and rogue-flight governance—it makes low-altitude drone activity visible and manageable. China is deploying low-altitude sensing equipment in key areas (airports, cities, important facilities) to build a low-altitude sensing network. Sensing equipment + UOM systems + communication networks together constitute the infrastructure of the low-altitude economy—they turn low altitude from "disorderly and invisible" into "orderly, visible, and manageable."

This low-altitude infrastructure is key to the low-altitude economy moving from "concept" to "reality." For the trillion-yuan vision of the low-altitude economy (delivery drones, passenger-carrying eVTOLs, all kinds of low-altitude applications) to truly land, the prerequisite is that the low-altitude infrastructure (airspace management, communication networks, sensing equipment) is in place. Just as the ground economy needs highways, railways, and communication networks, the low-altitude economy needs "roads and a network" in the sky. China's investment in low-altitude infrastructure (UOM systems, 5G network-connection, sensing networks) is paving the way for the low-altitude economy—only when the infrastructure is in place can the large-scale, network-connected operation of drones be realized, and only then can the trillion-yuan vision of the low-altitude economy land. Low-altitude infrastructure is the invisible yet crucial foundation of the low-altitude economy.

China enjoys unique advantages and opportunities in low-altitude infrastructure. The advantages—China has a leading 5G network (providing the communication foundation for network-connected drones), powerful infrastructure-building capacity (able to rapidly build low-altitude sensing and management facilities), and proactive policy (promoting the low-altitude economy as a strategic emerging industry). The opportunity—the trillion-yuan vision of the low-altitude economy requires enormous investment in infrastructure, which is itself a huge market (infrastructure construction, system integration, operations and services). China's positioning in low-altitude infrastructure is both paving the way for the low-altitude economy and seizing the early advantage in the infrastructure layer of this new race track. Whoever controls the low-altitude infrastructure (airspace management, communication, sensing) controls the foundation and the entry point of the low-altitude economy—this is an important point of leverage for China in the competition over the low-altitude economy.

Low-altitude infrastructure is a manifestation of the "strength" of China's drone industry extending in depth into the low-altitude economy. The "strength" of China's drone industry has, in the past, been embodied mainly in the drones themselves (whole aircraft, supply chain, applications); but the landing of the low-altitude economy requires this "strength" to extend into infrastructure (airspace management, communication, sensing)—from "building drones and using drones" to "building low-altitude infrastructure and operating low-altitude networks." On the strength of its 5G lead, infrastructure-building capacity, and proactive policy, China is positioning itself in low-altitude infrastructure, paving an "invisible aerial highway" for the low-altitude economy. The construction of this infrastructure is a key step for China's drone industry and low-altitude economy to move from "single aircraft, single point" to "network-connected, at scale"—it will determine whether China can convert its lead in the drone industry into a comprehensive lead in the low-altitude economy. When the "roads and network" of low altitude are built, the "strength" of China's drone industry will expand from individual drones into an entire stretch of orderly, network-connected, thriving low-altitude sky—that will be a whole new dimension of the "strength" of China's drone industry.

29. Risk Checklist: Seven Hurdles for China's Drone Industry

Having written this far, the picture of China's "strong yet besieged" drone industry is clear—it leads in technology and dominates the world (strong), yet faces geopolitical encirclement and supply-chain rivalry (besieged). But a responsible industry study cannot speak only of "strength"; it must also calmly list the risks and challenges this industry faces. The road ahead for China's drone industry has at least seven hurdles that must be faced with a clear eye.

The first hurdle is the continued escalation of geopolitical encirclement. As detailed earlier—America's whole-category ban, customs seizures, NDAA legislation, and cultivation of substitutes constitute systematic geopolitical encirclement of Chinese drones (DJI in particular). In the short term this encirclement is costly and of limited effect (America's substitutes are expensive and immature, and its supply chain cannot do without China), but in the long term it is a trend of continued escalation—the United States may further tighten bans, expand controls, and step up support for substitutes. The continued escalation of geopolitical encirclement is the greatest external risk facing China's drone industry—it may gradually squeeze the space for Chinese drones in developed markets (especially the U.S. government, defense, and public safety).

The second hurdle is the double-edged sword of supply-chain rivalry. China controls the key links of the drone supply chain (about 90% of rare-earth magnets, about 99% of batteries), which is China's leverage (America cannot do without it). But this leverage is a double-edged sword—China counters with export controls (such as controls on rare earths and drone components), and the United States is also accelerating "de-Sinicization" (seeking alternative supplies, cultivating a domestic supply chain). Long-term supply-chain rivalry may prompt the United States and its allies to accelerate the building of a drone supply chain not dependent on China—though this is extremely hard in the short term (the cost and difficulty discussed earlier), in the long term it is a trend to be wary of. Dominance of the supply chain is both China's leverage and something that may, through rivalry, prompt the other side to "decouple"—it is a double-edged sword.

The third hurdle is potential weaknesses in core technology. Chinese drones lead comprehensively in whole aircraft, supply chain, and applications, but in certain core technologies (such as high-end chips, some high-end sensors, and certain industrial software) they may still have external dependencies or weaknesses. Although drones do not have obvious "chokepoints" the way high-end chips do, in the process of moving up-market and toward intelligence (AI chips, high-end sensors), the autonomous control of core technology is still a field requiring continued investment and breakthroughs. Potential weaknesses in core technology are a risk that China's drone industry must be wary of and shore up as it evolves toward higher-end, more intelligent products.

The fourth hurdle is the contest over the say in standards and rules. As discussed earlier, countries such as the United States attempt to use standards and certification (security, data) to build rule barriers aimed at Chinese drones. If China has insufficient say in the setting of international drone standards and rules, its industrial lead may be eroded by rule barriers—excluded from part of the market. The contest over the say in standards and rules is an institutional risk to whether the "strength" of China's drone industry can be sustained—an industrial lead needs a say over standards to safeguard it, otherwise the lead may be eroded by the rules.

The fifth hurdle is the uncertainty of the low-altitude economy's landing. The trillion-yuan vision of the low-altitude economy is an important space for the future growth of China's drone industry. But the landing of the low-altitude economy still faces many uncertainties—the pace of airspace reform, the building of infrastructure, the maturing of business models, the perfecting of safety oversight, and whether the trillion-yuan vision can be converted into actual corporate profits. If the landing of the low-altitude economy falls short of expectations (slow progress, difficult profits), then the growth expectations built on the vision of the low-altitude economy may come to nothing. The uncertainty of the low-altitude economy's landing is a risk to the future growth of China's drone industry—the vision is beautiful, but landing requires time and the coordination of many conditions.

The sixth hurdle is the challenge of safety and governance. The proliferation of drones brings governance challenges such as rogue flying, flight disruption, privacy, and security (detailed earlier). If these challenges are not well governed—a major safety accident, uncontrolled rogue flying, abuse of privacy—it may draw a one-size-fits-all tightening of regulation that instead harms the industry's development. Safety and governance are a prerequisite for the healthy development of the drone industry—governance failing to keep pace with the industry's development is an inherent risk. China needs to keep seeking a balance between encouraging industrial development and safeguarding public safety.

The seventh hurdle is internal competition and the sustainability of innovation. Internal competition in China's drone industry is fierce (such as the price war in agricultural drones)—fierce competition has driven adoption and progress, but excessive price wars may also harm corporate profitability and investment in innovation. At the same time, as a technology leader, Chinese drones (DJI in particular) need continued innovation to maintain their lead—once innovation slows, the lead may be eroded. The health of internal competition and the sustainability of innovation are inherent challenges to China's drone industry maintaining its "strength"—it must stay rational amid fierce competition and stay innovative amid market leadership.

These seven hurdles constitute the risk checklist behind China's "strong yet besieged" drone industry. They remind us that although China's drone industry is "strong," the road ahead is no smooth path—the escalation of geopolitical encirclement, the double edge of supply-chain rivalry, weaknesses in core technology, the say in standards and rules, the uncertainty of the low-altitude economy, the challenge of safety and governance, and the sustainability of internal competition—each hurdle must be addressed in earnest. But one should also see the wherewithal China's drone industry has to get through these hurdles—its technological lead, the depth of its supply chain, the breadth of its applications, the diversity of its markets, and the support of policy. This wherewithal is the foundation for coping with risk. Listing the risks with a clear eye is not to talk down this industry, but to help it go more steadily and further—only by squarely facing these seven hurdles can China's drone industry hold its lead and travel far and steadily amid its "strong yet besieged" condition. The risk checklist is the most responsible examination of this "strong" industry—it lets us see both the "strength" and the challenges behind the "strength," and thereby understand more comprehensively and clearly the true situation and road ahead of China's drone industry.

30. Conclusion: Strong Yet Besieged—A Time's Proposition for an Industry

We began with the sky of one company and one country, and have passed through DJI's near-monopoly, the price war in agricultural drones, the full blossoming of enterprise applications, the trillion-yuan window of the low-altitude economy, the layer-upon-layer escalation of geopolitical encirclement, the rare earths and batteries of supply-chain rivalry, the imperial bedrock of Shenzhen's supply chain, and the rules-battlefield of the contest over standards. Now it is time to return to the proposition that runs through the whole article—"strong yet besieged"—to bring the story of China's drone industry to a close.

"Strength" is the base color of this story. The strength of China's drone industry is all-encompassing and deep. It is strong in whole aircraft—DJI holds roughly 70% of the global consumer-grade drone market, is the drone industry's technology leader and de facto standard-setter, and has no second rival in the world. It is strong in applications—agriculture (300,000 aircraft in service, 460 million mu of operations, the "new farm tool" written into the Central No. 1 Document), power-line inspection (drone inspection accounting for 77%), delivery (Meituan's 740,000 orders, outrunning Google's Wing), emergency response, policing, surveying, and light shows—drones are comprehensively changing China's production and life. It is strong in supply chain—Shenzhen brings together more than 2,000 drone companies with output value exceeding 100 billion yuan, and from flight control, electronic speed controllers, image transmission, and batteries to navigation, every link has its Chinese hidden champion, forming a complete industrial cluster unmatched anywhere in the world. It is strong in leverage—China controls about 90% of rare-earth magnets and about 99% of drone battery supply, holding the key say over the supply chain. This "strength" places China's drone industry at the top of the global industrial chain—it is one of the few industries in which Chinese manufacturing has truly achieved global leadership.

"Besieged" is the tension of this story. Precisely because it is too strong, precisely because it touches America's strategic sensitivities (dual civilian-military use, data security, supply-chain dominance), Chinese drones (DJI in particular) have drawn systematic geopolitical encirclement—America's whole-category ban (the national-security review deadline of December 2025), customs UFLPA seizures, the NDAA's legislative blockade, support for domestic substitutes (Skydio, BRINC), and rule barriers built with standards and certification. What China's drone industry faces is not the upward-breakthrough predicament of "big but not strong," but the lead-holding predicament of "strong yet besieged"—how to hold and expand a hard-won global lead amid geopolitical encirclement. This is a "predicament of the strong"—in the past, the challenge of Chinese manufacturing was being "not strong enough"; yet when Chinese manufacturing truly becomes strong (as with drones), the new challenge is being "besieged because it is strong."

"Strong yet besieged" is a time's proposition for China's drone industry, and also a microcosm of the fate of China's advanced manufacturing in the age of great-power rivalry. It reveals a profound reality—in an age of ebbing globalization and intensifying great-power rivalry, a country's "strength" in some advanced industry will, in itself, draw geopolitical encirclement. So it is with chips, so it is with new energy, and so it is with drones. The process of Chinese manufacturing moving from "big but not strong" to "strong" is also a process of moving from "unbesieged" to "besieged"—"strength" is the goal, but "strength" also has a price. To understand the drone's "strong yet besieged" condition is to understand the common fate that China's advanced manufacturing faces in this age—leadership invites encirclement, breakthrough comes with rivalry.

So how can China's drone industry get through the "siege" and hold and expand its "strength"? This story has already offered clues to the answer. First, through the depth of its "strength"—DJI's moat, the completeness of Shenzhen's supply chain, the support of hidden champions, and the leverage of rare earths and batteries make its "strength" deeper and harder to replace, and thus better able to withstand encirclement (the predicament of America's substitutes and Skydio's battery crisis are proof enough). Second, through market diversity—besieged in developed markets (the United States), yet sweeping all before it in developing markets (Brazil's soybeans, Southeast Asia's rice); market diversification is an important way out in the face of geopolitical encirclement. Third, through continued innovation—as a technology leader, only through continued innovation (category expansion, AI intelligence, low-altitude infrastructure) can it maintain and expand its lead, keeping the encirclement from catching up with its progress. Fourth, through a say over rules—seeking a say in the setting of standards and rules, turning the industrial lead into an institutional advantage and making its "strength" more sustainable. These four paths are the wherewithal and direction for China's drone industry to get through the "siege."

Return to the image with which we opened—the sky of one company (DJI) and one country (China). DJI's near-monopoly is the legend of a Chinese company climbing to the summit of the global industry on the strength of technological and product leadership; and the geopolitical encirclement this company draws is the great-power rivalry that a country, having risen in advanced manufacturing, must inevitably face. DJI's sky is the sky of China's drone industry, and also the sky of China's advanced manufacturing—that sky is both vast (strong, leading the world) and stormy (besieged, geopolitical rivalry). The story of China's drone industry tells us that in this sky, both vast and stormy, the true strong are not those without storms, but those who can still fly higher and farther amid the storms.

China's drone industry stands at a historic juncture of being "strong yet besieged." Its "strength" is the result of decades of industrial accumulation, technological innovation, and supply-chain building—a proud achievement of Chinese manufacturing moving from "big" to "strong." Its "siege" is the price this "strength" must inevitably pay in the age of great-power rivalry, the pass that China's advanced manufacturing must inevitably cross on its way to global leadership. And its future—whether it can get through the "siege" and hold and expand its "strength"—will depend on the depth of its "strength," the diversity of its markets, the continuity of its innovation, and its say over rules. This is not just the fate of one industry, but a rehearsal of the fate of China's advanced manufacturing in this age. When we look up at the sky across which drones streak, what we see is not just aircraft, but an industry and a country, under the time's proposition of "strong yet besieged," flying resolutely toward a higher, farther sky. Strong yet besieged is a challenge, and also a glory—for only the truly strong are worthy of being besieged; and only the strong who get through the siege can truly command their own sky. This is the lesson that China's drone industry leaves to this age.

31. The Imaging Ecosystem: How Drones Reshaped Our "Way of Seeing the World"

Having covered the industry, geopolitics, and supply chain of drones, it is worth returning to the drone's original—and most deeply resonant—value: imaging. DJI got its start with aerial-photography drones, and the first, most widespread change drones brought to the world was that they utterly reshaped humanity's "way of seeing the world." This value, seemingly one of mere "consumption" and "entertainment," actually holds the most profound and far-reaching power drones have to change everyday life.

Consider first how hard it was, before drones, for people to obtain an aerial vantage point. Looking down on the world from above once required airplanes, helicopters, or hot-air balloons—expensive, complex, and extraordinarily high-barrier, achievable only by professional institutions and a select few. Drones—especially after DJI made aerial-photography drones good, cheap, and easy to operate—turned "seeing the world from the sky" into something ordinary people could do. An ordinary photography enthusiast, content creator, or even traveler can spend a few thousand yuan on a consumer drone and gain a perspective that once belonged only to professional aerial photography. Drones turned the "god's-eye view" from the privilege of a few professionals into a capability of the masses—a democratization of perspective.

This democratization of perspective profoundly transformed content creation and visual expression. In film and television, aerial drone footage became standard for movies, TV shows, and documentaries, giving productions the grand vistas and moving shots once beyond reach, greatly enriching visual language. In short video and social media, aerial drone footage became a key element of travel vlogs, landscape photography, and social content, allowing ordinary people to create striking aerial work. In news and documentary, aerial drone footage became an important tool for news reporting, disaster documentation, and observational filming, providing perspectives hard to obtain from the ground. Aerial drone footage reshaped the entire ecosystem of visual expression, from professional film and television to mass content—it took the "aerial perspective" from scarce to ubiquitous, vastly enriching human visual expression.

Drones reshaping our "way of seeing the world" carries an even deeper significance—it changed how humanity perceives and records the world. For most of history, people saw the world from a "ground-level, eye-level" perspective; drones gave humanity an "aerial, bird's-eye" perspective. This shift in perspective is not merely about taking more beautiful photos—it changed the very dimension through which humans perceive the world. Looking down from the sky, people can see macro structures, spatial relationships, and whole-picture layouts hard to grasp from the ground. Whether appreciating the grandeur of nature (looking down on mountains and rivers), understanding the form of cities (looking down on urban texture), or documenting the full scope of an event (looking down on disasters and activities), the drone's aerial perspective expands the ways humans perceive and understand the world. This is a more profound change drones brought to humanity, beyond imaging itself—a new dimension for seeing the world.

The reason DJI was able to establish a near-monopoly over consumer drones is, to a large degree, precisely that it best realized this "democratization of perspective." DJI made aerial-photography drones good (image quality, stability, intelligence), cheap (affordable to ordinary people), and easy to use (requiring no professional skill)—it made "seeing the world from the sky," once extremely difficult, simple and widespread. DJI's product philosophy is to encapsulate complex aerial-photography technology (flight control, gimbal stabilization, image transmission, intelligent obstacle avoidance) into products that ordinary people can use with ease—this is the key to why it could bring the aerial perspective to the masses. DJI's near-monopoly is, in essence, that it does "letting ordinary people obtain a professional aerial perspective" better than any competitor.

Around drone imaging, a vast content and consumption ecosystem has also formed. Aerial drone content (photos, videos) spreads widely across social media and content platforms, forming a vast aerial-content ecosystem. Around drone imaging, adjacent imaging products have also emerged—action cameras (Osmo Action), handheld gimbals (Osmo Mobile), and panoramic cameras (Osmo 360, Insta360)—which together with drones form a complete "intelligent imaging" consumption ecosystem. The mutual penetration and competition between DJI and Insta360 in drones and panoramic cameras is precisely a manifestation of this thriving, competitive imaging-consumption ecosystem. Drone imaging is not merely a product but a vast ecosystem of content creation and consumption—it is the broadest and deepest field in which drones have changed the everyday life of the masses.

The imaging ecosystem is the face of the "strength" of China's drone industry that is closest to the public and richest in warmth. Beyond the "production" applications of agriculture, inspection, logistics, emergency response, and policing, drone imaging is its most widespread and deeply resonant "life-changing" value—it handed the ability to "see the world from the sky" to every ordinary person, reshaping how humanity sees, records, and expresses the world. Through its consummate drone-imaging products, DJI established a near-monopoly over consumer drones and carried the "strength" of China's drone industry into the daily lives of countless ordinary people worldwide. When an ordinary person uses a DJI drone to capture the mountains and rivers of their hometown, the scenery of a journey, or a moment of life, the "strength" of China's drone industry blends into the world's everyday life in the most intimate and warmest way. This is one of the most heartfelt footnotes to the "strength" of China's drone industry—it is strong not only in industry and geopolitics but in changing the way hundreds of millions of ordinary people see the world.

32. The Economics of an Agricultural Drone

To truly understand why agricultural drones could spread on such a massive scale across China's farmland, looking at ownership figures and coverage area alone is not enough—we need to do the math, the concrete economics facing farmers and drone-spraying teams. It is precisely because this math works out that agricultural drones went from a "novel machine" to an "indispensable new farm tool."

First, the math of operating efficiency. With traditional manual spraying, one person can cover only a limited area per day (from a few mu to a dozen or so), with high labor intensity and the risk of pesticide poisoning. An agricultural drone, by contrast, can cover several hundred mu or more per day—efficiency dozens of times that of manual labor. This efficiency gap carries great significance in a rural China facing ever-scarcer and aging agricultural labor. As young people flock to the cities, rural labor grows scarce, and hiring people to spray becomes ever more expensive and difficult, an agricultural drone that does the work of dozens of laborers becomes a hard necessity. The first piece of an agricultural drone's economics—replacing increasingly scarce, expensive labor with machines—is the fundamental economic driver of its adoption.

Next, the math of pesticides and water. As mentioned earlier, unified prevention and control (using drones and the like for coordinated pest management) can raise control effectiveness by 10% to 20% and reduce pesticide use by 20% to 30%. An agricultural drone's precision spraying (compared with the coarse spraying of manual labor) can apply pesticides more evenly and precisely, reducing waste and overuse. Reducing pesticide use saves money on pesticides while also cutting pesticide residues in the environment and in agricultural produce—this is at once an economic account, an ecological account, and a food-safety account. The second piece of an agricultural drone's economics—precision application that saves pesticides and water and reduces waste and residue—is another economic and ecological advantage over traditional spraying methods.

There is also the math of safety. Manual spraying, especially carrying a tank in the field under high temperatures, carries the health risks of heatstroke and pesticide poisoning—every year there are no small number of health incidents caused by spraying. With drone spraying, the operator stands at the field's edge and controls remotely, staying away from direct contact with pesticides and greatly reducing health risks. Although this "safety account" does not show up directly in money, it offers real protection for farmers' health and lives. Agricultural drones liberate people from "working in a toxic mist with a tank on their back"—this is the most humane piece of the economics by which they changed the way agriculture is done.

So, is buying an agricultural drone worth it? An agricultural drone (as noted earlier, priced from over fifty thousand yuan in the early days down to the forty-thousand tier, and even the thirty-thousand-plus range, now) is a considerable investment for a large-scale grower or a drone-spraying team. But factoring in its operating efficiency (several hundred mu per day), operating income (service fees for spraying others' fields), and the labor and pesticides saved for one's own use, the payback period is not long. For professional drone-spraying teams in particular, a single drone can cover tens of thousands of mu in one operating season and generate considerable service income, paying for itself quickly. Add to this the purchase subsidies some local governments offer for agricultural drones (as part of farm-machinery subsidies), which further lower the barrier to purchase. This "input-output account" working out is the economic foundation on which agricultural drones could spread on a massive scale and give rise to nearly 500,000 drone-spraying practitioners.

This economic account also reveals the market mechanism behind the spread of agricultural drones. Agricultural drones spread not by administrative order but by the force of the market—because they can genuinely help farmers and drone-spraying teams save money, earn money, and stay safe, farmers are willing to use them and spraying teams are willing to buy them. The price war (the DJI–XAG price war mentioned earlier) drove drone prices down and made the math easier to work out, further propelling adoption. Policy support (purchase subsidies, being written into the Central No. 1 Document) was icing on the cake. The mass adoption of agricultural drones is essentially a market-driven process in which "the economics work out"—technological leadership (DJI's and XAG's products), falling prices (the price war), and genuine economic value (saving labor, saving pesticides, ensuring safety, earning income) together made the math work out and turned agricultural drones into a "new farm tool" across China's farmland.

The economics of an agricultural drone is a micro sample of how the "strength" of China's drone industry translates into inclusive value. In agriculture, the "strength" of China's drone industry ultimately comes down to this economic account that both farmers and drone-spraying teams can make work—it is precisely because this account works out that advanced agricultural-drone technology can truly reach the vast farmland, truly change the way China farms, and truly create value for farmers and jobs for the countryside. The "strength" of China's drone industry is not a technological lead suspended in the air but inclusive value that lands on the ground—the economics of an agricultural drone is the most real, most micro embodiment of that inclusive value. When hundreds of millions of mu of farmland use agricultural drones and nearly 500,000 people make a living from drone spraying, the "strength" of China's drone industry becomes one of the most solid parts of China's agricultural modernization. In this small economic account lies the most down-to-earth answer to the "strength" of China's drone industry.

33. The Global Chessboard: Drone Players Outside China

To fully understand the "strength" of China's drone industry, we also need to glance at the other side of the board—the drone players outside China. Who are they, what is their situation, and why do they struggle to shake China's dominance in drones? Only by seeing the global chessboard clearly can we truly measure just how "strong" China's drones are.

Look first at the American players. The United States is one of the birthplaces of drone technology (long a leader in military drones), yet in civilian consumer drones, America has no enterprise capable of contending with DJI. Skydio (focused on autonomous flight, with military, police, and enterprise customers) and BRINC (focused on policing), mentioned earlier, are the representatives of American civilian drones, but their scale and product maturity fall far short of DJI's, and their supply chains (batteries and the like) still depend on China (Skydio's battery crisis is proof enough). The American civilian drone industry has, to a large degree, grown in a greenhouse sustained by policy support (banning DJI, government priority procurement)—it holds a place in the government and defense markets but struggles to compete with DJI in the broad commercial and consumer markets. The United States is a technological power in drones but not an industrial power in civilian drones—this contrast precisely highlights the unique lead of China's drone industry in the civilian domain.

Look next at the European players. France's Parrot was once a major player in consumer drones (at one point one of DJI's main competitors), but it lost ground steadily in the competition with DJI, gradually withdrawing from the consumer-drone market and pivoting to defense and enterprise-grade niches. Other European drone enterprises are also mostly in niche and professional domains, lacking the strength to contend with DJI in the consumer market. Europe has a deep heritage in aviation industry, yet in civilian drones (especially consumer-grade), this emerging industry, it likewise failed to produce an enterprise that could rival DJI. Parrot's retreat is a microcosm of the consumer-drone market competition—in the face of DJI's advantages in technology, product, and cost, European players struggle to gain a foothold.

There are also other Chinese players (on the global chessboard). Beyond DJI, China also has enterprises such as Autel Robotics competing in the global market—Autel is a major player in consumer- and industrial-grade drones with a certain market presence overseas (especially in the United States). But Autel likewise faces American encirclement (it too was placed on the FCC's Covered List). On the global chessboard, China's drones are not just DJI dominant alone—there is also a cohort of enterprises such as Autel, XAG, and Insta360 participating in global competition in their respective fields, which together constitute the overall strength of China's drones in the global market. This is also why America's encirclement targets not only DJI but extends to Autel and other Chinese drone enterprises—because the "strength" of China's drones is the strength of an entire industry, not the strength of a single enterprise.

Look next at the Japanese players. Japan was once a pioneer in agricultural drones—Yamaha launched an agricultural unmanned helicopter as early as 1987 and long dominated Japan's agricultural aerial operations. But today, roughly 70% of Japan's agricultural-drone market has already been captured by DJI and other Chinese multi-rotor drones—China's multi-rotor agricultural drones, with lower cost, better performance, and easier operation, have replaced Japan's traditional unmanned helicopters. In Japan, this pioneer nation of agricultural drones, the drones flying over the farmland today are mostly Chinese—a vivid portrait of China's global dominance in drones. From consumer-grade to agricultural-grade, in the global market China's drones comprehensively replace or suppress players from other countries.

Having surveyed the global chessboard, just how "strong" China's drone industry is becomes plain at a glance. Consumer-grade—DJI holds a near-monopoly, with no rival left in the world (America's Skydio is small and immature, Europe's Parrot has retreated). Agricultural-grade—China's DJI and XAG duopoly dominates globally, with even the farmland of pioneer nation Japan captured by Chinese drones. Supply chain—a complete cluster unmatched anywhere in the world (over 2,000 enterprises in Shenzhen), plus critical dominance in rare-earth magnets and batteries. The "strength" of China's drone industry is not a relative lead but comprehensive dominance—in consumer-grade, agricultural-grade, and supply chain, it holds a lead that other global players struggle to shake. This side of the global chessboard (China) is a whole thriving industrial forest; the other side (the United States, Europe, Japan) is a scattering of players who mostly rely on policy support or retreat into niches. This stark contrast is the most powerful proof of the "strength" of China's drone industry.

And it is precisely this stark "strength" that invited "being besieged." When an industry comprehensively dominates the global market and leaves other countries' players unable to gain a foothold, those countries (especially the United States) will resort to non-market means (sales bans, controls, propping up substitutes, building rule-based barriers) to besiege it—because, unable to win in market competition, they can only turn to geopolitical and policy means to block it. China's drones "being besieged" is, in essence, the result of being so "strong" that rivals cannot compete in the market and can only resort to geopolitical means. The disparity of the global chessboard (China's comprehensive dominance, other players unable to gain a foothold) is both the proof of China's drones' "strength" and the root of their "being besieged." Seeing the global chessboard clearly means seeing the cause-and-effect of "strong yet besieged"—precisely because it is strong beyond rivalry, it is besieged with no effort spared. This is the most real, and most profound, situation of China's drone industry on the global chessboard.

34. From Follower to Definer: Drones as a Sample of "China's Smart Manufacturing"

In this "Made in China" research series, drones are a special sample—because they are one of the few industries in which China went from "follower" to "definer." Understanding how drones completed this transition holds paradigmatic significance for understanding the upgrade path of Chinese manufacturing.

Reviewing the conventional path of Chinese manufacturing, most of it is "introduce–digest–absorb–catch up"—from doing OEM work for others (learning technology, accumulating experience), to independent production (building brands, cutting costs), and then to breaking through to the high end (catching up with international frontrunners). Tires, power tools, and much of Chinese manufacturing have walked this catching-up path—they achieved world-first scale (big) but are still catching up in brand and the high end (not strong). The hallmark of this path is "following"—advancing along a road others opened up, striving to catch up and close the gap.

But drones walk a different path—not following, but defining. The category of consumer aerial-photography drones was, to a large degree, defined and pioneered by DJI—it was not DJI catching up with some foreign frontrunner, but DJI itself pioneering this category, defining the industry's technology roadmap and product form, and becoming the global leader. The multi-rotor route of agricultural drones and many of the models for industry applications were also, to a large degree, pioneered and defined by Chinese enterprises. In the drone industry, China did not catch up along others' road but opened up its own road, defined the rules, and led the world. This transition "from follower to definer" is the most unique and valuable aspect of drones as a sample of "China's smart manufacturing."

Why could drones achieve the shift "from follower to definer" while many other industries are still following? The key lies in several factors. First, it is an emerging industry—consumer drones are a relatively young category with no deeply entrenched international giants monopolizing it (unlike automobiles or aircraft engines, with a century of accumulation behind their giants), which gave Chinese enterprises (DJI) the opportunity to pioneer and define. Second, what it demands is comprehensive integration capability—a drone is an integration of many technologies (flight control, imaging, communications, batteries, structure), and China has a complete supply chain and powerful integration capability, precisely suited to this kind of comprehensively integrated product. Third, it draws on China's supply chain and market—Shenzhen's complete supply chain (fast, low-cost iteration) and China's vast market (massive demand from consumers, agriculture, and industry) provided the soil for Chinese enterprises to pioneer and define the drone industry. These factors made drones a breakthrough point for China's shift from following to defining.

Drones' shift "from follower to definer" holds important lessons for the upgrade of Chinese manufacturing. It shows that the upgrade of Chinese manufacturing has not only the path of "catching up along others' road" but also a more advanced path of "pioneering, defining, and leading in emerging industries oneself." In those emerging industries that require comprehensive integration and draw on the supply chain and market (such as drones, new energy, and some digital industries), China has the conditions not to follow but to define—pioneering new categories, defining new rules, and leading global industries by virtue of a complete supply chain, powerful integration capability, and a vast market. This "definer" path is more advanced and more valuable than the "follower" path—it means Chinese manufacturing is not merely the world's factory but a leader of industries.

But "from follower to definer" also means bearing the price of being a "definer"—namely, "being besieged." When China goes from follower to definer, from pace-follower to pace-setter, those former frontrunners (especially the United States) feel threatened and resort to geopolitical and policy means to besiege it. Drones "being besieged" is precisely the price they must inevitably pay as a "definer"—because they defined and led the industry, touching other countries' strategic sensitivities and industrial anxieties, they invited encirclement. The glory of "from follower to definer" and the predicament of "strong yet besieged" are two sides of one coin—the more Chinese manufacturing goes from following to defining, the more it will go from "not besieged" to "besieged." This is a dialectic that the upgrade of Chinese manufacturing must inevitably face.

Drones as a sample of "China's smart manufacturing" therefore carry a double significance. On one hand, they showcase the highest path of Chinese manufacturing's upgrade—from follower to definer, from pace-follower to pace-setter, becoming a pioneer and leader of an industry. This is the pride of Chinese manufacturing, a model of "China's smart manufacturing" (not merely "Made in China"). On the other hand, they also foreshadow the challenge that this highest path must inevitably face—"strong yet besieged," namely the geopolitical encirclement one must inevitably endure after becoming a definer and pace-setter. The drone sample tells us that the road on which Chinese manufacturing goes from "big" to "strong," from "following" to "defining," leads both to the glory of industrial leadership and to the storms of great-power rivalry. Whether it can hold onto its leading position amid the storms will determine the ultimate quality of this upgrade of Chinese manufacturing. Drones, as the most vivid sample of "China's smart manufacturing," are blazing this upgrade road—filled with glory yet strewn with thorns—for all of Chinese manufacturing. Their success or failure concerns not only one industry but the overall destiny of Chinese manufacturing's journey from follower to definer, from big to strong.

Chronicle: China's Civilian Drone Industry 2025–2026

To give this story of "strong yet besieged" a more concrete temporal coordinate, we lay out below, in chronological order, the key milestones of China's civilian drone industry from 2025 through the first half of 2026. This chronicle includes both product iterations and capital movements, as well as geopolitical rivalry and the landing of regulation—it is the densest chronological footnote to China's drone industry being "strong yet besieged" over this year and more.

May 13, 2025, DJI released the Mavic 4 Pro—equipped with a 100-megapixel Hasselblad triple-camera, supporting 6K video, with a battery life of up to 51 minutes, starting at 13,888 yuan for the China version. Notably, this was DJI's first flagship model not launched in the United States—the impact of geopolitical encirclement was already directly reflected in the launch strategy for a flagship product.

June 11, 2025, Insta360 (Arashi Vision) listed on the STAR Market at an issue price of 47.27 yuan, surging about 276% to 285% on its first day, with a market capitalization exceeding 70 billion yuan, becoming the "world's first intelligent-imaging stock." This global leader in panoramic cameras is precisely the new player that would later cross over into drones and challenge DJI.

June 30, 2025, DJI released the FlyCart 100 cargo drone—payload of 80 kilograms with a single battery (range 6 kilometers), 65 kilograms with dual batteries (range 12 kilometers), starting at 89,999 yuan, aimed at hoisting scenarios such as emergency response, firefighting, power, and engineering. This marked DJI's push into the heavy-payload logistics-drone domain.

August 2025, DJI's Romo robot vacuum debuted in China, entering the European market on October 28 (priced at 1,299 to 1,899 euros) but not entering the United States. This is a hallmark of DJI's category expansion (from drones to robot vacuums, e-assist bicycles, in-vehicle systems, and more), and once again reflects the influence of geopolitical factors on market strategy.

August 14, 2025, Antigravity, the drone brand incubated by Insta360, released the A1—the world's first 8K 360-degree panoramic drone, weighing 249 grams, cutting directly into DJI's consumer heartland, and went on sale December 4 at 1,599 US dollars. The head-to-head competition between Insta360 and DJI extended from imaging to drones.

September 17, 2025, DJI released the Mini 5 Pro—the world's first 249-gram drone equipped with a 1-inch sensor. The weight of 249 grams is the exemption threshold for drone regulation in most countries worldwide—DJI continues to make consummate products at this "registration-exempt" weight class.

October 23, 2025, the "15th Five-Year Plan" recommendations wrote the low-altitude economy in, listing it as a strategic emerging industrial cluster. This is yet another elevation of the low-altitude economy's status at the national strategic level, providing top-level policy support for the development of the drone industry.

December 8, 2025, during artist Cai Guo-Qiang's "Daylight Fireworks" performance in Quanzhou, about 600 of the 2,000-drone formation crashed into the sea. This accident is a warning of the safety risks behind the boom of drone light shows (China accounts for over 90% of the world's formation performances).

December 21–23, 2025, the US FCC (Federal Communications Commission) placed DJI on the Covered List—meaning DJI's new products are barred from entering the US market (existing products may continue to be sold and flown). This is a landmark node in America's geopolitical encirclement of DJI—from then on, DJI's new products were shut out of the US market.

February 20–24, 2026, DJI sued the FCC (in the Ninth Circuit, case no. 26-1029)—DJI stated that 25 new products in 2026 were blocked from the US market, with US revenue losses that year of about 1.56 billion US dollars. DJI used legal means to counterattack America's encirclement.

March 23, 2026, DJI sued Insta360 at the Shenzhen Intermediate People's Court, asserting ownership of 6 patents. The competition between DJI and Insta360 extended from the product market to the patent battlefield.

May 1, 2026, two mandatory national standards (GB 46761 and GB 46750-2025) took effect—imposing mandatory safety requirements on drones, with failure to register under one's real name punishable by fines of up to 20,000 yuan. This reflects the continued refinement of China's drone regulatory system (from the "Interim Regulations" to mandatory national standards).

May 2026, *ST Guandian (Guandian Defense) entered delisting-consolidation and was formally delisted on June 10—this listed drone company, which got its start in anti-drug aerial surveying, exited in disgrace (FY2025 net loss of 217 million yuan, issued a qualified opinion and an adverse opinion on internal control, and placed under investigation by the CSRC). Its delisting is a cautionary footnote in the map of listed drone companies—the prosperity of an industry does not equal the success of every enterprise.

May 25, 2026, at Sydney's Vivid light festival, 89 drones crashed into the sea—following the Quanzhou accident, another drone-light-show safety incident, again warning of the safety risks of cluster performances.

June 10–12, 2026, DJI and Insta360 filed mutual suits in the United States (both withdrew on June 28, returning to domestic courts); on June 12, A-share low-altitude-economy concept stocks collectively hit their daily limit-up (CITIC Offshore Helicopter, Wanfeng Auto Wheel, Zongshen Power, and others limited up). The capital market's enthusiasm for the low-altitude economy reached a climax on this day.

July 1, 2026, the newly revised "Civil Aviation Law" took effect—providing a more complete legal framework for civil aviation activities, including drones.

This chronicle densely presents this year-and-more of China's drone industry being "strong yet besieged"—on one side, continuous product iteration (Mavic 4 Pro, FlyCart 100, Mini 5 Pro), category expansion (Romo robot vacuum, in-vehicle Zhuoyu), active capital (Insta360's listing, low-altitude-concept limit-ups), and expanding applications (hoisting, firefighting, eVTOL ticketing), displaying the "strength" of China's drone industry; on the other side, geopolitical encirclement (the FCC placing DJI on the Covered List, DJI suing the FCC, flagships not launched in the US), the landing of regulation (mandatory national standards, the new Civil Aviation Law), and safety warnings (the Quanzhou and Sydney light-show accidents), displaying the tension and growing pains of this industry "being besieged." This year-and-more of chronology is the densest and most vivid real-world portrayal of the epochal proposition of China's drone industry being "strong yet besieged."

Data Sources and Key References

The data and facts on which this article relies come from the following public channels. To help readers verify, we list the main sources by category and note certain data that exist under multiple metrics or are not fully verified.

Industry Scale and Market Data

• Global and Chinese civilian drone market size, DJI's global share (about 70% at consumer-grade), and the like reference publicly available industry research reports and market-institution statistics. DJI has no audited financial statements, and its revenue exists under differing metrics such as "about 80 billion yuan" and "3.5–4.5 billion US dollars"; this article presents them side by side and does not adopt a single metric.
• Shenzhen drone industry data (over 2,000 enterprises, 2024 output value exceeding 107 billion yuan, consumer-grade accounting for about 70% of the world) come from relevant Shenzhen industry statistics and public reporting.

Agricultural Drones

• Plant-protection drone ownership, coverage area, number of practitioners, and the like come from official channels such as the National Agricultural Technology Extension and Service Center. Note that "mu" and "mu-passes" are two different metrics, and this article has noted the distinction.
• The price curves and market shares of DJI and XAG models come from manufacturer releases and public reporting; XAG's financial data come from its Hong Kong Stock Exchange prospectus materials.
• Drones written into the 2026 Central No. 1 Document as a "new farm tool."

Industry Applications

• The share of drone-based inspection in power-line inspection (about 77%), the scale of State Grid drone deployment (over 22,000 units), and the like come from State Grid and public information from the power industry.
• Logistics-drone data: Meituan (65 routes, 740,000 orders), SF Express's Fengyi (over 500 routes, over 1 million sorties, over 5.2 million parcels), JD, and others come from each company's public disclosures and reporting.

Low-Altitude Economy

• Low-altitude-economy output value (about 506 billion yuan in 2023, a target of 1.5 trillion yuan in 2025, and the like), policy nodes (written into the Government Work Report in 2024, listed as a strategic emerging industrial cluster in the "15th Five-Year Plan" recommendations) come from government documents and authoritative reporting. Related long-range forecasts exist under differing metrics, and this article notes them as forecasts.

Geopolitics and Supply Chain

• US measures against DJI: the FCC placing DJI on the Covered List (December 2025), relevant NDAA provisions, customs seizures under UFLPA, DJI suing the FCC (case no. 26-1029, citing losses of about 1.56 billion US dollars in 2026), and the like come from US official documents, DJI statements, and public reporting.
• Supply-chain data such as rare-earth magnets (China accounting for about 90%) and drone batteries (China accounting for about 99%) come from public industry analysis. The relevant proportions are estimated metrics.

Capital Markets and Listed Companies

• Financial data for Zonghen Technology, Guandian Defense, Aerospace CH UAV, EHang, CITIC Offshore Helicopter, Zongshen Power, Insta360, and other companies come from each company's announcements and exchange disclosures. EHang's 2026Q1 deliveries (4 units), Insta360's net profit, and the like exist under multiple metrics, which this article has noted.

Export Data

• Drone export data exist under multiple metrics: January–November 2025 exports (including components) of 20.319 billion yuan; and a separate metric of 4.9473 million units and 3.121 billion US dollars for the whole of 2025. By region, Guangdong accounts for nearly 94%. This article notes the periods and metrics.

Timeline and Events

• Product releases (Mavic 4 Pro, FlyCart 100, Mini 5 Pro, and the like), enterprise moves, light-show accidents (Quanzhou, Sydney), and regulatory nodes (mandatory national standards, the new "Civil Aviation Law") come from manufacturer releases, regulatory announcements, and public reporting.

Note: The data in this article are current as of July 2026. Some data (such as DJI's finances, export metrics, EHang's deliveries, and DJI's new products in the second half of 2026) exist under multiple metrics or contain elements of rumor, which this article has noted in the main text or in this section, striving to adopt side-by-side presentation and cautious wording. The drone industry develops rapidly and geopolitical rivalry is volatile; for specific data, please refer to the latest official and authoritative disclosures. This article aims to provide an overall analytical framework for China's civilian drone industry being "strong yet besieged," rather than precise assertions of individual data points.

— Tianxia Gongchang Industry Research Institute