# DJI

> Source: https://aiwiki.ai/wiki/dji
> Updated: 2026-06-23
> Categories: AI Companies, Chinese AI, Robotics
> From AI Wiki (https://aiwiki.ai), a free encyclopedia of artificial intelligence. Quote with attribution.

**DJI** (officially **SZ DJI Technology Co., Ltd.**, also known as **Shenzhen Da-Jiang Innovations Sciences and Technologies Ltd.**) is the world's largest manufacturer of commercial [unmanned aerial vehicles](/wiki/drone) (drones) and a leading developer of [AI](/wiki/artificial_intelligence)-powered autonomous flight systems, headquartered in [Shenzhen](/wiki/shenzhen), Guangdong, China.[1] Founded in 2006 by [Frank Wang](/wiki/frank_wang) (Wang Tao), DJI controlled roughly 70% of the global civilian drone market and more than 90% of the consumer drone camera segment as of 2025, and its aircraft accounted for 83.48% of all drone detections worldwide.[1][4][5][6] The company designs and manufactures consumer and professional drones, camera gimbals, stabilizers, flight control systems, propulsion systems, and enterprise software for industries ranging from filmmaking to agriculture.

DJI's products integrate a wide range of [computer vision](/wiki/computer_vision), [deep learning](/wiki/deep_learning), and sensor fusion technologies that enable real-time obstacle avoidance, subject tracking, and autonomous mission planning. Its market share of roughly 70% in 2025 was down from about 74% in 2024, reflecting mounting United States regulatory and import pressure even as the company retained near-total dominance of the consumer segment.[4][6]

## History

### Founding and Early Years (2006-2012)

Frank Wang (Wang Tao) was born in 1980 in Hangzhou, Zhejiang province, China[2]. From a young age, he was fascinated by remote-controlled helicopters and flight. He enrolled at the Hong Kong University of Science and Technology (HKUST), where he studied electronic and computer engineering[2]. During his studies, he caught the attention of professor Li Zexiang with an impressive class project involving a helicopter flight control system. HKUST granted Wang HK$18,000 (approximately US$2,300) to conduct further research on drone technology[2][3].

In 2005, Wang participated in ABU Robocon, where his HKUST team won third prize among teams from across Asia[2]. By January 2006, Wang and his team had developed a working flight control system. He posted his results on a model plane forum, offering the system for 50,000 CNY (roughly $7,000 USD). To his surprise, buyers were willing to pay, even though production costs were only around 15,000 CNY ($2,000 USD)[3].

In 2006, Wang formally established DJI in Shenzhen with two teammates, initially working out of a small apartment funded by remaining scholarship money and family support[1]. The company began by selling flight-control components priced around $6,000 to clients including Chinese universities and state-owned power companies[1]. The early years were spent refining flight controller hardware and firmware, gradually building a reputation in the hobbyist and professional remote-controlled aircraft community.

### Breakthrough with Phantom (2013-2015)

DJI's breakthrough into the mainstream market came in January 2013 with the release of the Phantom 1[1]. The Phantom was a ready-to-fly quadcopter that required minimal setup, making aerial photography accessible to hobbyists, photographers, and filmmakers for the first time. Unlike previous multirotor platforms that required extensive assembly and technical knowledge, the Phantom arrived mostly assembled and could be airborne within minutes.

The Phantom series quickly became the best-selling consumer drone in the world. Subsequent models added integrated cameras, improved stabilization, and longer flight times. The Phantom 4, released in March 2016, was a landmark product that introduced DJI's first obstacle avoidance system using stereo vision sensors, along with intelligent flight modes like ActiveTrack and TapFly.

By 2015, DJI had achieved a valuation of approximately $10 billion after completing its Series B funding round. The company had grown from a handful of employees to thousands, with offices in the United States, Germany, the Netherlands, Japan, South Korea, and other countries.

### Global Expansion and Diversification (2016-2020)

From 2016 onward, DJI expanded rapidly across consumer, professional, and enterprise markets. The Mavic Pro, launched in September 2016, introduced a foldable design that made high-quality aerial photography portable enough to fit in a backpack. This product line would become DJI's most commercially successful series.

DJI also entered the handheld stabilization market with the Osmo series, offering three-axis gimbals for smartphones and integrated pocket cameras. The Ronin series targeted professional filmmakers with cinema-grade stabilizers. On the enterprise side, DJI launched the Matrice line of heavy-lift industrial drones and the Agras series for agricultural spraying and seeding.

In 2017, DJI generated sales revenue exceeding 18 billion yuan (approximately $2.9 billion USD), and in 2022, revenue reached roughly 30 billion yuan (approximately $4.2 billion USD). By 2024, unconfirmed reports suggest DJI's annual revenue surpassed 50 billion yuan (roughly $7 billion USD), with a net profit margin approaching 40%[25].

### Recent Developments (2021-Present)

DJI has continued to release innovative products while navigating geopolitical challenges. The company introduced the DJI Dock autonomous drone-in-a-box system in 2022[29], enabling fully remote and automated drone operations. In January 2025, DJI launched the Matrice 4 series of compact enterprise drones with [AI](/wiki/artificial_intelligence)-powered object detection[18]. In May 2025, the Mavic 4 Pro debuted with a triple-camera system including a 100-megapixel Hasselblad sensor, a 360-degree Infinity Gimbal, and 51-minute flight time[13].

As of 2025, DJI employs approximately 14,000 people across 17 international offices.

DJI maintained a rapid release cadence through 2025 and into 2026, launching the Matrice 400 long-endurance enterprise platform in June 2025[30], the Agras T100 agricultural drone in July 2025[37], the Mini 5 Pro in September 2025[31], the Neo 2 in November 2025[33], the FlyCart 100 delivery drone in December 2025[38], and the Avata 360, its first drone with a built-in 360-degree camera, in March 2026[35]. The company also diversified beyond aircraft with the Osmo 360 panoramic camera in July 2025[40] and the Romo robot vacuum line in August 2025[41]. Because of US import and regulatory pressures, most of these products launched globally without official availability through DJI's US sales channels[31][47].

## Product Lines

DJI offers a broad portfolio of products spanning consumer drones, professional cinema platforms, enterprise and industrial drones, agricultural drones, handheld cameras and gimbals, and educational [robotics](/wiki/robotics). Below is an overview of the major product lines.

### Consumer Drones

#### Mavic Series

The Mavic series is DJI's flagship consumer line, known for foldable designs that balance portability with high-end camera capabilities. The original Mavic Pro (2016) pioneered the foldable drone category. Key models include the Mavic 2 Pro and Mavic 2 Zoom (2018), Mavic 3 (2021), and the Mavic 4 Pro (May 2025). The Mavic 4 Pro features a wide-angle 4/3-inch Hasselblad camera with 100 MP resolution and 6K/60fps video, a 1/1.3-inch telephoto camera, and a 1/1.5-inch HDR camera. It weighs 1,063 g and achieves up to 51 minutes of flight time with a maximum speed of 90 km/h[13]. DJI did not offer the Mavic 4 Pro through its official US sales channels at launch, a decision a company spokesperson attributed to US tariff policy and difficulties importing drones into the country[47].

#### Air Series

The Air series occupies a mid-range position, offering a balance between capability and affordability. The DJI Air 3S, released in October 2024, features a 1-inch CMOS primary camera with 50 MP and an f/1.8 aperture, plus a 70mm medium telephoto lens. Weighing 724 g, it provides up to 45 minutes of flight time and includes forward-facing [LiDAR](/wiki/lidar) for nighttime omnidirectional obstacle sensing[14].

#### Mini Series

The Mini series targets beginners and travel-oriented users with sub-249g drones that are exempt from registration requirements in many countries. The DJI Mini 4 Pro (2023) packs a 1/1.3-inch CMOS sensor capable of 4K/60fps HDR video and 48 MP photos into a body weighing less than 249 g, with up to 34 minutes of flight time[15]. The DJI Flip, launched in January 2025, is another sub-250g option designed for ease of use[34].

The DJI Mini 5 Pro, released on September 17, 2025, is the first drone under 250 g to carry a 1-inch (Type 1) image sensor. Its 50 MP camera records 4K video at up to 120fps, and the aircraft combines omnidirectional obstacle sensing with a forward-facing LiDAR unit for low-light flight. Standard flight time is up to 36 minutes, extendable to 52 minutes with the heavier Intelligent Flight Battery Plus. Like the Mavic 4 Pro, the Mini 5 Pro was not released through DJI's official US store[31].

#### Neo Series

DJI entered the palm-launched "selfie drone" category with the DJI Neo in September 2024. Weighing 135 g and priced at $199 at launch, the Neo takes off and lands from a user's hand and can be flown without a remote controller using voice commands, a smartphone app, and AI subject tracking; it carries a 12 MP camera on a single-axis gimbal and records 4K/30fps video[32]. The DJI Neo 2, launched globally in November 2025 without an announced US release, weighs 151 g and adds forward LiDAR sensing, omnidirectional monocular vision, downward infrared sensors, and a two-axis gimbal; it records 4K video at up to 100fps and flies for up to 19 minutes[33].

#### Phantom Series (Discontinued)

The Phantom series (2013-2020) was DJI's original consumer drone line that brought aerial photography to the mainstream. The Phantom 4 Pro V2.0 was the last major model. DJI discontinued the Phantom series as the more portable Mavic and Air lines took over the consumer market. Official support for the Phantom 3 series ended in January 2023, and support for the Phantom 4 and Phantom 4 Pro Obsidian Edition ended in July 2023.

### Professional Cinema Drones

#### Inspire Series

The Inspire line serves professional filmmakers and cinematographers. The DJI Inspire 3, released in 2023, carries the Zenmuse X9-8K Air camera, DJI's lightest full-frame three-axis gimbal camera, powered by the CineCore 3.0 image processing system. It supports internal recording of up to 8K/25fps CinemaDNG and 8K/75fps Apple ProRes RAW. The aircraft weighs approximately 3,995 g and offers around 25 minutes of flight time[16]. It is priced at $16,500.

### FPV Drones

DJI offers first-person-view drones designed for immersive flying experiences. The DJI Avata 2, released in April 2024, features a 1/1.3-inch CMOS sensor with 155-degree field of view, 4K/60fps video capability, and an integrated propeller guard. It weighs approximately 377 g and provides up to 23 minutes of flight time with a maximum speed of 27 m/s in manual mode[28]. DJI also sells the DJI Goggles and DJI Motion Controller for an immersive FPV experience.

In March 2026, DJI launched the Avata 360, its first drone with a native 360-degree camera system. The Avata 360 pairs FPV flight with dual-sensor spherical capture at up to 8K/60fps HDR video and offers a rated flight time of 23 minutes[35]. The global launch took place on March 26, 2026, while US sales began on March 30, 2026 through third-party channels such as DJI's Amazon storefront, a pattern that has become common for DJI's US releases amid regulatory and import hurdles[36].

### Enterprise and Industrial Drones

#### Matrice Series

The Matrice line is DJI's workhorse for enterprise applications including infrastructure inspection, public safety, search and rescue, and surveying. The DJI Matrice 350 RTK (2023) offers up to 55 minutes of flight time, IP55 weather protection, RTK centimeter-level positioning accuracy (horizontal: 1 cm + 1 ppm), and support for interchangeable Zenmuse payloads. It weighs approximately 6.47 kg with batteries and supports hot-swappable dual batteries rated for up to 400 charge cycles[17].

The DJI Matrice 4 series, announced in January 2025, features two models: the Matrice 4E (Enterprise) and Matrice 4T (Thermal). Both use foldable airframes and achieve 49 minutes of flight time. The M4T adds a 640x512 UHR thermal camera for search and rescue operations, while the M4E focuses on a 4/3-inch 20 MP sensor for high-resolution mapping. Both models include AI-powered real-time detection of people, vehicles, and boats[18].

On June 10, 2025, DJI introduced the Matrice 400, its flagship long-endurance enterprise platform. The Matrice 400 achieves up to 59 minutes of flight time, carries payloads up to 6 kg (with four E-Port V2 interfaces supporting up to seven payloads simultaneously), and integrates a rotating LiDAR unit and millimeter-wave radar for obstacle sensing precise enough to detect power lines. It carries an IP55 rating, operates from -20 to 50 degrees C, and supports video transmission at distances up to 40 km[30].

#### Agras Series (Agriculture)

The Agras line consists of heavy-duty agricultural drones for precision spraying and seeding. The DJI Agras T50 carries a 40-liter spray tank with an operating payload of 40 kg and can cover up to 52 acres per hour. It features dual active phased array radars for obstacle detection, binocular vision sensors for terrain following on slopes up to 50 degrees, and D-RTK positioning with horizontal and vertical precision of plus or minus 10 cm. The earlier Agras T40 offered similar capacity but with less advanced obstacle avoidance and a maximum terrain-following slope of 30 degrees[19]. DJI holds approximately 30% of the global agricultural drone market[4].

In July 2025, DJI Agriculture launched the Agras T100, T70P, and T25P globally, with sales beginning in Southeast Asia and Latin America. The flagship T100 carries up to 100 L for spraying, 150 L for spreading, or 100 kg in lifting configuration, reaches operating speeds of 20 m/s, and combines LiDAR, millimeter-wave radar, and a five-camera "Penta-Vision" system for obstacle sensing[37].

#### FlyCart Series (Delivery)

DJI's delivery drone line, introduced with the FlyCart 30, expanded in December 2025 with the global launch of the FlyCart 100[38]. The FlyCart 100 lifts payloads of up to 100 kg in single-battery configuration (85 kg with dual batteries), carrying 65 kg up to 12 km on dual batteries, and includes LiDAR-based sensing, multi-sensor obstacle avoidance, and an integrated parachute. The aircraft is sold through authorized dealers in most regions but is not available in the United States[39].

### Handheld Cameras and Home Robotics

Beyond aircraft, DJI's handheld product families (Osmo gimbals, pocket and action cameras, and wireless microphones) compete directly with [Insta360](/wiki/insta360) and GoPro. On July 31, 2025, DJI released the Osmo 360, its first 360-degree camera. The 183 g device records 8K/50fps panoramic video using a dual-lens design built around 1-inch-equivalent imaging with a square HDR sensor[40]. In August 2025, DJI entered home robotics with the Romo series of robot vacuums (Romo S, Romo A, and Romo P), which adapt omnidirectional obstacle-avoidance technology from the company's drones and provide 25,000 Pa of suction; the line launched first in China[41] and expanded to European markets in October 2025, without US availability[42].

## How does DJI use AI and autonomous flight technology?

DJI has been at the forefront of integrating [artificial intelligence](/wiki/artificial_intelligence) and [machine learning](/wiki/machine_learning) into consumer and enterprise drone products. The company's AI capabilities span obstacle avoidance, subject tracking, autonomous path planning, and intelligent mission execution, and they are the core technology that lets non-expert pilots fly safely and capture professional footage with minimal manual control.

### What is APAS obstacle avoidance?

DJI's Advanced Pilot Assistance System (APAS) uses data from multiple sensors to detect obstacles and plan safe flight paths in real time. Modern DJI drones combine stereo vision cameras, infrared time-of-flight (ToF) sensors, [LiDAR](/wiki/lidar), and radar to create omnidirectional obstacle awareness.

APAS 6.0, featured on the Mavic 4 Pro, integrates data from six high-performance low-light fish-eye vision sensors backed by dual processors to continuously sense obstacles in all directions and plan safe bypass trajectories, even in complex environments.[13] APAS supports two modes: "Bypass" (the drone autonomously navigates around obstacles) and "Brake" (the drone halts immediately when an obstacle is detected). On the Mavic 4 Pro, the fish-eye sensors deliver 0.1-lux low-light sensitivity for omnidirectional sensing, and a forward-facing LiDAR unit can still detect obstacles for braking when ambient light falls below 0.1 lux, roughly the brightness of a clear night sky.[13]

### How does ActiveTrack subject tracking work?

ActiveTrack is DJI's AI-powered subject-tracking system that uses [object detection](/wiki/object_detection) and recognition algorithms to lock onto and follow moving targets such as people, vehicles, bicycles, and boats. The system identifies subjects through [deep learning](/wiki/deep_learning)-based visual recognition and maintains a locked frame while the drone autonomously adjusts its flight path. A user starts tracking by dragging a selection box over the subject, and if the subject is a person the camera can recognize the face and enter a dedicated face-tracking mode.

ActiveTrack 5.0, available on the Mavic 3 series, enables the drone to follow a subject moving in any direction (forward, backward, left, right, and diagonally) and can orbit around moving targets. The system integrates with the obstacle avoidance sensors to find the safest tracking path automatically and, using the aircraft's 360-degree sensing and a more powerful processor, can predict a subject's movement and reacquire it after it is briefly hidden behind a tree or building. A later ActiveTrack 360 variant, introduced on the Avata 360 and other 2025-2026 products, lets the drone hold a fixed position in space and track a subject without constantly reorienting to one side.

### Spotlight Mode

Spotlight mode keeps the camera gimbal locked onto a selected point of interest while the pilot manually controls the drone's flight path. The system uses geometric calculation of the aircraft's movement combined with visual recognition to maintain camera orientation toward the target, even when the target is temporarily obscured. Users can select subjects by tapping on recognized objects (people, cars, buildings) or by drawing a bounding box around a point of interest.

### Waypoint Autonomous Missions

DJI's Waypoint flight mode allows pilots to program a fully autonomous flight route by placing virtual markers on a map or in the camera view. Each waypoint stores parameters including altitude, speed, heading, camera angle, gimbal pitch, and hover time. Up to 99 waypoints can be programmed per mission, and each waypoint supports up to 15 consecutive actions such as aircraft rotation, gimbal pitch adjustment, photo capture, and video recording start/stop.

Waypoint missions are used for repeatable survey flights, cinematic time-lapse sequences, photogrammetric mapping, and infrastructure inspection. Routes are saved automatically and can be replayed with machine-level consistency.

### DJI Dock (Autonomous Drone-in-a-Box)

The DJI Dock system represents DJI's push into fully autonomous, unattended drone operations. The DJI Dock 2, launched globally in March 2024, is a compact base station weighing 75 pounds (75% smaller and 68% lighter than its predecessor) that houses a Matrice 3D or 3TD drone[20]. The drone can execute automated missions for surveys, inspections, asset management, and security with minimal human intervention.

The DJI Dock 3, introduced in 2025, is designed for vehicle-mounted deployments and 24/7 remote operations. With pre-heating, it operates in temperatures from -30 degrees C to 50 degrees C[21]. Both Dock versions integrate with [DJI FlightHub 2](/wiki/dji_flighthub), a cloud-based fleet management platform that enables remote mission planning, real-time monitoring with up to 16 simultaneous video feeds, one-click 2D and 3D map generation, and centralized tracking of flight logs and maintenance status[22].

### Automotive Driver Assistance (Zhuoyu Technology)

DJI began applying its sensing and computer vision expertise to passenger cars in 2016 through an internal smart-driving team, later branded DJI Automotive. The unit was spun off as an independent company in 2023 and adopted the name Zhuoyu Technology in June 2024[56]. Zhuoyu develops camera-centric [advanced driver-assistance systems](/wiki/autonomous_driving) through its Chengxing platform, which covers highway, urban, and parking assistance, and supplies automakers including Volkswagen Group, SAIC-GM-Wuling, Chery, Dongfeng, Great Wall Motor, and [BYD](/wiki/byd)[56][57]. In September 2025, state-owned automaker FAW Group agreed to acquire a 35.8% stake in Zhuoyu, becoming its largest single shareholder ahead of DJI affiliate New Territory (34.85%)[57].

## Software Ecosystem

### DJI FlightHub 2

FlightHub 2 is DJI's cloud-based drone operations management platform. It provides real-time monitoring and control through a Virtual Cockpit interface, allowing authorized users to remotely control aircraft functions including takeoff, return-to-home, camera zoom, and gimbal orientation. The platform supports mission planning, live streaming with AR street overlays, and team collaboration through shared annotations. FlightHub 2 is ISO/IEC 27001 certified and hosts data on AWS servers[22].

### DJI Terra

DJI Terra is photogrammetry and [3D reconstruction](/wiki/3d_reconstruction) software that processes aerial imagery into orthomosaic maps, 3D models, and point clouds. It supports city-scale reconstructions handling up to 30,000 photos per task and processes approximately 500 photos per hour. When paired with RTK-equipped drones, Terra delivers centimeter-level accuracy meeting 1:500 mapping standards. The software uses 3D [Gaussian Splatting](/wiki/gaussian_splatting) and other advanced reconstruction technologies for generating detailed digital twins[23].

### DJI Fly and DJI Pilot

DJI Fly is the primary mobile application for consumer drones, providing flight controls, camera settings, intelligent flight modes, and post-processing tools. DJI Pilot 2 serves the enterprise line with professional-grade flight planning, payload management, and integration with third-party workflow tools.

## RoboMaster (Educational Robotics)

RoboMaster is an annual intercollegiate [robot](/wiki/robot) competition held in Shenzhen, founded by Frank Wang in 2015. Jointly sponsored by the Communist Youth League Central Committee, the All-China Students' Federation, and the Shenzhen City Government, it is the first shooting sport-style robotics competition in China[24]. Teams of university students design and build robots for completing challenging tasks and head-to-head combat.

The competition includes four sub-events: the RoboMaster Robotics Competition, the RoboMaster Technical Challenge, the ICRA RoboMaster AI Challenge, and the RoboMaster Youth Tournament. Close to 200 teams consisting of 10,000 young engineers from around the world signed up for the 2019 season, with 32 teams competing in the final tournament[24].

DJI also produces educational robotics products inspired by the competition. The RoboMaster S1 is a ground robot that can be programmed in Scratch and Python, featuring AI capabilities including object recognition, gesture detection, and clap recognition[24]. It can identify 44 official vision markers (numbers, letters, and symbols), recognize human hand and arm gestures, and follow blue, red, and green lines, with control of 7 motors, a vision sensor, and an array of infrared and hit detectors exposed to student programmers[65]. The RoboMaster EP (Education Pro) extends the platform with additional sensors and is designed as a classroom solution with teaching materials and a competition database.

## Key Drone Models Comparison

| Model | Category | Release Year | Weight | Camera Sensor | Max Resolution | Flight Time | Key Feature |
|---|---|---|---|---|---|---|---|
| Mavic 4 Pro | Consumer/Prosumer | 2025 | 1,063 g | 4/3" Hasselblad (100 MP) | 6K/60fps | 51 min | 360-degree Infinity Gimbal, triple camera, APAS 6.0 |
| Air 3S | Consumer | 2024 | 724 g | 1" CMOS (50 MP) | 4K/120fps | 45 min | Forward LiDAR, nighttime obstacle sensing |
| Mini 4 Pro | Consumer | 2023 | <249 g | 1/1.3" CMOS (48 MP) | 4K/100fps | 34 min | Sub-249g, omnidirectional sensing |
| Mini 5 Pro | Consumer | 2025 | <250 g | 1" CMOS (50 MP) | 4K/120fps | 36 min | First sub-250g drone with 1-inch sensor, forward LiDAR [31] |
| Neo 2 | Consumer (selfie) | 2025 | 151 g | 1/2" CMOS (12 MP) | 4K/100fps | 19 min | Palm takeoff, LiDAR plus omnidirectional sensing [33] |
| Avata 2 | FPV | 2024 | 377 g | 1/1.3" CMOS (12 MP) | 4K/60fps | 23 min | 155-degree FOV, integrated prop guard |
| Inspire 3 | Professional | 2023 | 3,995 g | Full-frame X9-8K Air | 8K/75fps ProRes RAW | 25 min | CineCore 3.0, dual-operator control |
| Matrice 350 RTK | Enterprise | 2023 | 6,470 g | Interchangeable Zenmuse | Varies by payload | 55 min | IP55, RTK positioning, hot-swap battery |
| Matrice 4T | Enterprise | 2025 | ~1,220 g | 4/3" + Thermal (640x512) | 4K | 49 min | AI object detection, thermal imaging |
| Agras T50 | Agriculture | 2024 | 39.9 kg (empty) | N/A | N/A | Varies | 40L spray tank, phased array radar |

## Why is DJI a US national security concern?

### Entity List Designation (December 2020)

On December 18, 2020, the U.S. Department of Commerce added DJI to its Entity List along with 76 other companies and affiliates, including 60 Chinese entities[7]. The Bureau of Industry and Security (BIS) cited DJI for allegedly enabling "wide-scale human rights abuses within China through abusive genetic collection and analysis or high-technology surveillance."[7] The action was tied to reporting that DJI had entered a strategic cooperation with the public security bureau of China's Xinjiang region.[7]

Being placed on the Entity List prohibits exports, reexports, and transfers of U.S. commodities, software, and technology to DJI without a license[8]. This includes common electronic components, commercial drones and related software, [semiconductors](/wiki/ai_chip), and semiconductor manufacturing technology[8]. The designation does not prevent American consumers from purchasing or operating DJI drones, but it restricts DJI's access to American-made technology and components.

### Department of Defense Blacklist

In October 2022, the U.S. Department of Defense added DJI to its Section 1260H list of "Chinese military companies" operating in the United States, further restricting the company's relationship with U.S. government agencies and defense contractors[1]. The 1260H list is an annually updated registry maintained under the FY2021 National Defense Authorization Act that names entities the Secretary of Defense determines to be Chinese military companies.

### Lawsuit Against the Department of Defense

DJI sued the Department of Defense in the US District Court for the District of Columbia on October 18, 2024, seeking removal from the Chinese military companies list. The company said it is "neither owned nor controlled by the Chinese military," argued the listing caused significant financial and reputational harm as customers terminated contracts, and stated that it had tried to engage with the department for more than 16 months before filing suit[48].

On September 26, 2025, Judge Paul Friedman ruled against DJI, finding that the department had provided "substantial evidence" that DJI contributes to the Chinese defense industrial base; the opinion pointed to the use of modified DJI drones in the Russia-Ukraine war and stated that DJI's technology has "both substantial theoretical and actual military application."[49] The court rejected several of the department's other rationales, including claims that DJI is owned or controlled by the Chinese Communist Party or affiliated with a military-civil fusion enterprise zone[50]. DJI responded that the ruling rested on "a single rationale that applies to many companies that have never been listed" and said it was evaluating further legal options[49][50]. DJI had suspended all business activities in both Russia and Ukraine in April 2022, saying it wanted to ensure its drones were not used in combat; it was the first major Chinese company to halt sales to Russia after the invasion of Ukraine[55].

### Countering CCP Drones Act

In 2024, the U.S. House of Representatives passed the Countering CCP Drones Act, which aimed to add DJI to the Federal Communications Commission's (FCC) Covered List, effectively blocking new DJI drone models from receiving FCC equipment authorization and entering the U.S. market[10]. The bill was included in the House-passed National Defense Authorization Act (NDAA) for Fiscal Year 2025[9].

The final version of the FY2025 NDAA removed the Countering CCP Drones Act but included alternative language requiring an "appropriate national security agency" to conduct a risk assessment on drones manufactured in China within one year. If no agency completed such a study, DJI and other Chinese drone manufacturers would automatically be added to the FCC's Covered List[9].

### Customs Detentions and Tariffs (2024-2025)

Beginning in October 2024, US Customs and Border Protection detained shipments of some DJI drones at the border, citing the Uyghur Forced Labor Prevention Act (UFLPA), which bars goods made wholly or in part in China's Xinjiang region unless importers can demonstrate no link to forced labor[43]. DJI denied any connection to forced labor, stating that its products are manufactured in Shenzhen and Malaysia and noting that it does not appear on the UFLPA Entity List[45]. The detentions produced prolonged shortages, with many models listed as sold out at DJI's US online store and inventories running low at major US retailers well into 2025[44].

New US tariffs compounded the supply problems. Tariff escalation on Chinese goods in early 2025 raised cumulative import costs on Chinese-made drones by as much as roughly 170%[47], and DJI raised US retail prices across much of its lineup; the price of the Osmo Pocket 3 camera, for example, rose 54% from $519 to $799 in May 2025[46]. DJI subsequently skipped official US launches for most new products, beginning with the Mavic 4 Pro in May 2025[47].

### FCC Covered List Addition (December 2025)

On December 22, 2025, the FCC added all foreign-produced unmanned aircraft systems and UAS critical components to its Covered List, following a national security determination issued the prior day by an Executive Branch interagency body that concluded such equipment poses "unacceptable risks to the national security of the United States and to the safety and security of U.S. persons."[11][12] DJI and Autel were referenced through Section 1709 of the FY2025 NDAA, though neither company was named in the listing itself[12]. The action prevents new foreign-manufactured drone models from receiving FCC equipment authorization, effectively blocking new DJI products from normal U.S. import and sales, while existing DJI drones that were previously approved remain legal to own and operate[11][12].

In January 2026, the FCC issued a one-year exemption (valid through January 1, 2027) removing Blue UAS-certified drones and qualified "domestic end products" from the Covered List, while establishing a conditional waiver process for other non-U.S. drones[51][52]. The scope of the restriction was broader than many had anticipated, covering all foreign-produced unmanned aircraft systems rather than targeting DJI specifically[52].

### 2026 Regulatory Developments

The Covered List framework continued to evolve through the first half of 2026. On January 21, 2026, the FCC's Office of Engineering and Technology issued a blanket waiver permitting software and firmware updates for previously authorized covered equipment, and in May 2026 the agency extended this approach with public notice DA 26-454, allowing already-deployed DJI and Autel devices to continue receiving security patches, bug fixes, and certain firmware changes through at least January 1, 2029[53][54]. The waiver does not remove DJI from the Covered List or reopen authorization for new equipment[54]. In January 2026 the FCC also revoked certain DJI and Autel equipment authorizations that had been issued shortly before the December 22, 2025 Covered List update[53].

DJI contested the new regime in February 2026, filing both an application for review at the FCC and a petition at the US Court of Appeals for the Ninth Circuit[53]. Separately, on March 18, 2026, the US Department of War (the renamed Department of Defense) granted the first conditional approvals under the framework to four non-Chinese systems (the SiFly Q12, Mobilicom SkyHopper series, ScoutDI Scout 137, and Verge X1), valid through December 31, 2026 and conditioned on onshoring plans[53]. Despite the restrictions, DJI continued launching products globally and selling some new models in the United States through third-party channels; the Avata 360, for example, went on sale in the US on March 30, 2026 via Amazon[36].

### How has DJI responded to security concerns?

DJI has consistently disputed the allegations underlying these restrictions, arguing that its products do not pose national security risks. The company has pointed to independent security audits and its Local Data Mode feature, which acts as a kill switch that blocks the controlling app from sending any flight data to DJI or third-party servers over the internet[10][66].

Third-party audits have broadly supported these claims. FTI Consulting found that with Local Data Mode enabled in the DJI Pilot 2 application there was no outbound traffic to first-party or third-party services[66]. A five-month assessment by U.S. cybersecurity firm OnDefend, conducted from October 21, 2025 to March 13, 2026 on the Air 3S and Matrice 4E and their flight apps, reported "zero critical, zero high, zero medium" severity vulnerabilities and "no clear evidence of hidden backdoors, no data transmissions outside the United States, and no viable pathways for hijacking or weaponization," with all application network connections resolving to U.S.-based IP addresses[67]. DJI has also lobbied against proposed legislation and encouraged its user community to contact legislators[10].

## Competition

Despite regulatory pressure, DJI's market dominance has remained largely intact. According to Dedrone's 2025 detection dataset, DJI drones accounted for 83.48% of all drone detections globally[5]. The company's nearest competitors hold comparatively small market shares.

### Skydio

[Skydio](/wiki/skydio) is an American drone manufacturer often cited as the leading U.S. alternative to DJI. Based in San Mateo, California, Skydio focuses on autonomous drones for government, enterprise, and first responder applications. The company's Skydio X10 features AI-powered visual navigation and autonomous obstacle avoidance. In November 2024, Skydio raised a $170 million extension to its $230 million Series E round, attracting investors including KDDI and Axon[58]. Despite government support and regulatory tailwinds, Skydio's real-world market impact remains limited compared to DJI, largely due to higher pricing and a narrower product range[26].

### Autel Robotics

[Autel Robotics](/wiki/autel_robotics) is a Chinese-American drone manufacturer known for the EVO series of consumer and enterprise drones. Autel positions itself as a direct DJI competitor with features like AI-based object tracking, long battery life, and enterprise platforms for security, agriculture, and surveying. However, Autel accounted for only about 1.4% of drone detections in 2025 operational datasets[5]. Autel is also subject to similar U.S. regulatory scrutiny as DJI due to its Chinese ownership.

### Insta360 (Antigravity)

Camera maker Insta360 (Arashi Vision), a fellow Shenzhen company and DJI's main rival in 360-degree and action cameras, entered the drone market through Antigravity, a drone brand it incubated. The Antigravity A1, unveiled in August 2025, is marketed as the world's first drone with built-in 8K 360-degree capture and weighs 249 g[59]. The A1 began shipping in December 2025 at $1,599 for the standard bundle and reached Amazon's US store in January 2026, giving Insta360 a US retail opening at a time when new DJI models faced import restrictions[60]. DJI answered in the same category with the Avata 360 in March 2026[35].

### Other Competitors

Other notable competitors include Parrot (France), which focuses on government and defense applications; Yuneec (China/Germany), which makes consumer and commercial drones; and various smaller manufacturers targeting niche segments like industrial inspection and agricultural spraying[26]. None of these companies has come close to matching DJI's combination of product breadth, performance, ecosystem integration, and price competitiveness.

## Financial Overview

DJI is a privately held company and does not publicly disclose audited financial statements. However, various reports and industry estimates provide insight into the company's financial trajectory.

| Year | Estimated Revenue | Source / Notes |
|---|---|---|
| 2015 | ~$1 billion USD | Industry estimates |
| 2017 | ~18 billion CNY (~$2.9 billion USD) | Confirmed by DJI president Roger Luo |
| 2022 | ~30 billion CNY (~$4.2 billion USD) | Industry and media reports |
| 2024 | ~50 billion CNY (~$7 billion USD) | Media reports (unconfirmed by DJI)[25] |

DJI's total funding raised through its Series D round amounts to approximately $1.135 billion. The company's last known private valuation was approximately $15 billion as of its 2018 funding round.

Later reporting placed DJI's 2024 results substantially higher than earlier estimates: Chinese technology outlet 36Kr, citing DJI's 2024 financial report, stated that annual revenue exceeded 80 billion yuan (approximately $11 billion USD), up 35% year over year, with net profit of about 12.1 billion yuan[64]. DJI itself does not publicly confirm such figures.

## Impact and Legacy

DJI has played a transformative role in multiple industries. In filmmaking and photography, the company made aerial shots accessible to independent creators and small production teams that previously could only afford helicopter rentals. In agriculture, DJI's Agras drones have treated over 500 million hectares of farmland globally[61], with more than 400,000 agricultural drones in operation by the end of 2024[62].

In public safety, DJI drones are used by over 90% of U.S. public safety agencies that deploy drone technology, supporting missions including search and rescue, disaster response, fire monitoring, and law enforcement. The company reports that its drones helped rescue over 1,000 people as of 2024[4]. DJI's Drone Rescue Map, which logs incidents in which a drone directly located or assisted a person in peril, recorded its 1,000th rescue in mid-2023, spanning more than 600 incidents across 39 countries[63].

DJI's open developer platform and SDKs have enabled a broad ecosystem of third-party applications and integrations, furthering the adoption of drone technology across surveying, construction, mining, energy, telecommunications, and environmental monitoring.

## See Also

- [Autonomous Driving](/wiki/autonomous_driving)
- [Computer Vision](/wiki/computer_vision)
- [Drones](/wiki/drone)
- [LiDAR](/wiki/lidar)
- [Object Detection](/wiki/object_detection)
- [Robotics](/wiki/robotics)

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