Engineered for Excellence, Designed for Versatility
Long-Endurance Drone Platform With Power-Line-Level Obstacle Sensing
Discover the power of DJI Matrice 400
Matrice 400's flight capabilities are outstanding, offering up to 59 minutes of forward flight time even with a payload, and up to 53 minutes of hovering duration [6]. These capabilities make it a reliable tool for long-duration and continuous operations such as search and rescue, firefighting, and large-scale mapping. It can also avoid large obstacles [3] like buildings and mountains at flight speeds of up to 25 m/s.
Matrice 400's strong payload capacity allows it to easily meet the demands of a wide range of applications. With a maximum payload capacity of 6 kg [2], Matrice 400 supports seamless switching between a single downward gimbal [8] and a dual downward gimbal [8]. It also features a third gimbal connector on the underside for additional flexibility. The aircraft is equipped with 4 external E-Port V2 ports [7], enabling simultaneous mounting of up to 7 payloads.
Depending on the task, Matrice 400 can be equipped with the Zenmuse H30 Series, L2, P1, S1 Spotlight, V1 Speaker, Manifold 3, or third-party payloads, thereby expanding its capabilities and unlocking the full potential of the DJI ecosystem.
The Zenmuse H30 Series integrates five major modules—a wide-angle camera, a zoom camera, an infrared thermal camera, a laser range finder, and an NIR auxiliary light. Employing cutting-edge intelligent algorithms, it revolutionizes perception and imaging standards, transcending the limitations of day and night vision.
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Zenmuse L2 integrates frame-based LiDAR, a self-developed high-accuracy IMU system, and a 4/3 CMOS RGB mapping camera, providing DJI multi-payload drone platform with more precise, efficient, and reliable geospatial data acquisition.
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Zenmuse P1 integrates a full-frame sensor with interchangeable fixed-focus lenses on a 3-axis stabilized gimbal. Designed for photogrammetry flight missions, it takes efficiency and accuracy to a whole new level.
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Zenmuse S1 is DJI's first spotlight designed for multi-payload drone platforms. Utilizing the LEP technology, it offers high brightness and long illumination distance, and supports multiple lighting modes. This makes it ideal for public safety, emergency rescue, inspection, and other nighttime operations.
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Zenmuse V1 is DJI's first loudspeaker designed for multi-payload drone platforms. It boasts high volume and long broadcast distance, and supports multiple broadcast modes, making it ideal for scenarios like public safety, emergency rescue, and more.
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Manifold 3 packs an impressive 100 TOPS of computing power into a compact unit weighing about 120 g. It can be mounted onto Matrice 400 drone platform, optimizing efficiency across various operational missions with its robust processing.
Learn More →Estimate the Matrice 400's flight time based on payload configuration.
Built for Challenging Conditions
Matrice 400 has a protection rating of IP55 [9], allowing it to operate reliably in challenging conditions including heavy dust or rain. It also maintains stable performance across temperatures from -20° to 50° C (-4° to 122° F), delivering consistent results in both hot and cold conditions.
The Matrice 400's advanced obstacle sensing system integrates rotating LiDAR, high-precision mmWave radar, and full-color low-light fisheye vision sensors [13], pushing detection capabilities to unprecedented levels. The system detects even small obstacles like high-voltage power lines across mountainous terrain — even in darkness [3]. It can penetrate rain and fog to sense its surroundings, providing enhanced safety in challenging weather conditions.
Thanks to the ten-antenna system on the aircraft and the high-gain phased array antenna system on the remote controller, the O4 Enterprise Enhanced Video Transmission System can achieve image transmission up to 40 km [10].
Matrice 400 also supports the sub2G frequency band [5], and when equipped with two DJI Cellular Dongle 2 [11], it can automatically switch to the better available carrier network, providing a more stable signal even in urban interference environments or remote regions.
Matrice 400 has a built-in video transmission relay module. With this setup, one Matrice 400 can serve as a relay drone, flying high to provide relay signals for another Matrice 400 operating at a greater distance. This capability significantly extends the transmission range, making it ideal for search and rescue tasks as well as inspections in mountainous areas.
The omnidirectional sensing performance [12] brought by rotating LiDAR, high-precision mmWave radar, and full-color low-light fisheye vision sensors provides Matrice 400 with strong positioning capabilities. It can fly stably close to glass-facade buildings or wind turbine blades and safely return from building edges, mountain bases, or bridge sides even when the return point has not been updated.
The four full-color low-light fisheye vision sensors on the aircraft provide Full-Color Vision Assist [13] to ensure safer flight.
During tasks such as power grid inspection, the obstacle sensing system automatically detects frontal wire obstacles [3] and displays easily recognizable AR lines on the remote controller's screen, making the surrounding environment clear at a glance and ensuring safer flight.
During tasks such as power grid inspection, the obstacle sensing system automatically detects frontal wire obstacles [3] and displays easily recognizable AR lines on the remote controller's screen, making the surrounding environment clear at a glance and ensuring safer flight.
Matrice 400 supports Real-Time Terrain Follow flight in any horizontal direction [15]. This feature can be enabled during both manual flight and automated flight routes, ensuring stable relative height to the ground.
During large-scale search and rescue operations, the size of ground subjects can be kept consistent on the remote controller screen, reducing the need for frequent zoom adjustments and improving efficiency. During mapping missions, a consistent ground sampling distance (GSD) can be maintained to obtain high-precision mapping data.
To address the needs of offshore operations such as maritime patrol and wind turbine inspection, Matrice 400 is equipped with the capability to take off from and land on ships, supporting takeoff from stationary vessels and landing on moving vessels. By detecting landing point patterns on the deck, it can achieve safe and precise landings.
Advanced capabilities for professional operations
Activate cruise control mode to pilot the drone in a specific direction without constantly pressing the control sticks, making long-distance flights easier.
When equipped with the L2 LiDAR system, Matrice 400 can perform automated power transmission and distribution line following flights. It uses the rotating LiDAR to detect obstacles in real time and automatically bypasses crossing lines.
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