The Matrice 400 is built for tough environments, featuring an IP55 protection rating that enables reliable operation in harsh conditions such as heavy rain or dust. Engineered for resilience, it performs consistently in extreme temperatures ranging from -20°C to 50°C (-4°F to 122°F), ensuring dependable results in both hot and cold climates

The Matrice 400 features an advanced obstacle sensing system that combines rotating LiDAR, high-precision mmWave radar, and full-color low-light fisheye vision sensors, delivering exceptional situational awareness. This powerful system can detect even small obstacles—such as high-voltage power lines—across rugged, mountainous terrain, and maintains accuracy even in low-light or nighttime conditions. Capable of sensing through rain and fog, it ensures enhanced operational safety in challenging weather and complex environments.

The Matrice 400 is equipped with a cutting-edge obstacle sensing system that fuses rotating LiDAR, high-precision mmWave radar, and full-color low-light fisheye vision sensors, elevating detection capabilities to new heights. It can identify even the smallest obstacles—such as high-voltage power lines—across mountainous terrain, including during nighttime operations. The system also penetrates rain and fog, ensuring reliable environmental awareness and enhanced flight safety in adverse weather conditions.

The Matrice 400’s omnidirectional sensing system—powered by rotating LiDAR, high-precision mmWave radar, and full-color low-light fisheye vision sensors—delivers exceptional positioning accuracy. This allows the drone to fly steadily near complex structures like glass-facade buildings or wind turbine blades, and safely navigate back from challenging locations such as mountain bases, bridge edges, or building sides—even when the return point hasn’t been refreshed.

The Matrice 400 is equipped with four full-color, low-light fisheye vision sensors that enable Full-Color Vision Assist, enhancing situational awareness and ensuring safer flight, even in low-light environments.

Equipped with the Zenmuse H30 Series’ visible and thermal imaging, the Matrice 400 can effectively detect vehicles, vessels, and individuals during search and rescue missions or routine patrols. Its flexible payload compatibility allows for easy switching to other camera models, broadening its range of applications. The system also supports high-resolution grid photography and offers advanced subject tracking for enhanced mission efficiency.

During tasks such as power grid inspection, the obstacle sensing system automatically detects frontal wire obstacles and displays easily recognizable AR lines on the remote controller’s screen, making the surrounding environment clear at a glance and ensuring safer flight.

When operating during the day or night in urban regions, the remote controller can display the names of buildings and landmarks in real-time, marking core roads with prominent lines.

Real-time route preview is available for the drone during RTH, obstacle sensing, and FlyTo operations. During landing, the AR Aircraft Shadow can be displayed to help operators confirm the landing location.

Without modeling, you can mark points on the remote controller screen to obtain subject locations, draw lines to measure distances between multiple points, and outline areas to calculate their size. Measurement results can be synchronized to the DJI FlightHub 2 to enhance team efficiency.

The Matrice 400 supports Real-Time Terrain Follow in all horizontal directions, maintaining a stable altitude relative to the ground during both manual and automated flight paths.

In large-scale search and rescue missions, this feature ensures that ground subjects appear at a consistent size on the remote controller screen, minimizing the need for constant zoom adjustments and enhancing operational efficiency. For mapping tasks, it helps maintain a uniform ground sampling distance (GSD), enabling the collection of high-precision mapping data.

Designed to meet the demands of offshore missions like maritime patrol and wind turbine inspections, the Matrice 400 is capable of taking off from stationary vessels and landing on moving ones. It uses deck pattern recognition to identify landing zones, enabling safe and accurate landings even in dynamic marine environments.

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.

Matrice 400 supports the planning and execution of slope and geometric routes via DJI Pilot 2 or DJI FlightHub 2. Whether conducting detailed aerial surveys of building facades, slopes, or other inclined surfaces, or collecting mapping data of individual buildings or structures, Matrice 400 can quickly plan slope or geometric routes to efficiently acquire high-precision data.