Multi-Payload Capability for Diverse Mission Scenarios The Matrice 400’s high payload capacity enables it to address a broad spectrum of operational requirements with ease. Supporting a maximum payload of up to 6 kg, the platform allows rapid configuration changes between a single downward-facing gimbal and a dual downward-facing gimbal, while an additional underside gimbal interface further enhances mission flexibility. With four external E-Port V2 connectors, the aircraft can simultaneously carry up to seven payloads, ensuring exceptional adaptability across complex operations.

Mission-specific configurations allow the Matrice 400 to be equipped with Zenmuse H30 Series, L2, P1, S1 Spotlight, V1 Speaker, Manifold 3, as well as selected third-party payloads. This modular ecosystem significantly expands operational scope and fully leverages the capabilities of the DJI Enterprise platform.

Payload Options

• Zenmuse H30 Series
  The Zenmuse H30 Series combines five core sensing modules: a wide-angle camera, a high-zoom camera, an infrared thermal sensor, a laser rangefinder, and an NIR auxiliary light. Powered by advanced intelligent algorithms, it sets a new benchmark in aerial perception and imaging, delivering reliable performance in both daylight and low-light environments.
• Zenmuse L2
  Zenmuse L2 integrates frame-based LiDAR technology, a proprietary high-precision IMU, and a 4/3 CMOS RGB mapping camera. This configuration enables highly accurate, efficient, and dependable geospatial data collection on DJI’s multi-payload drone platforms.
• Zenmuse P1
  Featuring a full-frame sensor paired with interchangeable fixed-focus lenses and mounted on a 3-axis stabilized gimbal, Zenmuse P1 is purpose-built for photogrammetry missions, delivering industry-leading efficiency and measurement accuracy.
• Zenmuse S1
  Zenmuse S1 is DJI’s first spotlight developed for multi-payload drone platforms. Utilizing LEP technology, it delivers high-intensity illumination over long distances and supports multiple lighting modes, making it well suited for public safety, emergency response, inspection, and nighttime operations.
• Zenmuse V1
  Zenmuse V1 is DJI’s first loudspeaker designed for multi-payload drone platforms. With high output volume, extended broadcast range, and multiple audio modes, it is optimized for public safety announcements, emergency response, and other mission-critical scenarios.
• Manifold 3
  Manifold 3 integrates up to 100 TOPS of computing performance into a compact module weighing approximately 120 g. When mounted on the Matrice 400, it enhances onboard data processing and AI-driven workflows, improving operational efficiency across a wide range of missions.

Flight Endurance

Flight duration for the Matrice 400 varies depending on payload configuration. Users can estimate endurance by selecting the appropriate payload combination to accurately assess mission time and performance expectations.

Smart AR Projection

• Power Line AR
  During power grid inspection missions, the obstacle sensing system automatically identifies forward-facing power lines and overlays clearly visible AR guidance lines on the remote controller display. This provides immediate spatial awareness and significantly enhances flight safety.
• Map View AR
  In urban environments, whether operating during the day or at night, the remote controller displays real-time building and landmark names, while highlighting primary roads with clear visual markers for improved situational awareness.
• AR Flight Waypoints
  The aircraft supports real-time route visualization during Return-to-Home, obstacle avoidance, and FlyTo operations. During landing, an AR aircraft shadow is displayed to assist operators in accurately confirming the touchdown position.
• Live Annotations
  Without the need for 3D modeling, operators can directly mark points on the controller screen to determine target locations, draw lines to measure distances between multiple points, and outline areas to calculate surface size. All measurement data can be synchronized with DJI FlightHub 2, improving coordination and overall operational efficiency.

Intelligent Flight Modes

• Cruise Mode
  Cruise mode enables the aircraft to maintain a constant flight direction without continuous stick input, making extended-distance missions and linear inspection tasks more efficient and less demanding for the operator.
• FlyTo
  In emergency or disaster response scenarios, the aircraft automatically optimizes its route and speed based on real-time environmental data, allowing it to reach a specified destination without manual intervention.
• Smart Track
  Smart Track delivers accurate subject acquisition with automatic zoom control, enabling seamless switching between multiple targets. The system can reliably re-identify a subject even after temporary visual obstruction.
• Point of Interest (POI)
  POI mode allows continuous monitoring and three-dimensional modeling of structures by orbiting a defined area, significantly improving the efficiency of fixed-location observation and modeling operations.