After connecting to the E1 or E2 port of the E-Port V2, you can use dual gimbal mounting, which allows you to attach payloads beneath the nose of the DJI Matrice 400.

The Obstacle Sensing Module uses a combination of rotating LiDAR and millimeter-wave radar technologies to improve positioning in low-light environments. It is designed to maintain operational safety in complex areas, such as power grid distribution networks and the detailed layouts of substations.

The Third Gimbal Connector for the DJI Matrice 400 allows users to attach an additional gimbal or custom payload, significantly increasing the drone’s versatility for advanced missions. It is especially useful for setups that require two or three sensors, such as RGB plus thermal, LiDAR and visual, or multispectral with zoom. This connector provides reliable power, control, and data transfer between the drone and the attached sensor. It works seamlessly with both DJI payloads and custom hardware through the SDK.

This tethered battery enables the DJI Matrice 400 to operate as a long-duration aerial lighting or communication base station when connected by cable. It is compatible with third-party tethered lighting and communication devices, allowing for extended missions that require continuous power. The battery features reserved ports to support third-party development of automated recharging stations.

The DJI RC Plus 2 sub2G SDR Module is made for use with the DJI RC Plus 2 Enterprise Enhanced remote controller. It enables communication on the sub-2 GHz frequency band, expanding connectivity options for your remote controller.

The DJI SKYPORT V3 Adapter provides an easy connection between PSDK payloads and your drone platform. It is designed for developers who want to integrate custom payloads using the adapter’s interface specifications. Each set contains 10 adapters, and each adapter includes a DJI SDK-certified chip.

The BS100 Intelligent Battery Station is designed to provide advanced battery management for the DJI Matrice 400. It delivers smart charging, adaptive modes, and automatic optimization for TB100 batteries, helping professionals maintain their drone power supply efficiently. With its advanced technology, the BS100 increases drone uptime and extends battery life, making it an essential tool for demanding fieldwork.

This development kit converts the aircraft’s E-Port V2 into several standard hardware interfaces and includes an onboard microcontroller unit (MCU), making it simple for developers to connect devices and work on SDK development and debugging tasks. When integrating the adapter board into a finished payload, it is recommended to include a heat sink and a metal enclosure. If you notice sparks, smoke, a burning smell, or any unusual behavior after powering on, immediately turn off the power.

This kit provides a reliable connection between PSDK payloads and your drone platform. Each coaxial cable contains a DJI SDK-certified chip, ensuring smooth and compatible data transmission for custom payload development. The kit is designed with clear pin mapping, making it easy for developers to integrate and scale their solutions. With 10 cables included, it is suitable for multiple projects or testing environments.

This kit is designed for use with the Skyport V3 Adapter, allowing developers to connect the adapter to PSDK payloads. Each coaxial cable follows a defined pin layout, making it easier to integrate into custom payload designs.

This is a factory replacement vibration-isolation set designed for the single and dual downward gimbal mounts on the DJI Matrice 400 aircraft. The upgraded silicone formula allows each damper to support optics weighing up to 1.4 kg, providing effective low-frequency damping and increased durability for high-load and extended missions. Each damper is filled with silicone, so care should be taken during installation to avoid punctures or leaks when replacing dampers on the gimbal cradle.

The DJI Matrice 400 2510F Propellers are high-thrust, factory-matched rotors specifically designed for the Matrice 400 platform. Each pair features 25 × 10-inch carbon-fiber composite blades that fold for easy transport but lock rigidly during flight. These propellers support the drone’s 59-minute maximum endurance and 6 kg payload capacity while maintaining IP55-level protection against dust and water.