"dji release mechanism"

ET4 Four-Stage Airdrop Device Multi-Model Compatible Professional Accessory with Laser-Assisted Aiming Product Overview Developed primarily for DJI FlyCart 30, with compatibility for Matrice 350 RTK and M300 RTK drones. Designed for industrial-grade airdrop missions requiring precision and reliability. Technical Specifications Compatibility: DJI FlyCart 30, Matrice 350 RTK, M300 RTK Control System: JZ T-Port & PSDK link control Load Capacity: 10kg per hook, 40kg total maximum

SP100P-400 Drone-Mounted Leaflet Dispenser, 400-Sheet A5 Capacity, 5-7 Sheets/S Adjustable Speed, PHUB Connection, Pilot Control, Belly Quick-Release Installation, Compatible with DJI M400 The SP100P-400 Leaflet Dispenser is designed for psychological operations by dispersing leaflets via drones during mission execution. It communicates with the drone through PHUB interface, maintaining consistent control distance with the drone platform. Capable of loading up to 400 standard

DJI Flycart Payload Overview The DJI Flycart Payload is an innovative accessory designed specifically for aviation drones, elevating unmanned aerial vehicle capabilities in various industrial and commercial applications. Engineered with precision and versatility, this payload module enables safe and accurate delivery or deployment of materials. Featuring both Type-C and Eport Lite interfaces, it ensures robust connection to the drone's control system. With a compact 122mm

Screw Installation DJI Flycart Payload Featuring Integrated Battery or Drone Power and 40mm Fire Hose Diameter for Firefighting Missions Product Overview The DJI Flycart Payload is an innovative high-performance accessory designed to enhance aerial operations by providing reliable, efficient, and precise payload support. Engineered with cutting-edge technology and premium materials, this payload meets demanding requirements for industrial inspections, aerial deliveries, and

Water Sampling Collection Device Equipment For DJI M300 The DJI M300 RTK Water Sampling Collection System is an intelligent, drone-integrated solution specifically engineered for beyond-visual-line-of-sight (BVLOS) aquatic sampling missions. Combining a large sampling capacity, advanced situational awareness technologies, and user-centric design, this system revolutionizes efficiency across the entire sampling workflowfrom waypoint navigation and depth-specific water

Water Sampling Collector Sampler For DJI M350 The DJI M350 Drone-Mounted Water Sampler represents a new generation of intelligent water sampling solutions, engineered to redefine efficiency and reliability in hydrological data collection. Integrating a starlight-level night vision camera, a millimeter-grade altitude sensor, and interchangeable sampling containers (available in multiple capacities), this system delivers comprehensive support for diverse water sampling

Cargo Goods Delivery Drop Box For DJI M350 Built In Winch The DJI Matrice 350 Drone Multi-Functional Cargo Delivery Drop Box is a groundbreaking payload module developed on the DJI Software Development Kit (SDK), integrating seven core capabilities into a single, compact system: rappelling, airdropping, loudspeaker broadcasting, sound pickup, strobe warning lighting, area illumination, and wireless connectivity. Fully controllable via the DJI Pilot app, this all-in-one

Quick Detach DJI Flamethrower 100W Drone Flamethrower For DJI M350 The Flamethrower Attachment for DJI Matrice 350 RTK is a specialized high-altitude remote operation tool engineered exclusively for seamless integration with the DJI Matrice 350 RTK UAV. Leveraging the DJI Onboard SDK (OSDK), it achieves full compatibility with the DJI Pilot 2 app, enabling intuitive remote control and real-time operation monitoring. This professional-grade attachment addresses high-risk, high

4.6m/s Drone Rescue Parachute 280g Drone Emergency Parachute The DJI M30 drone parachute system is developed based on the DJI SDK and the APS intelligent parachute deployment mechanism. By fusing flight data from both the drone sensors and the parachute's onboard sensors, the system gains accurate insight into real-time flight attitude. When abnormal conditions occur, the APS algorithm triggers propeller stop and parachute deployment commands within milliseconds, ensuring