"drone positioning system"

FT800P 4-Channel Heavy-Duty Drone Payload Dropper The FT800P is a robust 4-section payload dropper engineered for heavy-lift drones like the FC30, specializing in high-load material delivery, large-scale supply transportation, and heavy-equipment deployment missions. Configured with four independent throwing units, it supports sequential payload release for precise and orderly delivery operations. Key Features & Capabilities Heavy-Duty Load Performance: 4 independent throwing

DJI Matrice 300 Drone Loudspeaker Megaphone The DJI Matrice 300 drone loudspeaker megaphone is a high-performance, long-range sound transmission system. Designed for clear and powerful audio communication, it offers strong sound penetration and ultra-high sound pressure, with a maximum volume of 130dB . Compact, lightweight, and energy-efficient, it is capable of transmitting sound over distances of 300-500 meters . It also features excellent magnetic shielding for stable

Rescue And Recovery Parachute For DJI M350 Drone The OWL-350 parachute is designed specifically for the DJI Matrice 350 drone and integrates deeply with DJI’s SDK and flight control system. This parachute system uses the APS 3.0 intelligent parachute deployment algorithm, which effectively integrates DJI’s flight platform and flight control data. The system provides comprehensive situational awareness, ensuring safe and reliable operations. It helps safeguard airspace

ANG100P-A Split-Type Visual Drone-Mounted Net Launcher Professional airborne capture device with video monitoring function designed for DJI Matrice M350 drones. Features split-type design with independent video acquisition and net launcher modules for enhanced operational flexibility and precision. Net Area 9㎡ Effective Range 15m Video Quality 1080P 30FPS Compatibility DJI Matrice M350 Key Features & Capabilities Split-Type Visual Positioning Independent 1080P 30FPS video

TP602 Drone-Mounted 60mm Mortar Projector The TP602 is engineered for precision bombing operations with 60mm mortars. Featuring a built-in one-way bolt structure, it ensures safe and stable performance while enabling power-free and aerial loading capabilities. When integrated with drones boasting a load capacity exceeding 3kg, it supports multi-channel combination configurations for enhanced operational flexibility. Key Features & Capabilities Precise 60mm Mortar Compatibilit

Rescue And Recovery Parachute For DJI M350 Drone The DJI M350 parachute system is developed based on the DJI SDK and communicates seamlessly with the DJI Matrice 350 platform. Equipped with the next-generation APS 3.0 intelligent deployment algorithm, the OWL-350 parachute integrates deeply with DJI flight control data to deliver precise situational awareness and reliable emergency protection. Working in tandem with the drone, it enhances operational safety, prevents

Anti Collision Drone Strobe Light 48W Drone LED Lights Red Yellow Blue Strobe Anti-Collision LED Warning Lights For DJI Matrice 30 The DJI M30 Drone Strobe Anti-Collision LED Warning Lights are designed to enhance flight safety during night operations and in emergency scenarios. Developed on the DJI SDK, these lights feature customizable red, blue, and yellow colors, which can be combined freely to suit various tasks. With a snap-on quick-release installation and 5V to 30V

FT100P-A Split-Type Visual Drone-Mounted Dropper Professional airborne delivery system with video monitoring function designed for DJI Matrice M350 drones. The system consists of a video acquisition module and a 4-channel dropping module. The video module mounts on the gimbal interface to transmit ground video to the remote controller, while the dropping module installs under the fuselage, sharing the aircraft's PSDK interface via Type-C cable. Load Capacity: 2.5Kg per

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