Drone Parachute Recovery System, PRS-Y400 (for DJI Matrice 400)

Drone Parachute Recovery System PRS-Y400 (For DJI Matrice 400)

All-in-one DJI Matrice 400 parachute recovery system featuring full E-Port integration, reusable quick-reset parachute design, automatic and manual deployment with system redundancy, and integrated alert lights for enhanced safety, visibility, and rapid recovery.

Model: PRS-Y400
Compatible Drone: DJI Matrice 400
PRS Housing Dimensions: 5.1*2.5*6.1 inch (130*64*154 mm)
PRS Weight: 560 g
Drone Take-off Weight: up to 18 kg
Control Connection: E-Port (E4)
PRS Trigger Methods: Attitude / Weightlessness / Descending Speed / Remote Control
Parachuted Descending Speed: 4-5.5 m/s
Minimum Deployment Altitude: 30 m
Alert Method: Alert Lights / Sound Alert
Power Outage Endurance: 10 seconds
Mounting Method: Bracket Lock
Operating Temperature: -20°C to 60°C
Operating Altitude: -150 m to 4,000 m

Fast Installation | No Pre-Installation Required
Specifically designed for the DJI Matrice 400 series, the system features a simplified mounting structure for quick installation and removal. It connects directly via the drone’s bottom E-Port 4 interface, no need for additional wiring.

Alert Lights and Sound | Alert & Illumination
The module integrates 8 RGB LEDs and Speaker to provide red and blue alert illumination and sound alert. Upon parachute deployment, the lights activate and speaker triggers automatically to alert nearby personnel and assist with positioning and recovery.

Reusable Design | Reduced Operating Costs
The parachute recovery system features a reusable architecture. After each deployment, only the pre-packed parachute recovery module and propellant kit need to be replaced for rapid reset. The parachute pack comes pre-folded with consumables and connects quickly to the control module via an aviation connector.

System Redundancy | Multi-Layer Safety Protection
Developed based on DJI PSDK integration, the system is fully integrated with the aircraft to monitor flight status in real time. In emergency scenarios, it can automatically stop the propellers and deploy the parachute. It also supports one-click manual deployment via the remote controller. An integrated supercapacitor maintains system operation during power loss, effectively preventing crash due to power failure.