Basic overview of Flyfire M30
OWL-M30 is a parachute safety system suitable for DJI M30 RTK UAV. Developed by DJI and Flyfire. Throughout the system, the parachute has flight control onboard SDK interaction to enhance flight safety situational awareness, and important sensors are redundant and fast Speed assembly structure and APS emergency stop propeller and parachute opening system. In case of emergency, stop the propeller and open the parachute, and slow down stably at an average speed of 4.6m/s to protect flight safety.
Ultra light design, Senseless flight, Quick replacement
Waterproof and dustproof same grade as M30. Fight side by side, regardless of the weather Have backup power supply, although the whole machine is powered off It can still maintain response The M30 parachute is equipped with multiple sets of state sensing sensors And monitoring through the flight control interface Such as aircraft operation power, Altitude, Speed, Rotation rate and other key indicators Redundancy algorithm interaction with aircraft
Real time monitoring of safety and health status in flight
In case of accident, Immediately stop the propeller. Open the parachute and make a forced landing In case of forced landing, It will issue a fall warning. Effectively reduce risks Replaceable consumables, Remove, replace and reuse immediately
Basic parameters
Basic Overview Of Flyfire M30
OWL-M30 is a parachute safety system suitable for DJI M30 RTK UAV. Developed by DJI and Flyfire. Throughout the system, the parachute has flight control onboard SDK interaction to enhance flight safety situational awareness, and important sensors are redundant and fast Speed assembly structure and APS emergency stop propeller and parachute opening system. In case of emergency, stop the propeller and open the parachute, and slow down stably at an average speed of 4.6m/s to protect flight safety.
Ultra light design, Senseless flight, Quick replacement
Waterproof and dustproof same grade as M30. Fight side by side, regardless of the weather Have backup power supply, although the whole machine is powered off It can still maintain response The M30 parachute is equipped with multiple sets of state sensing sensors And monitoring through the flight control interface Such as aircraft operation power, Altitude, Speed, Rotation rate and other key indicators Redundancy algorithm interaction with aircraft
Real time monitoring of safety and health status in flight
In case of accident, Immediately stop the propeller. Open the parachute and make a forced landing In case of forced landing, It will issue a fall warning. Effectively reduce risks Replaceable consumables, Remove, replace and reuse immediately
Basic Parameters