
ASTM certified

Deployment speed

System weight

Average descent rate

Compliance included

Compatible aircraft

Parachute deployment

On deployment

ASTM certified

Deployment time

Manual trigger range

Compatible aircraft

ASTM Category 3

Compatible aircraft

Dock compatible

Failsafe deployment
AVSS PRS-M3EUS Drone Parachute

FAA compliant

Compatible aircraft

Deployment module

Flight termination

Light-UAS.2511 compliant

Installation time

Battery life

Compatible drone

ASTM certified

Compatible drone

Battery life

Installation time
Drone parachute systems provide an autonomous safety net for commercial UAV operations — activating automatically in a critical flight event to slow the aircraft's descent and reduce the risk of injury or property damage on the ground. For operators pursuing FAA waivers for flight over people (BVLOS, Part 107.39), a certified parachute recovery system is often a key component of the safety case.
Why Parachute Systems Matter
Commercial drone operators flying over populated areas, critical infrastructure, or events where people are present face significant liability exposure in the event of a flyaway or power failure. An ASTM F3322-18 certified parachute recovery system reduces kinetic energy on impact to levels compliant with FAA Category 1, 2, or 3 requirements — enabling flight over people scenarios that would otherwise require extensive operational restrictions.
AVSS Parachute Recovery Systems
AVSS (Aerial Vehicle Safety Systems) manufactures the most widely deployed drone parachutes for DJI enterprise platforms. The PRS-M350 is designed for the DJI Matrice 350 RTK, the PRS-M3DTUS for the DJI Dock 2 (M3D and M3TD), and the PRS-M3EUS for the DJI Mavic 3 Enterprise series. All AVSS systems meet ASTM F3322-18 standards and integrate with DJI flight controllers for automatic deployment.
ParaZero SafeAir Systems
ParaZero's SafeAir line provides certified parachute protection for DJI Matrice 350, DJI Mavic 3, and other enterprise platforms. The SafeAir Pro autonomously deploys the parachute and simultaneously cuts motor power within milliseconds of detecting a critical failsafe — providing a fully redundant safety layer for any flight operation.


















