The DJI Dock 3 drone safely and autonomously descended during a beyond-visual-range flight mission, carrying a Flyfire Manti 4 Dock parachute. (Image shown)

FAA Safety Challenges for DJI Dock 3 BVLOS Operations: A Field Guide to Failure Management

This guide covers the real-world FAA compliance challenges behind autonomous DJI Dock 3 BVLOS deployments—including controlled descent requirements, propeller entanglement during parachute deployme...
Flyfire OWL 350 PRO parachute system at a drone crash site with text "IT'S NOT JUST PHYSICS"

The Physics of a Fall: Why Global Safety Standards are the Only Armor for Your Drone Fleet

In professional drone operations, a crash is more than a failure—it's a liability chain reaction. This article deconstructs the rigorous engineering logic behind ASTM F3322-18, FAA 69-Joule kinetic...
Drone parachute certifications explained: ASTM F3322-18, FAA and EASA compliance guide

Beyond the Certificate: Choosing a Recovery System That Actually Protects Your Drone and Your Business

ASTM F3322-18, FAA Part 107, EASA SORA — these labels sound authoritative, but what do they actually mean? This guide cuts through the jargon and reveals the 5 technical specs that matter most when...
Flyfire Phantom series drone parachute installation demonstration

ASTM F3322-18 Parachute Certification

ASTM F3322-18 drone parachute certification FAQ: FAA waiver requirements, third-party testing process, autonomous trigger system (ATS) specifications, and compliance standards for commercial UAV op...