flyfiretech drone parachute blog

The FCC's 2026 "military-grade" drone proposal targets LiDAR, thermal, and Dock-based fleets already in service. Here's what commercial operators need to understand before the rule is finalized.

The DJI M400 is a strong platform — but it doesn't make the M350 RTK obsolete. For fleets where the M350 still fits the mission, the smarter move is upgrading your safety systems, not replacing the...

DJI's June 2026 firmware update extends C6 class certification to standalone RC Plus 2 flights on the Matrice 4D/4TD — no Dock 3 required. Learn what changed, how C6 compliance works, and why enter...

As BVLOS operations move from waivers to routine approvals, parachute and flotation recovery systems are becoming a core part of risk mitigation evidence under SORA and FAA Part 108. Here's what co...

FAA Part 108 is changing how operators evaluate safety hardware. FlyFire's Manti 4 Dock and Manti 4 serve two distinct missions — Dock 3 automated deployments and standalone Matrice 4 operations. T...

Flyfire drone parachute systems comply with ASTM F3322 and Transport Canada certification standards, purpose-built for government tenders and public sector RFPs. Compatible with DJI Matrice 4, 400,...

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 will exhibit at UASE 2026 (11th World Drone Conference) in Shenzhen, May 21–23. Visit us at Booth 4T08, Hall 4 to explore our ballistic drone parachute safety systems and book a 1-on-1 meet...

DJI's FC200 & T200 redefine heavy-lift drones with 200kg payloads and 600kg swarm capacity. As risks scale up, independent safety systems like Flyfire's OWL & Manti parachutes become essent...