FLYQ Wins "Innovation of the Year" Award

Prestigious Industry Recognition

FLYQ has been honored with the Drone Industry Associations "Innovation of the Year" award for our revolutionary 360-degree obstacle avoidance system and contributions to autonomous flight safety.

What We Won For

Our proprietary obstacle detection system, featured in the FLYQ Pro 3 and Air 3, represents a significant leap forward in UAV safety technology. The judging panel highlighted our systems ability to operate reliably in challenging conditions including low light, rain, and fog.

The Technology Behind the Award

Our system combines six binocular vision sensors, dual IMUs, infrared sensors, and advanced AI processing to create a real-time 3D map of the drones surroundings. The technology can identify and avoid obstacles as small as 1cm in diameter while traveling at speeds up to 50 km/h.

Real-World Impact

Since implementing this technology, weve seen a 76% reduction in collision-related incidents among FLYQ users. This translates to safer flights, protected equipment, and greater confidence for pilots at all skill levels.

Industry Expert Commentary

"FLYQ has set a new benchmark for consumer drone safety," said Dr. Sarah Chen, Drone Industry Association President. "Their obstacle avoidance system performs at levels previously only seen in enterprise-grade industrial drones costing 10x more."

Commitment to Safety

This award reinforces FLYQs dedication to making aerial photography accessible and safe for everyone. We believe that advanced safety features shouldnt be luxury additions—they should be standard equipment.

Whats Next

Were already working on the next generation of safety systems, including AI-powered flight path prediction, automatic hazard detection, and collaborative awareness between multiple drones in shared airspace.

Thank You

This recognition belongs to our engineering team, beta testers, and the entire FLYQ community whose feedback drives our innovation. Thank you for believing in our vision of safer, smarter flight technology.