Home | The Achievements
Traditional UAV recovery systems rely mostly on round or cruciform parachutes, which are limited in maneuverability and accuracy. The challenge was to merge two technologies – advanced ram air parachutes from the skydiving industry and UAV platforms – to achieve safe in-flight deployment, precise steering, and pinpoint landings. In addition, the parachute needed to fit within restricted UAV compartments, demanding an ultra-lightweight and low-bulk design without compromising strength or reliability.
Apco Defence Industries developed a completely soft three-ring release mechanism, manufactured from the same high-strength webbing and textile materials as the parachute system itself. This ensured seamless integration, equal service life, and no changes required in handling or storage practices.
APCO Defense Industries developed a specialized ram air parachute designed for UAV recovery. Made from extremely light yet durable materials, it packs efficiently into compact UAV compartments while maintaining full strength and service life.
To protect the UAV during deployment, the parachute is equipped with a slider that mitigates opening shock forces. This ensures safe and reliable deployment even from straight and level UAV flight, reducing stress on the airframe.
Once deployed, the parachute delivers full steerability with a glide path ratio of approximately 1:4.5. It enables precise navigation, pinpoint accuracy within a 4-foot radius, and flaring capability before touchdown – dramatically improving landing safety and minimizing ground impact.
• Demonstrated reliable deployment from UAV straight and level flight.
• Achieved pinpoint landings with accuracy up to 4 feet.
• Enhanced recovery safety through controlled descent, flare landing, and reduced opening shock.
Comprehensive testing validated performance under multiple operational scenarios. Trials consistently showed accurate landings, reduced impact forces, and safe UAV recovery. This innovation proves that ram air parachutes, traditionally used in skydiving, can be successfully adapted to UAVs – offering new possibilities for precision recovery in both defense and commercial applications.
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A steerable ram air parachute is a wing-shaped parachute system that allows a UAV to navigate and control its descent path, enabling accurate steering, glide, and precise landings rather than a purely vertical descent.
Unlike round or cruciform parachutes, a ram air parachute generates forward glide and directional control, allowing the UAV to steer toward a desired landing point and significantly improve landing accuracy.
Yes. APCO’s ram air parachute is designed for safe deployment from straight and level UAV flight, using a slider system that reduces opening shock and protects the airframe during inflation.
The system enables pinpoint landings with accuracy of up to 4 feet, allowing UAVs to avoid obstacles, land in confined areas, and recover safely in complex environments.
Once deployed, the parachute delivers a glide ratio of approximately 1:4.5, providing sufficient forward range for navigation and controlled approach to the landing zone.
Yes. The system has undergone comprehensive testing under multiple operational scenarios, consistently demonstrating reliable deployment, controlled descent, and safe UAV recovery.
