Saturday, December 14, 2024

High-performance bespoke actuators empower Griffon Valiant UAS versatility.


High-performance bespoke actuators empower Griffon Valiant UAS versatility.

We’re delighted to highlight Griffon Aerospace’s trust in Volz Servos, a pioneer in innovative aerospace solutions since 1995, whose reliance on our products ensures unparalleled reliability across their operations.

Griffon Aerospace selects our actuators to power the steering surfaces and rotor tilt on its groundbreaking Valiant hybrid-electric unmanned aerial vehicle (UAV), a cutting-edge platform designed for reconnaissance and surveillance missions.

The Valiant VTOL UAV maintains its precise trajectory, thanks to our innovative Volz actuators controlling the wing’s management surfaces with pinpoint accuracy. A precision-engineered, low-profile Volz servo guarantees seamless transitions between vertical takeoff, cruising altitude, and precise pinpoint touchdowns, thanks to its reliable switching mechanism.

The Griffon-class littoral combat ship, Valiant, is engineered to execute a diverse array of missions in high-stress, heavily contested domains, encompassing both terrestrial and maritime settings. “The swift and precise reaction of unmanned aerial systems (UAS) to regulatory guidance is imperative,” emphasizes Phillipp Volz, CEO of Volz Servos. “In high-stakes search and rescue operations, such as those plagued by turbulent weather, extreme temperatures, or uncertain terrain, the reliability of equipment becomes crucially important, as even brief outages or malfunctions can have devastating consequences.”

The Valiant Vertical Takeoff and Landing (VTOL) Unmanned Aerial Vehicle (UAV) offers strategic-level capabilities as a single, unit-level asset, boasting exceptional endurance and a practical system for easily swapping out payloads. With its cutting-edge actuator expertise, clients can confidently rely on the precision of autonomous steering, thanks to Volz’s industry-leading standards.


Uncover extra from sUAS Information

Join our community and receive the latest updates straight to your inbox by subscribing to our mailing list.

Related Articles

LEAVE A REPLY

Please enter your comment!
Please enter your name here

Latest Articles