The Edge Autonomy Penguin UAS is part of the United States aid package to Ukraine Originally published via Forbes Author: Vikram Mittal The United States’ aid packages
Biden Administration Announces Additional Security Assistance for Ukraine Originally published via U.S. Department of Defense The Edge Autonomy Penguin series UAS was highlighted in the
San Luis Obispo, Calif., Aug. 8, 2022 /PRNewswire/ — Edge Autonomy, a leader in unmanned and autonomous technology, announced today that it has acquired Adaptive Energy (or “the Company”), a globally recognized designer and manufacturer of solid oxide fuel cells (SOFC) for backup, off grid and UAV power. Terms of the transaction were not disclosed.
Video filmed from Penguin C UAV using Epsilon 140 payload demonstrates small object Moving Target Indicator function (MTI Advanced). Without this feature, it would be difficult or even impossible for a human operator to detect the movement.
Our 450W propane-powered Defender Series fuel cell provides a sixfold increase in mission duration compared to battery-only systems. And propane is so efficient that the fuel cell can replace 90% of onboard batteries.
San Luis Obispo, CA, February 22, 2022 – UAV Factory, a leader in unmanned and autonomous technology, announced today that the Company has rebranded and will go to market as Edge Autonomy following its recent merger with Jennings Aeronautics (“JAI”). Edge Autonomy brings together two of the world’s leading small unmanned aerial vehicle platforms and camera payload manufacturers, and represents a new chapter for a unified, innovation-driven company to lead the market in multi-domain unmanned and autonomous systems applications.
Adaptive Energy Wins United States Army Technology Transfer Contract to Develop Hand-Carried Solid Oxide Fuel Cell Power Solution
The Penguin C Mk2 VTOL introduces the patented AEROFLOW Boom Technology, enabling a 20% increase in flight endurance. The patented technology showcases hoods over the vertical lifting rotors that automatically enclose the lifting rotors while the vehicle is in horizontal flight, significantly reducing the parasitic drag on the vehicle.
