Compound Guidance
Ground-based target cueing supports midcourse guidance, while onboard electro-optical sensing and AI recognition close the terminal guidance loop.
A rapidly deployable electric VTOL platform for low- and medium-altitude security missions, combining runway-independent launch, high-speed fixed-wing flight and a compound guidance architecture for autonomous terminal engagement.
Peregrine I integrates vertical launch, high-speed pursuit and autonomous terminal guidance into a compact all-electric aircraft platform.
Ground-based target cueing supports midcourse guidance, while onboard electro-optical sensing and AI recognition close the terminal guidance loop.
All-electric vertical takeoff removes the need for a dedicated runway and enables deployment in constrained or rapidly changing operating environments.
The tail-sitter transition layout combines stable hover with efficient fixed-wing acceleration for rapid target approach and interception.
A coordinated sensing and autonomy chain supports the full mission sequence.
Ground detection equipment provides target information and launch guidance.
The aircraft transitions to forward flight and closes distance at high speed.
Visible-light or infrared gimbals support onboard recognition and autonomous tracking.
The terminal flight phase is completed through onboard autonomous guidance.
Published platform-level data from the current Peregrine I configuration.
Real-aircraft validation of launch, acceleration, tracking and interception capability.
Designed for rapidly deployable, cost-efficient terminal protection missions.
A rapid aerial interception layer for airports, power facilities, data centers and other protected sites.
Physical interception of non-cooperative unmanned aircraft as part of a coordinated detection, tracking and response system.
Runway-independent electric VTOL operation for temporary protection zones and rapidly established field positions.