Aerial &
Aerospace
Delivering a decisive edge across the air spectrum — from autonomous, low-observable VTOL platforms for ISR to next-generation secured space communications and hypersonic propulsion research.
In Development
RAAD 1000
Long-range autonomous VTOL platform designed for extended ISR operations, heavy modular payload integration, and full autonomous navigation capability across contested environments.
In Development
RAAD 500
Mid-range hydrogen-electric VTOL with a split-wing tilt architecture — inner wing sections tilt 0°–90° while outer wingtips remain fixed — optimized for high-stability autonomous ISR in turbulent conditions.
In Development
RAAD 300
A tactical tilt-wing VTOL platform combining hydrogen series-hybrid endurance with runway-independent deployment. Built for precision operations where reliability and adaptability are non-negotiable.
Hypersonic Propulsion
Fundamental research into high-temperature ceramic composites and ramjet propulsion systems for sustained atmospheric flight above Mach 5.
Secure L-Band Communications
Satellite communication arrays optimized for low-probability-of-intercept and anti-jamming resilience across extended operational theaters.
Flight Simulation & Digital Twin
MIL-F-8785C Dryden turbulence modeling, gain-scheduled PID controllers with 5 operating points, and deterministic flight test pipelines powering airframe development before first flight.
Autonomous Navigation
Onboard compute architecture paired with sensor fusion for GPS-denied autonomous operations in contested airspace.