Specialized engineering teams advancing carbon composites, flight dynamics, and embedded flight deck avionics.
Airframe Composites
Flight Control Systems
Tactile Instrument Architecture
Design and finite element analysis of autoclave-cured carbon fiber primary load-bearing structures and aerodynamic fairings.
Development of redundant fly-by-wire stability augmentation and low-speed handling quality telemetry.
Engineering low-latency flight deck displays and tactile controls optimized for single-pilot situational awareness.
Three tenets of our development process
Empirical Telemetry
Structural Simplicity
Personal Responsibility
Every design iteration is validated against raw flight test data gathered directly from our high desert instrumentation array.
We eliminate redundant mechanical complexity, favoring clean aerodynamic lines and direct load paths over heavy systems.
Engineers own their assemblies from initial CAD release through autoclave fabrication and static proof testing.
Ready to advance personal aviation?
Submit your technical CV and project portfolio to our engineering review board.