Leadership
Aerospace engineering, defence programme delivery, autonomy software and industrial manufacturing at scale — the combination required to field sovereign aerial systems rather than demonstrate them.
The Disciplines Around the Table
Fielding an aircraft for an agency takes all four at once
Aerospace Engineering
Airframe structures, propulsion integration and the redundancy analysis that turns a flying prototype into a certifiable aircraft.
Defence Programme Delivery
Procurement processes, qualification evidence and the sustainment obligations that agency contracts are actually written around.
Autonomy & Software
Flight control, GPS-denied navigation, sensor fusion and the secure link architecture that holds up in a contested spectrum.
Industrial Manufacturing
Production engineering and quality systems — making unit 500 identical to unit 5, on a schedule a fiscal year can be planned around.
Leadership Team
Executives, advisors and national representation
Engineering Partners
Our airframe and countermeasure design work is carried out in partnership with Ukrainian engineering teams whose systems are proven in the most heavily contested airspace on Earth.
That partnership is why electronic-warfare resilience, rapid field repair and low-signature operation are structural to our designs rather than retrofitted onto them. These are engineers who have watched their own aircraft fly against active jamming and iterated the same week — a feedback loop no peacetime test range reproduces.
What the partnership contributes
- Electronic-warfare hardened design practice
- Field-repairability under sustained operations
- Low-signature airframe and flight profiles
- Counter-UAS engagement experience
Work With Our Team
We work with defence and coast guard procurement offices, emergency-management agencies, prime contractors and commercial fleet operators. Tell us what you need to fly.
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