Back to contracts
ARES UAS Demonstrator Vehicle / Hydrogen Fuel Cell Power Generation System Transformative Vertical Lift
AFWERX · AFWERX SBIR · AFWERX
AI-Readiness Score
13/25
Pathway Speed
3/5
Timeline Realism
3/5
Problem Framing
2/5
AI / ML Fit
1/5
Award + Transition
4/5
Award
$37,385,502
Award ceiling
PIASECKI AIRCRAFT CORP
Awardee
Posted September 12, 2023
Description
The technology solution under the subject Phase II SBIR is a Flight Control System (FCS) for a tilt-duct vertical takeoff and landing (VTOL) air vehicle. The system is based on a commercial off the shelf (COTS) compact fly by wire (cFBW) triplex FCS and i
Score Rationale
The lowest score goes to AI/ML fit — this is fundamentally a flight control systems and hydrogen fuel cell hardware engineering program; AI is not mentioned and the core work is avionics/VTOL demonstrator development, not a machine learning problem. Problem framing is also weak because the description is truncated and provides no success criteria, data plan, or end-user context beyond the vehicle concept. On the positive side, the award ceiling is substantial (~$37M) under an AFWERX SBIR Phase II vehicle, which implies some transition pathway potential, though AFWERX SBIR is slower than OTA or CSO instruments and the unknown response deadline limits timeline scoring.