Optimise any aircraft for hydrogen

Pick a FlyZero concept or drop in a photo of any aircraft, tell us the passenger count, and Axiom searches the design space for the lowest cost-of-ownership, lowest life-cycle-GHG superconducting + boundary-layer-ingestion, green-LH₂ aircraft for that mission — physics on a hash-anchored, validated base.

1 · Choose or upload an aircraft

📷 Drop aircraft photos here (side + top + front), or click to upload

Passengers Range (nmi)

Fuselage length (m) Fuselage dia (m) Wingspan (m)

Business % First %

Boundary-layer ingestion applicable to this airframe (uncheck for commuters / configs where a dorsal BLI fan doesn't fit) Folding wingtips (777X-style) (relaxes the ICAO gate from Code C 36 m → Code E 65 m, +8% wing mass, unlocks higher aspect ratio)

2 · Optimised hydrogen aircraft

Choose an aircraft and press Optimise for hydrogen — the machine will search the design space and return the best superconducting-LH₂ conversion.

HyFlux · Axiom — HTS superconducting powertrain + dorsal BLI + green LH₂ · design space evaluated live on the validated physics base · every figure hash-anchored.