ZeroAvia flew a hydrogen-electric Dornier 228 in January 2023, proving fuel cell propulsion can lift a 19-seat regional aircraft - a genuine systems milestone.
VectorZeroAvia flew a hydrogen-electric powertrain in a 19-seat regional turboprop in January 2023 and is targeting commercial certification by 2027.
VectorZeroAvia's hydrogen fuel cell powertrain delivers 10–20x more energy per kilogram than batteries, making it the most credible path to zero-emission regional aviation.
VectorZeroAvia has flown a hydrogen fuel cell-powered Dornier 228, targeting the 9-19 seat regional market as a credible zero-emission alternative to turboprops.
VectorZeroAvia has flown a 19-seat Dornier 228 on hydrogen fuel cell power, making the strongest case yet that regional aviation can decarbonize beyond what batteries allow.
VectorZeroAvia's hydrogen fuel cell Dornier 228 has already flown, targeting a regional turboprop market that battery-electric aircraft physically cannot serve.
VectorHow ZeroAvia's hydrogen fuel cell powertrain works, what it has flown, and why the tank - not the fuel - is aviation's real hurdle.
VectorZeroAvia's hydrogen-electric powertrain has genuinely flown, but volume, cryogenics, and infrastructure make it a late-2020s story at best.
VectorHow ZeroAvia's hydrogen fuel cells aim to power regional aircraft where batteries can't reach - and the real hurdles that remain.
VectorZeroAvia flew a 19-seat Dornier 228 on a hydrogen fuel cell in January 2023 - here's what it means and why batteries can't compete.
VectorZeroAvia's hydrogen fuel cell powertrain program is the most documented attempt to overcome the 300-nautical-mile range ceiling that battery electric aviation cannot break.
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