cryogenic-hydrogen

ZeroAvia is working with San Francisco startup Verne to bring an even more energy-dense form of hydrogen to the clean aviation space. Cryo-compressed H2 could reduce costs, speed up fueling, and unlock 40% more flight range than cryogenic liquid H2.

Liquid hydrogen is a giant pain to handle, but it's one of the few technologies with a genuine chance of decarbonizing long-range flight. So it's huge news for clean aviation that H2Fly has now landed the word's first piloted liquid hydrogen flight.

H2Fly has successfully tested the ground-based cryogenic fuel filling procedure that'll power groundbreaking liquid hydrogen aircraft flights in the coming months. Liquid H2 will be an absolute game-changer, allowing clean long-distance air travel.

Airbus says it's on track to have a fully operational megawatt-class electric powertrain, fueled by cryogenic liquid hydrogen, tested in flight by 2026, ahead of a full-scale zero-emissions passenger airliner it plans to put into service by 2035.

Developing a zero-emissions fuel-cell off-roader to compete in Baja 1000 is hard enough. But using cryogenic liquid hydrogen that stores at -423 ºF as fuel? That's just lunacy. Lunacy reigns at SCG, where a cryo-hydrogen Baja Boot is in development.