Hydrogen Aviation
The use of hydrogen, particularly hydrogen fuel cell powertrains, as a pathway to zero-emissions aviation. Hydrogen offers vastly superior energy density to lithium batteries. Indeed, there's a pathway using existing technology to building aircraft that can travel just as far as anything carrying jet fuel, for significantly reduced prices, while eliminating emissions.
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Universal Hydrogen is already flying the world's largest hydrogen airliner – and now the company has started testing swappable liquid hydrogen fuel modules that'll radically boost the range of clean passenger aircraft operations slated for 2026.
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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.
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The Sirius Jet will fly up to 1,150 miles (1,851 km) at speeds up to 323 mph (520 km/h) on a clean liquid-hydrogen powertrain. It'll rise vertically off a pad thanks to a deflected vectored thrust system using 20 smallish electric ducted fans.
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London startup Lyte Aviation is thinking big when it comes to VTOL aircraft. Forget your piddly five-seaters, Lyte says its first aircraft will be a 44-seat monster with a 300-km/h (186-mph) top speed and a range over 1,000 km (620 miles).
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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.
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Green-energy businessman Dale Vince has revealed plans to set up the UK's first electric aviation company. Ecojet will repurpose conventional aircraft to fly on hydrogen-electric power, with domestic flights planned to start as early as 2025.
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Airbus is looking towards a greener aviation future, revealing major projects to build hydrogen jet airliners with not only a complete hydrogen-fueled propulsion system, but also a hydrogen Auxiliary Power Unit (APU) to generate electricity onboard.
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The blended-wing Natilus Kona aircraft, which is now flying in quarter-scale testing in California, is set to have a zero-emissions variant thanks to a partnership with Zeroavia, which will provide a 600 kW hydrogen-electric powertrain option.
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California startup JetZero says it's working with the USAF, NASA and the FAA to get a blended-wing body jet airliner into service by 2030, promising to use an astonishing 50% less fuel, and providing a perfect platform for clean hydrogen airliners.
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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.
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Following more than 350 test flights and two demonstration races of its remotely piloted Airspeeder Mk3 eVTOL, Alauda Aeronautics has revealed the design for the first crewed racer – which boasts a top speed of 360 km/h and a range of 300 km.
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Australia's AMSL Aero has celebrated the first tethered test flight of its ultra-efficient Vertiia eVTOL aircraft. With its unique box wing formation, eight tilting propellers and five seats, it promises a 1,000 km range and speeds up to 300 km/h.
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