ZeroAvia and Jekta Collaborate on Hydrogen-Powered Amphibious Aircraft at Farnborough Air Show
Key Ideas
- Jekta and ZeroAvia have agreed to use a fuel cell power system to demonstrate a potential hydrogen-powered version of the PHA-ZE 100 amphibious aircraft at the Farnborough Air Show.
- The aircraft is designed to have an estimated endurance of 60 minutes with a 30-minute reserve using batteries and can also be powered by hydrogen fuel cells, offering a range of up to 500 to 600 kilometers.
- The collaboration aims to develop a fuel cell system with a 20,000-hour lifespan that would lower operating and maintenance costs compared to batteries, providing operators with a choice between fuel sources for different mission requirements.
- ZeroAvia's hydrogen-electric powertrain prototype in a Dornier 228 airliner, along with plans for hydrogen refueling infrastructure, align with the vision of introducing zero-emission flights in the amphibious aviation market.
Jekta, a company developing the PHA-ZE 100 electric-powered amphibious aircraft, has partnered with ZeroAvia to showcase a fuel cell power system during the Farnborough Air Show. The agreement aims to explore a hydrogen-powered version of the aircraft, offering increased range and load-carrying capacity. The PHA-ZE 100 is designed to have an endurance of 60 minutes with batteries, extendable with hydrogen fuel cells for a range of 500 to 600 kilometers. This collaboration targets the development and certification of a fuel cell system with a 20,000-hour lifespan, emphasizing lower operating costs and maintenance compared to batteries. CEO George Alafinov highlighted the flexibility of offering operators a choice between hydrogen and electric battery power, catering to different mission profiles. ZeroAvia's work on a hydrogen-electric powertrain in a Dornier 228 airliner aligns with the initiative, emphasizing zero-emission amphibious flights. Additionally, the companies plan to support hydrogen refueling infrastructure development for efficient regional amphibious aviation. The partnership signifies a step towards sustainable and innovative aircraft propulsion systems, shaping the future of amphibious aviation with a focus on environmental responsibility and operational efficiency.
Topics
Training
Aviation
Infrastructure
Innovation
Sustainability
Fuel Cell Technology
Collaboration
Electric Power
Airshows
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