AMSL Aero Partners with Conflux Technology for Long-Range Hydrogen-Fuelled Flights
Key Ideas
- AMSL Aero partners with Conflux Technology to enable 1,000km hydrogen-fuelled flights at up to 300km/h using advanced heat transfer technology.
- Conflux Technology specializes in heat exchange innovation across various industries and will optimize and manufacture heat exchangers for AMSL Aero's Vertiia aircraft.
- Vertiia, a hydrogen-electric aircraft, is set to make its first flights later this year with Conflux's heat exchange systems after a successful free flight last year.
- Both companies view hydrogen fuel cells as pivotal to sustainable aviation, emphasizing the importance of thermal management for performance and efficiency.
AMSL Aero, an Australian eVTOL aircraft developer headquartered in New South Wales, has teamed up with Conflux Technology to enhance the capabilities of its hydrogen-fuelled aircraft, Vertiia. The partnership aims to enable long-range flights of 1,000 kilometres at speeds of up to 300km/h by utilizing Conflux's advanced heat transfer technology to cool the hydrogen fuel cells during critical flight operations. Conflux Technology, known for its heat exchange innovations in industries like aerospace and motorsports, will design and produce heat exchangers to integrate into Vertiia's hydrogen fuel cell system.
The collaboration was announced ahead of the Avalon Air Show in Melbourne, where AMSL Aero highlighted its commitment to Victoria for future development. Vertiia, expected to take its first hydrogen-electric flights later this year, represents a significant step towards sustainable aviation. Both companies see hydrogen fuel cells as instrumental in clean aviation solutions, with Conflux emphasizing the importance of thermal management for optimizing efficiency.
The successful partnership between AMSL Aero and Conflux Technology showcases the potential of hydrogen technology in revolutionizing the aviation industry towards a more sustainable future. The upcoming flights of Vertiia powered by hydrogen-electric systems mark a milestone in the journey towards cleaner and more efficient air transportation.