Amsl Aero to Integrate Formula 1 Technology for Longer Range Hydrogen-Powered Drone Operations
Key Ideas
- Amsl Aero partners with Conflux Technology to implement Formula 1 engine cooling tech for hydrogen-powered drones.
- The project focuses on enhancing the range and efficiency of eVTOL aircraft like Vertiia using cutting-edge heat transfer technology.
- Phase one of the project has been completed with the development of lightweight heat exchanger concepts.
- Phase two will involve optimizing and building a proof-of-concept for integration into Vertiia's hydrogen fuel cell system.
Australian aerospace company Amsl Aero is collaborating with Conflux Technology to introduce engine cooling technology from Formula 1 racing into the world of hydrogen-powered drone operations. The goal is to utilize Conflux's heat transfer technology to cool the hydrogen fuel cells that power electric vertical take-off and landing (eVTOL) aircraft, such as the Vertiia, known for cruising speeds of up to 300km/h. Chris Smallhorn, Chairman of Amsl Aero, expressed excitement about the project, stating that Vertiia aims to set new records for distance flown at Formula 1 speeds.
The first phase of the project involved the development of three lightweight and compact heat exchanger concepts tailored for the specific requirements of Vertiia's operations. Moving forward, the project will transition into its second phase, focusing on optimizing the heat transfer technology and constructing a full proof-of-concept for seamless integration into Vertiia's hydrogen fuel cell system. Conflux's cooling solution has been designed to effectively manage the intense heat generated during Vertiia's vertical flight phases, utilizing a thin-walled design to meet the stringent weight, performance, and space constraints of hydrogen aviation.
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