Vertiia: Australia's First Certified Advanced Air Mobility Aircraft with Hydrogen Power
Key Ideas
- Vertiia by AMSL Aero is the first Australian-made AAM aircraft applying for type certification, focusing on safety, reliability, and environmental benefits of hydrogen power.
- The eVTOL uses hydrogen fuel cells to power 8 electric engines, offering a range of 1,000 km and a cruise speed of 300 km/h, targeting medical transport and other potential services.
- The project received a grant to demonstrate hydrogen feasibility, aims for zero carbon emissions, and emphasizes safety with fly-by-wire systems and triple redundancy.
- With comprehensive testing and regulatory challenges ahead for type certification, AMSL Aero's Vertiia project represents significant advancement in Australian industry and global AAM innovation.
In Sydney, Australia, AMSL Aero's founders Siobhan Lyndon and Andrew Moore are leading the design and development of Vertiia, the country's first certified advanced air mobility (AAM) aircraft. This electric vertical take-off and landing (eVTOL) vehicle is powered by a hydrogen fuel cell, distinguishing it from battery-only eVTOLs and enabling longer-range capabilities perfect for remote areas. Initially targeted at medical transport, Vertiia also aims to serve air taxi, cargo, and emergency services markets.
Safety and reliability are paramount in Vertiia's design, with a keen focus on technology that enhances pilot support and reduces errors. The aircraft's features include a digital flight control system, triple redundancy in systems, and remote testing to ensure operational safety. AMSL Aero's commitment to zero operational carbon emissions aligns with the global push towards eco-friendly aviation.
The project has received substantial support, including a grant to showcase hydrogen's viability as a fuel source. With over 50 employees and key partnerships, AMSL Aero is progressing towards type certification, an extensive process that involves rigorous testing and compliance with regulatory standards. The appointment of experienced professionals like Max York as the new chief executive further illustrates the project's growth and industry impact.
Despite facing challenges in certification due to its innovative technology and hybrid aircraft characteristics, Vertiia represents a significant milestone for Australian industry and the AAM sector globally. The project's emphasis on local production and technological advancement highlights Australia's capability in leading sustainable aviation initiatives. AMSL Aero's Vertiia project embodies a positive outlook towards hydrogen-powered aviation and the future of advanced air mobility.
Topics
Aviation
Environmental Impact
Technology
Innovation
Aircraft Design
Safety
Medical Transport
Certification Process
Industry Development
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