Eve Air Mobility has been named a member of Japan’s Advanced Air Mobility (AAM) Public-Private Committee.
The committee is responsible to evaluate and make recommendations to the Japanese Ministry of Economy, Trade & Industry and Ministry of Land, Infrastructure, Transport & Tourism on AAM regulations & policies for Japan.
The committee is made up of selected members discuss the development of various AAM services such as passenger transportation, scenic flights, and air ambulance services throughout Japan.
Prior to Eve being selected, the company presented an overview of how it could support and contribute as a member of the committee. With a diverse customer base, Eve would bring its global perspective and expertise to help contribute to the advancements being made to develop the AAM industry in Japan.
Eve’s official induction into the Japan Advanced Air Mobility Public-Private Committee will help boost Japan’s public knowledge of the company and help continue to advance its reputation in the country.
Johann Bordais, CEO of Eve Air Mobility, said; “The Japanese government and the private sector have been proactive in working together to develop the Advanced Air Mobility market and clarify the regulatory framework needed to make it a reality.
“We are honored to become a member of the Japan AAM Public-Private Committee and help advance this work. We look forward to helping understand and define a business model that not only enables eVTOL flights in Japan, but also advances the overall mobility ecosystem.”
Bordais added; “Eve is committed to establishing and helping safely scale the AAM ecosystem in Asia Pacific region.
“We are looking forward to continued partnership with our partners in Japan as we move toward entry into service in 2026. With the recent announcement of up to 50 eVTOL aircraft by AirX, Japan’s largest public helicopter air charter service, Eve continues to expand its relationships in the country.”
Eve has continued to advance the development of its eVTOL aircraft. The company has begun construction of its full-scale prototype and is on schedule to begin testing the aircraft in 2024.
