Rethinking Modern Aviation

Hydrogen-powered air mobility.

Pioneering Hydrogen Aviation

Global CO₂ emissions from aviation have increased drastically since 1950. Our vision is to pioneer hydrogen-powered aviation to create a cleaner, more sustainable future for regional air mobility and beyond.

Sustainable Air Mobility

At Odonata, our mission is to transform the aviation industry by developing cutting-edge hydrogen-powered vertical takeoff and landing (VTOL) aircraft and drones that deliver CO₂-free solutions for advanced air mobility, cargo delivery, and surveillance. We are committed to driving the future of aviation toward a carbon-neutral horizon, utilizing advanced technologies that drastically reduce environmental impact and eliminate CO₂ emissions.

Here are our next-generation

carbon-neutral solutions

Odonata Drones

Discover our versatile drone solutions.

Odonata Hoverplane X1

Discover our hydrogen-powered aircraft designed for efficient air mobility and regional transport.

Meet Our Founding Team

Dennis Furchheim

Business Development and Sales

Former race car driver and aerodynamics expert who co-developed Karts and open-wheel cars during his active career. 
Dennis established strong networks with renowned OEMs.

Dr.-Ing. Daniel Etter

Operation and Organization

Holds a PhD in Electronic and Electrical Engineering, a master’s degree in Micro and Nanotechnology Enterprise from the University of Cambridge, and a CEFA certificate.

Dominik
Weigl

Finance and Investor Relations

Passionate entrepreneur with experience in scaling SaaS and high-tech companies as CFO. Former Co-founder of an energy storage start-up.

John Griesbacher

Aerospace Engineering

Aerospace Engineer who specialized in the conceptual design of eVTOLs during his Master’s thesis and is responsible for aircraft design at Odonata.

Andre
Klöckner

Engineering and Controls

Master’s degree in Electrical Engineering and Information Technology. Focus on our propulsion- and electrical systems. Extended automation and industry experience.