Electric flying cars
Long-term concept studies of personal air vehicles.
Technology
Aerospace & advanced mobility.
A long-term research ambition in electric flight, eVTOL systems and autonomous flight assistance.
Long-term research
Future research ambition. Nothing on this page is a product. Any passenger-carrying or piloted aircraft would need extensive safety validation and regulatory certification. None is claimed or planned in the near term.
Research areas
The building blocks of electric flight.
eVTOL systems
Vertical take-off and landing configurations.
Electric propulsion
Motors, rotors and efficient power systems.
Advanced battery technology
Energy density, safety and thermal behaviour.
Lightweight materials
Composites and structures for efficient aircraft.
Flight control systems
Stable, redundant control for vertical flight.
Sensor fusion
Combining sensors for reliable awareness.
Autonomous flight assistance
Assistance that supports, not replaces, pilot judgment.
Research ambition
The future of personal air mobility.
We are interested in how electric propulsion, lightweight structures and intelligent flight control could one day make short-range air travel safer, quieter and more accessible. This is a vision for research, not a product.
Heavy-lift platforms
ResearchLong-term research concept.
We are also studying heavy-lift multirotor platforms for moving cargo over difficult terrain, a long-term concept to be approached step by step, beginning with small-scale research.
- Multi-rotor redundancy studies
- Payload handling and stability
- Safe operation near people and property
Interested in advanced mobility research?
We welcome academic and institutional collaboration.