S1
Compactness
Performance
Autopilot
Specifications
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The S1 has been engineered from the ground up as an entirely new type of electric vehicle. It can automatically take off and land anywhere using a footprint smaller than a sedan.
Every aspect of the S1 is optimized for low-noise and long-range, with a unique wing design, ducted-fans and aerodynamic cockpit.
S1's augmented reality interface provides an immersive experience whether you are traveling by air or remotely piloting a mission. By default, the S1 is autonomous.
Akash Pandey
Optimizing aerodynamic efficiency of the S1 by purposefully designing and testing aerodynamic surfaces for low-noise and efficient flight.
Brontë Kolar
How the internal hardware components were developed, building the core of the S1 and enabling reliable operation.
Nisarg Thakrar
The unique underlying structure that has made this compact VTOL aircraft possible and integrates all other subsystems seamlessly.
Optimizing aerodynamic efficiency of the S1 by purposefully designing and testing aerodynamic surfaces for low-noise and efficient flight.
How the internal hardware components were developed, building the core of the S1 and enabling reliable operation.
The unique underlying structure that has made this compact VTOL aircraft possible and integrates all other subsystems seamlessly.
