An international team of visionaries, engineers, and technologists, who are passionate about converging automotive grade innovation and aerospace reliability with one goal, Private Air Mobility for Everyone - Affordable air mobility brought to you from Detroit.
Payload Type: Passenger/ Cargo/ Medical/ EVAC
Optimal Payload: passengers or 1100 pounds of cargo
Flight Control: Pilot assisted and fully autonomous
Communication Technology: DSRC (V2X)
Power train: Hybrid electric of full electric
Take-off and landing: Vertica
Range: Up to 260 miles
Cruising speed: 150 mph
Type: Tilt wing with VTOL capability
Automotive Technology meets Aerospace Innovation
Proven aircraft technology
MOBi-ONE aircraft design was inspired by the XC-142 designed, built, and tested in the 1960s. Our design merges the versatility of a helicopter and the speed. proven safety and efficiency of an airplane.
The key innovation of MOBi-One, which we've designed to be safe and reliable, is the use of Distributed Electric Propulsion (DEP) System. DEP provides for quiet and scale-free propulsion where electric motors provide high power to weight, efficiency, reliability, and compactness at different scales.
More efficient than a helicopter
MOBi-One will feature redundant, digitally controlled vehicle thrust, and robust control throughout forward flight to hover with 4x cruise efficiency (lift/drag ratio) compared to helicopters.
Electric and Hybrid Propulsion
In addition to a purely electric solution, we are working to integrate a clean hybrid propulsion system that enables our aircraft to fly continuously without recharging.
MOBi-ONE will feature triple redundant system architecture and V/STOL capability so MOBI can land both vertically or conventionally in the event of an emergency.
the future is autonomous
Operated initially with a pilot on board and expect to fly fully autonomous by 2030. With safety and mission assurance as to our number one priority, featuring tested autonomous flight controllers and fly-by-wire technologies to automate stability, control, and operation.