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Flying Vehicles
Name (A-Z)
Flying Vehicles
Electric Flying Vehicles (EFVs) are aircraft powered by electric motors and batteries (or hybrid-electric systems) instead of traditional jet fuel or combustion engines. They are part of the next wave of advanced air mobility (AAM), aiming to make air travel cleaner, quieter, and more efficient—especially for urban and regional transport.
- Battery Capacity: 60 kWh
- Propulsion System: Distributed Electric Propulsion
- Service Ceiling (Max Altitude): 3,048 m (10,000 ft)
- Takeoff / Landing Type: Vertical (VTOL)
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- Battery Capacity: 40 kWh
- Propulsion System: Distributed electric propulsion (8 rotors)
- Service Ceiling (Max Altitude): 2,000 ft (610 m)
- Takeoff / Landing Type: VTOL (Vertical Takeoff & Landing)
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- Battery Capacity:
- Propulsion System: Distributed Electric Propulsion (DEP)
- Service Ceiling (Max Altitude):
- Takeoff / Landing Type: Vertical (VTOL)
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- Battery Capacity: 160 kWh
- Propulsion System: Distributed Electric Propulsion (DEP), lift + cruise design
- Service Ceiling (Max Altitude):
- Takeoff / Landing Type: Vertical take-off and landing (VTOL)
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- Battery Capacity:
- Propulsion System: Single pusher propeller (direct drive)
- Service Ceiling (Max Altitude):
- Takeoff / Landing Type: Conventional runway (CTOL)
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- Battery Capacity:
- Propulsion System: Distributed electric propulsion
- Service Ceiling (Max Altitude): ~7,874 ft (2,400 m)
- Takeoff / Landing Type: VTOL & CTOL capable
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- Battery Capacity: 92 kWh
- Propulsion System: Direct-drive electric motor with tractor propeller
- Service Ceiling (Max Altitude): 14,000 ft (4,267 m)
- Takeoff / Landing Type: Conventional runway
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- Battery Capacity:
- Propulsion System: Distributed Electric Propulsion (DEP)
- Service Ceiling (Max Altitude):
- Takeoff / Landing Type: VTOL
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- Battery Capacity: 350 kW
- Propulsion System: Hybrid configuration combining a turboprop engine, turbogenerator, and distributed electric thrusters
- Service Ceiling (Max Altitude):
- Takeoff / Landing Type: Conventional runway operation
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- Battery Capacity: 60 kWh
- Propulsion System: Fan-in-wing VTOL + ducted forward thrust
- Service Ceiling (Max Altitude): 4,000 ft AGL
- Takeoff / Landing Type: Vertical (VTOL)
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- Battery Capacity: 17 kWh
- Propulsion System: Distributed Electric Propulsion
- Service Ceiling (Max Altitude): 3,000 m (9,842 ft)
- Takeoff / Landing Type: Vertical (VTOL)
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- Battery Capacity:
- Propulsion System: Lift-and-cruise
- Service Ceiling (Max Altitude):
- Takeoff / Landing Type: Vertical takeoff and landing
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- Battery Capacity:
- Propulsion System: Hybrid-electric system (battery + turbine generator)
- Service Ceiling (Max Altitude): 6,500 ft
- Takeoff / Landing Type: 150 ft
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- Battery Capacity: 60 kWh
- Propulsion System: Single electric motor with 3-blade composite propeller (1.63 m diameter)
- Service Ceiling (Max Altitude):
- Takeoff / Landing Type: Conventional runway operation
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- Battery Capacity: 820 kWh
- Propulsion System: Twin pusher electric configuration
- Service Ceiling (Max Altitude): 32,000 ft
- Takeoff / Landing Type: Conventional runway
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