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T-motor MS8014 KV180 Position Locking VTOL Motor

By Mugin UAV ↗

The Mugin UAV T-motor MS8014 KV180 Position Locking VTOL Motor combines VTOL propulsion with braking that aligns stopped propellers parallel to aircraft booms during cruise. Developed with T-motor, this system component uses controlled propeller positioning to support aerodynamic performance and aircraft appearance.

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Product identityT-motor MS8014 KV180 Position Locking VTOL Motor
Product categoryVTOL motor system component.
Development collaborationDeveloped through collaboration between Mugin UAV and T-motor.
Thrust characteristicHigher thrust at lower throttle is described without numerical thrust ratings.
Propeller position lockingMotor braking stops and aligns the VTOL propellers parallel to the aircraft booms.During cruise.
Alignment purposePropeller alignment serves aerodynamic performance and aircraft appearance.With the VTOL propellers aligned with the booms.

Product overview

The Mugin UAV T-motor MS8014 KV180 Position Locking VTOL Motor is a propulsion component developed jointly with T-motor. Its defining feature is motor braking that stops the VTOL propellers parallel to the aircraft’s booms while cruising. The integration relationship is therefore between the lift propellers and the booms: braking establishes their aligned resting position during cruise. This alignment serves both aerodynamic performance and aircraft appearance, alongside the motor’s propulsion role.

The product is a motor system component, with no complete aircraft or airframe kit configuration described. Its thrust characteristics are described qualitatively as higher thrust at lower throttle, without numerical thrust ratings or a stated comparison baseline. In flight testing on a Mugin EV350 weighing just under 20 kg, the propellers remained in position during flight. That observation applies to the specified aircraft and weight.

Specifications

SpecificationValue & conditions
Product identityT-motor MS8014 KV180 Position Locking VTOL Motor
Product categoryVTOL motor system component.
Development collaborationDeveloped through collaboration between Mugin UAV and T-motor.
Thrust characteristicHigher thrust at lower throttle is described without numerical thrust ratings.
Propeller position lockingMotor braking stops and aligns the VTOL propellers parallel to the aircraft booms.During cruise.
Alignment purposePropeller alignment serves aerodynamic performance and aircraft appearance.With the VTOL propellers aligned with the booms.
Propeller position retentionPropellers remained in position during flight.During flight testing on Mugin EV350 at a weight just under 20 kg.
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