Professional UAV propulsion

T-MOTOR

Source-verified motors, electronic speed controllers, and propellers for endurance, heavy-lift, multirotor, VTOL, and fixed-wing aircraft.

Shown: U15II U Power Heavy-Lift UAV Motor

Choose by component and series

Choose the exact component family

U Power

Thrust and payload

Motor families centered on demanding lift targets and professional multirotor applications.

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U Efficiency

Endurance and system mass

Motor families centered on efficient operation, flight time, and carefully matched propeller systems.

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Ten additional motor lines

Mission-specific motors

P Type, MN, Gimbal, AT, AX, V, VL, AM, and AS families for agricultural, stabilization, fixed-wing, and VTOL aircraft.

Explore every motor line
ESC

Control and electrical headroom

Multirotor control across AIR, ALPHA, FLAME, THUNDER, and V Series, plus AT Series fixed-wing ESCs.

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Propellers

Three aircraft platforms

Ten exact carbon-fiber and polymer series for multirotor, VTOL, and fixed-wing propulsion systems.

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01 / T-MOTOR motors

U Power

High-thrust motor families for professional multirotors, heavy-lift aircraft, and demanding payload targets.

02 / T-MOTOR motors

U Efficiency

Endurance-focused motor families for efficient industrial flight, lower propulsion mass, and exact propeller matching.

03 / Motor control

Electronic speed controllers

Choose by aircraft type, exact voltage, current, control protocol, cooling, and motor requirements. Similar names do not make configurations interchangeable.

AirAlphaFLAMETHUNDERV SeriesAT / Fixed-wing

30 active ESC familiesMultirotor and fixed-wing control, organized by exact series and aircraft role.

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04 / Propulsion output

T-MOTOR propellers

Browse 116 active propeller families across multirotor, VTOL, and fixed-wing platforms. Match the exact motor, KV, voltage, mounting, rotation, and manufacturer test conditions.

116 active familiesExact source-backed product media and technical evidence.

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Configuration discipline

Match the complete propulsion system

01Start with mission load

Define aircraft mass, payload, thrust margin, flight time, and operating environment.

02Choose the exact KV

Use the selected configuration's voltage, propeller, current, and manufacturer test conditions.

03Size electrical headroom

Match ESC, battery, wiring, connectors, cooling, and control protocol to the complete system.