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Category: Drone Motors (BLDC)
Drone Motors (BLDC) - Brushless Motors
BLDC drone motors drive the propellers and generate the thrust required for multirotor flight. The category includes brushless electric motors designed for drones, including FPV platforms, with different sizes, KV ratings, supported supply voltages, and propulsion system parameters. Motor selection should take into account the battery cell count, ESC, propeller diameter and pitch, and drone weight.
There are 26 products.
High-efficiency brushless motor with a 1115KV rating, designed for large FPV drones, including 7, 8 and 9-inch racing, freestyle and long-range platforms. The 28 × 12 mm stator, 12N14P configuration and 4–6S power supply provide high torque, fast response and maximum power up to 1167.5 W. SEQURE Q2812
A brushless motor designed for 1/10th scale RC crawlers, offering high torque and smooth operation thanks to its 12N14P configuration. The 1800KV model works with 2-4S LiPo batteries and provides an optimal balance of power and control at low speeds. Its robust CNC aluminum construction, 3.17mm steel shaft, and precision bearings ensure durability and reliability in challenging terrain. The motor is equipped with 16AWG wires with 3.5mm plugs and is recommended for ESCs rated at at least 70A. SEQURE 3625 2-4S 1800KV
T-Motor Velox V3.0 V2207 2050KV is a premium-class motor for FPV enthusiasts, offering high efficiency, great power, and instant throttle response on 6S power. It ensures efficient performance in demanding freestyle and racing flight environments, combining durability with advanced dynamic characteristics. An ideal choice for pilots seeking a balanced compromise between power and precise control.
260 kV brushless DC motor. Powered with 12 V, dedicated to drones, airplanes and camera stabilizers
Brushless BLDC motor Emax MT2213 935 kV with direction of rotation CCW
Rocket Mini1410 9500 KV brushless motor with ESC controller with efficiency up to 18 A and voltage of 1S or 2S
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BLDC Motors for FPV Drones
Brushless BLDC motors use electronic commutation provided by an ESC and deliver the parameters required by multirotor propulsion systems. FPV drones use motors with different sizes and KV ratings, selected according to frame size, battery voltage, propeller configuration, and the required flight characteristics.
Motor KV Rating
The KV rating indicates the increase in motor speed per volt of supply voltage under no-load conditions. Motors with higher KV ratings can reach higher rotational speeds at a given voltage, while lower-KV motors are often paired with higher supply voltages or larger propellers. KV should be considered together with battery voltage, propeller size, and the motor manufacturer's recommendations.
Motors for 2S, 3S, 4S, 6S and 8S Batteries
The supported voltage range determines whether a motor can operate with batteries of a given cell count. The range may include motors designed for 2S, 3S, 4S, 6S and 8S systems, so compatibility with the voltage of the complete propulsion system should be checked before selection.
Selecting a Motor for the Propeller and ESC
The motor should be paired with a propeller whose diameter, pitch, and blade count match its operating parameters. Selecting an ESC with an appropriate current rating and voltage range is equally important and should account for the motor's maximum current draw in the intended propulsion configuration.
Selecting a Motor for a Drone
When configuring a propulsion system, consider the drone size and weight, motor KV rating, battery voltage, propeller parameters, and ESC capabilities. These parameters should not be selected independently - the motor, propeller, ESC, and battery operate together as a complete propulsion system.