4IN1 75A ESC
A four-in-one ESC for FPV drones. It takes one battery input and independently drives four brushless motors from flight-controller throttle signals.
Select an ESC from verified battery voltage, motor count, current requirement, form factor and control interface.
A single ESC drives one motor, a dual ESC serves two motors, and a 4-in-1 board serves four motors in one stack. Choose the layout that matches the aircraft wiring and cooling arrangement.
Do not infer supported voltage or continuous current from a model name alone. Use the product page and manual, then include appropriate thermal and current margin for the real motor, propeller and airflow.
A four-in-one ESC for FPV drones. It takes one battery input and independently drives four brushless motors from flight-controller throttle signals.
A 45 A four-in-one AM32 ESC for FPV drones, intended to drive four brushless motors from one compact board.
A two-in-one AM32 ESC that drives two brushless motors from one compact board. It is especially useful for twin-motor fixed-wing aircraft or compact dual-motor builds.
A 75 A single-channel AM32 ESC for one high-current brushless motor. It is useful when each motor needs its own ESC or when a single powerful motor is used.
A compact 75 A single-channel AM32 ESC with an onboard CAN interface. It is designed to drive one high-current brushless motor in fixed-wing aircraft, boats, vehicles, or other builds that use a separate ESC per motor.
AM32 ESC Controller Board with BEC. Refer to the product manual for wiring and operating limits.
A compact single-channel AM32 ESC. It drives one brushless motor, making it useful for single-motor fixed-wing aircraft, compact vehicles, or builds where separate ESC placement is preferred.