VESC Motor controller

VESC Motor controller

Unit Price for 1 pcs. 135,00

Unit Price for 2 pcs. 128,25 135,00 Unit Price for 20 pcs. 121,50 135,00 Unit Price for 30 pcs. 114,75 135,00 Unit Price for 40 pcs. 108,00 135,00 Unit Price for 60 pcs. 101,25 135,00 Unit Price for 100 pcs. 94,50 135,00

Weight: 0.05 kg
Stock status: In stock
  • Extra VESC Options

    ( + 13,00 )

Our VESC's are of the highest standards - Made In Denmark


Amount Discount per unit
20 10%
30 15%
40 20%
60 25%
100+ 30%

VESC Motor Controller - Hardware Version 4.12 | Software Version 2.6 or later.

The most reliable and advanced open-source motor controller. It provides the basis for accurately controlling your Faraday Motion vehicle and enables Faraday Makers to incorporate new features to improve the riding experience and safety etc.



The VESC needs a capacitor as close to the power inputs as possible. We recommend minimum 2000uF capacitors. Source your own or buy them from us in our cable and capacitor package.


The hardware and software is open source. Since there are plenty of CPU-resources left, the customization possibilities are almost endless.

  • STM32F4 microcontroller.
  • DRV8302 MOSFET driver / buck converter / current shunt amplifier.
  • IRFS7530 MOEFETs (other FETs in the same package also fit).
  • 5V 1A output for external electronics from the buck converter integrated on the DRV8302.
  • Voltage: 8V – 60V (Safe for 3S to 12S LiPo).
  • Current: Up to 240A for a couple of seconds or about 50A continuous depending on the temperature and air circulation around the PCB.
  • Sensored and sensorless FOC wich auto-detection of all motor parameters is implemented since FW 2.3.
  • Firmware based on ChibiOS/RT.
  • PCB size: slightly less than 40mm x 60mm.
  • Current and voltage measurement on all phases.
  • Regenerative braking.
  • DC motors are also supported.
  • Sensored or sensorless operation.
  • A GUI with lots of configuration parameters
  • Adaptive PWM frequency to get as good ADC measurements as possible.
  • RPM-based phase advance (or timing/field weakening).
  • Good start-up torque in the sensorless mode (and obviously in the sensored mode as well).
  • The motor is used as a tachometer, which is good for odometry on modified RC cars.
  • Duty-cycle control, speed control or current control.
  • Seamless 4-quadrant operation.
  • Interface to control the motor: PPM signal (RC servo), analog, UART, I2C, USB  or CAN-bus.
  • Wireless wii nunchuk (Nyko Kama) control through the I2C port. This is convenient for electric skateboards.
  • Consumed and regenerated amp-hour and watt-hour counting.
  • Optional PPM signal output. Useful when e.g. controlling an RC car from a raspberry pi or an android device.
  • The USB port uses the modem profile, so an Android device can be connected to the motor controller without rooting. Because of the servo output, the odometry and the extra ADC inputs (that can be used for sensors), this is perfect for modifying an RC car to be controlled from Android (or raspberry pi).
  • Adjustable protection against
  • Low input voltage
  • High input voltage
  • High motor current
  • High input current
  • High regenerative braking current (separate limits for the motor and the input)
  • Rapid duty cycle changes (ramping)
  • High RPM (separate limits for each direction).
  • When the current limits are hit, a soft back-off strategy is used while the motor keeps running. If the current becomes way too high, the motor is switched off completely.
  • The RPM limit also has a soft back-off strategy.
  • Commutation works perfectly even when the speed of the motor changes rapidly. This is due to the fact that the magnetic flux is integrated after the zero crossing instead of adding a delay based on the previous speed.
  • When the motor is rotating while the controller is off, the commutations and the direction are tracked. The duty-cycle to get the same speed is also calculated. This is to get a smooth start when the motor is already spinning.

Sensored and sensorless FOC is fully implemented since FW 2.3.

The controller is developed by our team member Benjamin Vedder.


Learn how the Farday Motion Community is using the VESC Motor Controller to develop lightweight electric vehicles.

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