





Four Pack TB6612FNG Dual Motor Driver Board Module For Arduino Raspberry Pi ESP32 STM High Efficiency Low Heat Compact Controller VM 4.5 to 10V VCC 2.7 to 5.5V Four Modes Forward Reverse Short Brake Stop Ideal For DIY Robotics Projects
✔️ Efficient TB6612FNG dual motor driver, VM 4.5-10V, VCC 2.7-5.5V
This four-pack TB6612FNG dual motor driver board is a compact, high-efficiency controller designed to drive two DC motors per channel with low heat generation. It's ideal for DIY robotics projects using Arduino, Raspberry Pi, ESP32, or STM microcontrollers.
âś… Dual TB6612FNG channels for two motors per boardâś… VM input 4.5-10V and VCC logic 2.7-5.5V
âś… Four control modes: Forward, Reverse, Short Brake, Stop
âś… Higher efficiency and smaller size than older drivers for low heat
âś… Pack of 4 modules included for multi-motor setups
đź’ˇ What is a motor driver board used for in a DIY robotics project? A handy explainer on its role in motor control and project scalability.
- Handles current control and back-EMF protection
- Translates MCU signals to motor actions: forward, reverse, brake, stop
- Compatible with Arduino, Raspberry Pi, ESP32, and STM microcontrollers
- Enables multi-motor configurations in compact robotic projects
Original: $3,205.90
-65%$3,205.90
$1,122.07Product Information
Product Information
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Description
✔️ Efficient TB6612FNG dual motor driver, VM 4.5-10V, VCC 2.7-5.5V
This four-pack TB6612FNG dual motor driver board is a compact, high-efficiency controller designed to drive two DC motors per channel with low heat generation. It's ideal for DIY robotics projects using Arduino, Raspberry Pi, ESP32, or STM microcontrollers.
âś… Dual TB6612FNG channels for two motors per boardâś… VM input 4.5-10V and VCC logic 2.7-5.5V
âś… Four control modes: Forward, Reverse, Short Brake, Stop
âś… Higher efficiency and smaller size than older drivers for low heat
âś… Pack of 4 modules included for multi-motor setups
đź’ˇ What is a motor driver board used for in a DIY robotics project? A handy explainer on its role in motor control and project scalability.
- Handles current control and back-EMF protection
- Translates MCU signals to motor actions: forward, reverse, brake, stop
- Compatible with Arduino, Raspberry Pi, ESP32, and STM microcontrollers
- Enables multi-motor configurations in compact robotic projects
























