Qwiic Motor Driver - a module with a 2-channel driver for DC motors

FeatherWing expansion board for controlling DC motors, stepper motors, and servo motors, based on the PCA9685 PWM controller and TB6612FNG H-bridge drivers. Adafruit 3243

A compact motor controller designed for the Pimoroni Yukon platform, capable of driving two DC motors or one bipolar stepper motor. The DRV8424P chip provides stable control with a supply voltage of 5 to 17 V and a current of up to 1.6 A continuous per channel. The module offers adjustable current limiting, thermal protection, and error detection. Pimoroni PIM693

A powerful controller designed to drive a single brushed DC motor with an encoder in the Pimoroni Yukon system. It offers up to 8 A continuous and 12 A peak current at a supply voltage of 5 to 17 V, making it suitable for demanding robotic projects. The module provides precise control thanks to encoder support and built-in current, temperature, and error sensors. Pimoroni PIM691

Compact module for driving two DC motors, 6.5–37 V, continuous current 12 A per channel, peak 70 A, with protections and status indicators. DFRobot DFR0601

Brushed DC motor ESC with integrated FlySky receiver, designed for remote control of DC motors in RC models and mobile projects, supporting speed and direction control. modAR3201-F2

Dual-channel motor driver module designed for controlling two DC motors or one bipolar stepper motor. The circuit supports motor voltages up to 11 V, works with 3.3 V and 5 V logic systems, and provides output current up to 1.2 A per channel. The design includes dual H-bridges, PWM support, IN / IN and PHASE / ENABLE operating modes, as well as overcurrent and thermal protection. Kamod Motor Driver DRV8835

DC motor driver based on the Texas Instruments DRV8263H-Q1. It can control one DC motor in two directions or two motors in one direction from a supply voltage of 4.5-65V and a continuous current of up to 3.5A (limited to 10A). The module offers three control modes: Phase/Enable (PH/EN), PWM (IN/IN), and independent half-bridges. Built-in current sensors and protection features protect against overload, overheating, and reverse power connection. The 3-5V logic control is decoupled from the motor supply, increasing safety and integration flexibility. Pololu 5238

This controller allows independent control of three DC motors using a single I²C bus. It supports motor supply voltages ranging from 4.5 to 44 V and currents up to 0.8 A continuous per channel, making it suitable for a wide range of robotic and mobile applications. I²C communication eliminates the need to generate PWM signals and significantly saves microcontroller pins. The ability to connect multiple controllers on a single bus allows for easy scaling of the system to larger motor counts. Pololu 5085

This controller allows independent control of three DC motors using a single I²C bus. It supports motor supply voltages ranging from 4.5 to 44 V and currents up to 0.8 A continuous per channel, making it suitable for a wide range of robotic and mobile applications. I²C communication eliminates the need to generate PWM signals and significantly saves microcontroller pins. The ability to connect multiple controllers on a single bus allows for easy scaling of the system to larger motor counts. Pololu 5084

This controller allows independent control of three DC motors using a single I²C bus. It supports motor supply voltages ranging from 4.5 to 44 V and currents up to 0.8 A continuous per channel, making it suitable for a wide range of robotic and mobile applications. I²C communication eliminates the need to generate PWM signals and significantly saves microcontroller pins. The ability to connect multiple controllers on a single bus allows for easy scaling of the system to larger motor counts. Pololu 5083

This controller allows independent control of three DC motors using a single I²C bus. It supports motor supply voltages ranging from 4.5 to 44 V and currents up to 0.8 A continuous per channel, making it suitable for a wide range of robotic and mobile applications. I²C communication eliminates the need to generate PWM signals and significantly saves microcontroller pins. The ability to connect multiple controllers on a single bus allows for easy scaling of the system to larger motor counts. Pololu 5082

Single-channel brushed DC motor driver based on the MPQ6612A chip, enabling bidirectional motor control with a supply voltage of 4-40 V and up to 4 A continuous current. The module offers motor current sensing, active current limiting, overcurrent and thermal protection, and supports PWM control up to 200 kHz. The carrier board includes factory-soldered connectors, allowing the module to be used without additional soldering. Pololu 5286

Single-channel brushed DC motor driver based on the MPQ6612A chip, enabling bidirectional motor control with a supply voltage of 4-40 V and up to 4 A continuous current. The module provides motor current sensing, active current limiting, overcurrent and thermal protection, and supports PWM control up to 200 kHz. The carrier board does not include soldered connectors, allowing direct soldering of wires or custom connectors. Pololu 5285

Dual-channel brushed DC motor controller with TTL and RS-232 serial interface enabling speed and direction control of two motors at 6–24 V supply voltage with up to 12 A continuous current per channel (30 A peak), designed for robotics, automation, and microcontroller-based projects. Pololu 2078

Expansion module for Raspberry Pi enabling control of two brushed DC motors using two MC33926 H-bridges. The driver operates in a voltage range of 5 - 28 V and supports continuous current up to 3 A per channel (up to 5 A peak), offering PWM control, reverse polarity protection, and GPIO access for advanced applications. Pololu 2756

Compact DC motor driver designed to control one high-power brushed DC motor. The module operates in a 6.5–40 V supply voltage range and can deliver up to 30 A of continuous current, making it suitable for demanding applications such as mobile robots, electric vehicles, automation systems, and industrial projects. The integrated current sensor enables direct measurement of motor current, simplifying system monitoring and implementation of safety mechanisms. Pololu 5692