This module uses 78M05 IC and works between 5V to 12V power supply. You can use a 16Bit accuracy to control the speed of the motor while the complete board weighs only 3 ounces.Īvailable Here CJRSLRB® L298N Motor Drive Controller (6.99$) Like some of the best modules, this one also allows you to control 4 DC motors or 2 stepper motors at once. You can run 4 DC motors on 4.5VDC to 13.5VDC with this module, and it works with Raspberry Pi Model A+, B+, or Pi 2.Īvailable Here Raspberry Pi Motor Controller Pi-Plate (33.99$) The module has four bridges of maximum 1.2A per bridge. Hence, it is low power as compared to some.Īvailable Here Adafruit DC & Stepper Motor HAT for Raspberry Pi (27.49$) MOSFET modules are much quicker than simple TTL logic as they have much higher switching frequency. It also has current limit threshold detection.Īvailable Here IRF520 Button MOSFET Driver Module (5.98$) The operating voltage for the motor connected to this module is between 6V~28V DC. The maximum amount of current that a motor can draw from this module is 2A. You can drive a maximum of a 12V motor with this, and it is fitted with 3.5mm terminals for easy connectivity.Īvailable Here Raspberry Pi Motor Driver Board V1.0 (72.97$)
The motor driver utilizes STL298N ZIP chip and works on 5V. The simple circuit board connects quickly to a Raspberry Pi, but it is not that durable.Īvailable Here Makerfire® Raspberry Pi L298N Motor Driver Board (132$) This board allows you to control servo, DC and stepper motors. ULN2003 Motor Driver by Beautiful Store Shop (10.99$)
For people interested in a motor drivers for Raspberry Pi board, these are the 10 best Motor Drivers For Raspberry Pi available in the market right now. Buying an IC or a module that takes care of the motor control removes a lot of physical hassle and, therefore, we have covered some of the best motor drivers you can purchase right now online.
Two approaches can be followed, either you can make your motor controller (an H-Bridge) or buy an off-the-shelf solution. In many projects, you would have to either control motor speed or its direction with a particular form of circuitry. Motor Control is one of the fundamentals of robotics.