



Five Pack L9110S H Bridge Motor Driver Module For Arduino 2.5 To 12V Wide Range Dual DC Motor Or 2 Wire Bipolar Stepper Control 0.8A Continuous Per Channel Simple DIY Robotics Controller Board
Compact five-pack L9110S H-Bridge motor driver modules provide simple, reliable control for small DC motors or 2-wire bipolar stepper motors. Their ultra-compact 28mmĂ—21mm boards with 3mm mounting holes fit tight enclosures and prototyping setups, making them ideal for Arduino and other microcontroller projects.
âś… Wide voltage range 2.5-12V DC for compatibility with many hobby motors
âś… 0.8A continuous per channel provides reliable performance
âś… Drives two DC motors or one 4-wire bipolar stepper
âś… Direct IA/IB logic interface for easy MCU wiring
âś… 28mmĂ—21mm compact board with 3mm mounting holes
đź’ˇ What is an H-Bridge motor driver used for in small robotics? A handy controller for bidirectional motor drive from microcontrollers, simplifying setup and wiring.
- 2.5-12V operating range
- 0.8A continuous per channel
- IA/IB input control drives forward/reverse
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Compact five-pack L9110S H-Bridge motor driver modules provide simple, reliable control for small DC motors or 2-wire bipolar stepper motors. Their ultra-compact 28mmĂ—21mm boards with 3mm mounting holes fit tight enclosures and prototyping setups, making them ideal for Arduino and other microcontroller projects.
âś… Wide voltage range 2.5-12V DC for compatibility with many hobby motors
âś… 0.8A continuous per channel provides reliable performance
âś… Drives two DC motors or one 4-wire bipolar stepper
âś… Direct IA/IB logic interface for easy MCU wiring
âś… 28mmĂ—21mm compact board with 3mm mounting holes
đź’ˇ What is an H-Bridge motor driver used for in small robotics? A handy controller for bidirectional motor drive from microcontrollers, simplifying setup and wiring.
- 2.5-12V operating range
- 0.8A continuous per channel
- IA/IB input control drives forward/reverse
























