This dual Hbridge motor driver module provides control for DC motors and stepper motors on a compact board designed for breadboard prototyping. It combines motor drive and control in a single PCB, enabling straightforward integration with microcontrollers and development boards. Key benefits Two independent motor channels on a single module, reducing wiring and simplifying projects. Bidirectional drive and stepping capability through dual Hbridge design, suitable for both DC motors and stepper motors. Breadboardfriendly form factor for easy prototyping and experimentation. Intuitive control workflow with simple connections to common microcontroller brands and platforms. Versatile for education, hobby projects, and light automation tasks without needing multiple separate drivers. Key attributes Functionality: Dual Hbridge motor driver module for DC and stepper motors, enabling twochannel motor control on a compact PCB. Compatibility: Designed for breadboard prototyping and easy integration with microcontrollerbased control systems. Size and form factor: Compact, boardlevel module suitable for standard prototyping setups and smallscale assemblies. Material: PCBbased module, built for reliable, repeated use in development environments. Performance: Provides two independent drive channels; exact performance depends on motor type, supply voltage, and wiring quality. Suitable for low to moderatecurrent applications requiring precise motor control. Two or three specific use cases Robotic platform: Drive two wheels or gears with DC motors, enabling simple differential steering for a compact robot, controlled by a microcontroller on a breadboard. Small CNC or XY positioning: Use one channel for a stepper motor moving along one axis and the other channel for the second axis, enabling basic twoaxis motion for small workpieces or prototypes. Education and experimentation: Learn PWM speed control, direction switching, and stepping concepts by connecting the module to a learning microcontroller and observing motor responses on a bench setup. Notes on usage Suitable for breadboard prototyping and development workflows that require two motor channels with independent control. Controller behavior and performance depend on the motors used, supply voltage, and signal integrity from the controlling microcontroller or development board.