Motor Driver Controller DC Stepper Motors Board Stepping Dual HBridge Module Overview This compact motor driver controller is a dual HBridge module designed to drive DC motors and stepper motors. It is built as a breadboardfriendly board for easy integration into prototypes, educational projects, and small automation tasks. The two independent Hbridges enable bidirectional control of two motors or two axes, making it suitable for compact robotics, CNCinspired setups, and precise motion projects. Why you need it Bidirectional motor control: Each Hbridge allows forward and reverse operation, enabling smooth speed and direction changes for both DC and stepper motors. Versatile motion control: Supports DC motor operation for continuous rotation and stepping operation for precise positioning, giving you flexibility in a single module. Easy prototyping: The breadboardfriendly footprint and straightforward control interface simplify integration with microcontrollers and development boards. Noise isolation for the controller: By separating motor current from the control signals, this module helps protect your microcontroller from motor noise and electrical transients. Compact and adaptable: A small, selfcontained board that fits easily in tight enclosures and hobbyist projects without adding bulk. Key features Dual HBridge design for independent motor channels Supports driving DC motors and stepping motors (two channels) Breadboardfriendly layout for quick experimentation and education Compact module suitable for prototyping and small automation tasks Simple control interface compatible with common microcontroller boards PCBbased module designed for reliable, repeatable performance Key attributes Functionality: Dualchannel motor drive with Hbridge architecture, enabling bidirectional control for DC and stepper motors Compatibility: Intended for use with typical microcontroller platforms and control signals; suitable for educational kits, hobbyist projects, and small automation setups Size: Compact, breadboardfriendly module designed for easy integration into demonstrations and prototypes Material: PCBbased motor driver module designed for durability and repeatable connections Performance: Dual independent channels providing concurrent control for two motors or axes with straightforward wiring and control Applications and use cases Educational robotics projects: Learn motor control concepts by driving two DC motors or two stepper motors from an Arduino, Raspberry Pi, or similar platform. Small automation and positioning tasks: Build a compact XY stage or twoaxis system for light CNClike applications, plotters, or pickandplace demonstrations. Prototyping and demonstrations: Use in labs and makerspaces for rapid testing of motor control ideas, firmware development, and motion experiments before committing to a larger system. Setup and use tips Power considerations: Provide an appropriate motor power supply separate from the microcontroller's power; ensure grounds are common where required by your control scheme. Control signals: Connect standard motor control inputs from your microcontroller to the module's input pins according to your project's control scheme. Safe operation: Start with low speeds and currents to validate wiring and behavior before increasing to full performance levels. Documentation alignment: Refer to the module's general dualHbridge motor drive usage patterns to implement direction and speed control for each motor channel. Notes This description reflects the product's core purpose as a dual HBridge motor driver module capable of driving DC and stepping motors and designed for breadboardfriendly prototyping. It emphasizes practical benefits, core capabilities, and common applications without introducing unverified specifications.