Product Description The Arduino FOC Brushless Motor Driver Board is a high-performance motor control shield designed for precise and efficient field-oriented control (FOC) of BLDC (Brushless DC) motors. With support for Arduino and compatible microcontrollers, this driver makes it easier to build robotics, drones, automation equipment, and smart motion control systems. By implementing FOC technology, the board ensures smooth torque delivery, higher efficiency, and quieter operation compared to traditional motor drivers. It’s ideal for engineers, students, and makers who want to explore advanced motor control in their projects. Available now in Bangladesh from PowerMark Solution. Features Supports FOC (Field-Oriented Control) for BLDC motors Smooth, efficient, and quiet motor operation Arduino-compatible motor driver shield Adjustable speed and torque control High-efficiency MOSFET driver circuit Over-current and thermal protection Compact and lightweight PCB design Easy integration with robotics and IoT projects Suitable for research, prototyping, and automation Applications Robotics and automation systems Drones and UAV motor control Industrial BLDC motor control Electric vehicle prototypes Smart appliances and HVAC systems Precision positioning systems IoT-based motion control projects Educational and research experiments Technical Specifications Specification Details Motor Type Brushless DC (BLDC) Control Method Field-Oriented Control (FOC) Compatibility Arduino and compatible boards Voltage Range 12V – 24V DC (typical) Current Handling Depends on MOSFET driver rating (typically up to 5A) Interfaces PWM, UART, and Arduino GPIO pins Protection Over-current, over-temperature Module Type Shield / Driver Board Package Includes 1 × Arduino FOC Brushless Motor Driver Board Documentation Fully compatible with Arduino IDE and supports FOC motor control libraries. Example codes and libraries are available for fast prototyping. FAQs Q1: What type of motors can this driver control?A: It is designed for BLDC motors using Field-Oriented Control. Q2: Does it support Arduino UNO?A: Yes, it is compatible with Arduino UNO and other boards. Q3: What voltage range does it support?A: Typically 12V–24V DC. Q4: Can it be used in robotics projects?A: Yes, it’s widely used in robotics and motion control. Q5: Does it include protection features?A: Yes, it has over-current and thermal protection. Q6: Is it beginner-friendly?A: Yes, with Arduino libraries and examples, beginners can also use it. Q7: Can it be used for drones?A: Yes, it’s suitable for drones, UAVs, and similar motor control projects. Q8: Does it require external coding libraries?A: Yes, it uses Arduino FOC motor libraries for implementation. Q9: What makes FOC better than traditional PWM?A: FOC ensures smoother torque, higher efficiency, and quieter motor performance. Q10: Can it handle high-power motors?A: It is best for small to medium BLDC motors (up to ~5A), not heavy industrial motors.
