STM32F405 Development cores Board performance processing for precise control The board features an ARM CortexM4 processor running at 168 MHz, enabling fast control loops for robotics and embedded systems. Precise sensing and data acquisition It includes 16channel 12bit analogtodigital conversion, providing accurate sensor measurements essential for reliable motion control and automation projects. Flexible power and connectivity USB interface and external power option support convenient development, testing, and deployment in lab and field environments. Easy software development and integration Compatible with MicroPython and common IDEs, allowing rapid prototyping, testing, and smooth transitions from prototype to production codebase. Durable, productionfocused hardware Built on an industrialgrade PCB designed to withstand realworld development and scalable production workflows for electronics enthusiasts and teams. Ideal for a wide range of users Suitable for embedded systems developers, robotics engineers, and STEM students as a platform for prototyping IoT devices or motion control applications. Use scenarios IoT device prototyping Use the 12bit ADC channels to collect environmental or sensor data, process it with the 168 MHz core, and implement responsive control or communication logic via MicroPython or IDEbased projects. Robotics motion control and sensing Leverage the combination of fast processing and precise ADC readings to implement realtime sensing, data fusion, and motor or actuator control in compact robotic systems. STEM education and rapid prototyping Provide students and engineers with a reliable development board to learn MCU programming, sensor integration, and iterative hardwaresoftware debugging.