Motion 2350 Pro Advanced Robotics Controller with 4 Motor Driver & USB Gamepad Support

The Motion 2350 Pro Advanced Robotics Controller is a powerful and versatile control board designed for robotics, automation, and advanced DIY projects. Built around a dual-core Arm Cortex-M33 processor, this controller delivers high-speed performance with efficient multitasking capabilities.

Equipped with a 4-channel DC motor driver (up to 3A per channel), it allows precise control of up to four brushed DC motorsperfect for building advanced robots like mecanum wheel robots and mobile platforms. The board also includes 8-channel servo outputs, GPIO breakout pins, and Maker Ports, making it highly expandable for sensors and modules.

A standout feature is its USB host support, enabling direct connection of a USB joystick or gamepad for true plug-and-play robot control. With USB Type-C connectivity, 2MB Flash, and 520KB RAM, this controller is ideal for both beginners and advanced developers.

Whether you’re building robots, automation systems, or smart machines, the Motion 2350 Pro offers unmatched flexibility and performance.

Key Features

• Dual-Core Arm Cortex-M33 Processor High performance at 150 MHz.
• 4-Channel DC Motor Driver Controls up to 4 motors (3A per channel).
• Wide Voltage Range (3.6V16V) Flexible power compatibility.
• USB Host Support Plug-and-play joystick/gamepad control.
• 8 Servo Ports (5V) Easy control of servo motors.
• GPIO Breakout (8 Channels) Connect sensors and modules easily.
• 3 Maker Ports Simplified expansion for accessories.
• USB Type-C Interface Fast and convenient connectivity.
• Compact & Powerful Design Ideal for advanced robotics builds.

Technical Specifications

Applications

• Robotics Projects (Line Follower, Mecanum Robots)
• Automation Systems
• DIY Smart Robots
• Educational STEM Projects
• RC Robot Control via Gamepad
• AI & Embedded Systems Prototyping
• Sensor-Based Robotics Systems

Precautions

• Ensure correct input voltage within 3.6V16V range.
• Do not exceed 3A per motor channel.
• Avoid short circuits on GPIO and motor outputs.
• Use proper cooling for high-load applications.
• Handle carefully to prevent ESD damage.

Here is the datasheet