Controller Dyson Cytron Maker Motion 2350 Pro RP2350 — 4 motor outputs, 8 servo channels

Dyson Cytron Maker Motion 2350 Pro RP2350 is a compact motion controller engineered to coordinate multiple actuators in robotics, automation and prototyping projects. The unit integrates four motor outputs with eight servo channels into a single controller, enabling synchronized control of DC motors, brushed gear motors and standard hobby servos. Designed for desktop development and small-scale installations, this controller provides a centralized interface for multi-actuator systems where precise timing and coordinated motion are required.

Advantages

The controller combines four independent motor outputs and eight servo channels in one enclosure, reducing wiring complexity and simplifying system layout. It supports concurrent motor and servo operation so developers can implement coordinated motion sequences without additional external multiplexers. The device is suitable for quick integration into existing projects and prototyping setups, offering a compact footprint and straightforward signal routing for both motors and servos.

Suitable for

• Robotics platforms with multiple drive motors and manipulators
• Automated prototypes requiring synchronized motor and servo actions
• Remote-controlled models and educational kits
• Small-scale motion control in research and product development

Key specifications

• Motor outputs: 4 independent channels for driving brushed DC motors or similar actuators
• Servo channels: 8 independent PWM channels for standard hobby servos
• Control interfaces: centralized control designed for integration with microcontrollers and development boards
• Form factor: compact controller suitable for bench-top prototypes and embedded mounts
• Signal types: PWM-based servo control and motor drive signals compatible with common hobby actuators

How to use

Connect motors and servos to the designated output connectors following polarity and signal conventions for each actuator type. Integrate the controller with your microcontroller or development board using the provided control interface and configure PWM timings appropriate for your servos and motor drivers. Implement coordinated motion by programming synchronized output sequences from your host controller, testing each channel at low power or throttle before full operation. Ensure power supplies meet the voltage and current requirements of connected motors and servos and route grounds common between controller and host.

Usage recommendations

For reliable operation, verify power and current capacity for motors and servos and use separate power rails or decoupling where necessary. Test and calibrate servo endpoints and motor responses at reduced speed, and keep wiring short and well secured to minimize noise and voltage drops that can affect coordinated motion control.