The MY1016 24V 250W Brushed DC Motor is a compact, high-power electric motor designed for electric scooters, mini bikes, go-karts, electric bicycles, and DIY motorized projects.

Operating at 24V DC with a rated output of 250W, this motor delivers a rated speed of 2750 RPM and a rated torque of 0.86 N·m, making it suitable for applications requiring reliable rotational power.

The motor features an 11-tooth #25 chain sprocket for chain-driven transmission systems and a mounting bracket for convenient installation. Its brushed DC design allows straightforward speed and direction control using a compatible motor controller.

It is suitable for electric vehicle repairs, custom mechanical projects, educational robotics, and motorized equipment.

Key Features

• 250W Rated Power: Suitable for small electric vehicles and motorized equipment.
• 24V DC Operation: Designed for 24V battery-powered systems.
• 2750 RPM Rated Speed: Provides rotational speed for chain-driven applications.
• 0.86 N·m Rated Torque: Suitable for compatible mechanical drive systems.
• Brushed DC Motor: Supports speed adjustment using a compatible PWM motor controller.
• Reversible Rotation: Motor direction can be reversed by changing the polarity through a suitable controller.
• 11-Tooth Chain Sprocket: Designed for #25 chain transmission systems.
• Mounting Bracket: Facilitates installation on compatible chassis and equipment.
• Compact Construction: Suitable for projects with limited installation space.
• Versatile Applications: Ideal for electric scooters, mini bikes, go-karts, and DIY projects.

Technical Specifications

Electrical Connection

The MY1016 motor uses a two-wire DC connection.

Basic Connection:

1. Connect a suitable 24V DC power source to a compatible brushed DC motor controller.
2. Connect the motor's two wires to the controller's motor output terminals.
3. Connect the controller's throttle or speed-control input according to its instructions.
4. Use the controller to adjust motor speed.
5. Reverse the motor direction using a controller that supports bidirectional operation.

Important: This motor must not be connected directly to Arduino, ESP32, Raspberry Pi, or other microcontroller GPIO pins. A suitable high-current motor driver is required.

Compatible Applications

• Electric scooters
• Electric mini bikes
• Electric bicycles
• Go-karts
• Small electric vehicles
• DIY electric carts
• Motorized mechanical systems
• Chain-driven equipment
• Educational engineering projects
• Custom robotics platforms
• Electric vehicle maintenance and replacement projects
• Experimental motor control systems

Motor Controller Recommendations

For reliable operation, use a controller with the following characteristics:

The power supply, controller, wiring, and protection devices must also accommodate motor startup and stall currents.

Important Notes

• This motor operates at 24V DC.
• Do not connect the motor directly to household AC power.
• A compatible motor controller is recommended for speed regulation.
• The motor may draw significantly higher current during startup or when stalled.
• Ensure that the power supply and motor controller are rated for the expected load.
• The motor uses an 11-tooth sprocket designed for #25 chain systems.
• Verify the sprocket, mounting dimensions, shaft alignment, and mechanical compatibility before installation.
• The motor's rotation direction can be reversed by changing the polarity using an appropriate controller.
• Do not reverse polarity while the motor is running at high speed without suitable control circuitry.
• Use appropriate fuses, wiring, and mechanical guards.
• Avoid prolonged overload or stalled operation to prevent overheating.
• Compatibility with specific scooter models must be verified using the original motor's electrical and mechanical specifications.

Package Includes

• 1 × MY1016 24V 250W Brushed DC Motor
• 1 × 11-Tooth Sprocket (fitted)
• 1 × Motor Mounting Bracket (fitted)