Working principle of application products

Remote control or programming control: Control the movement and action of the toy car robot through the remote control or preset program.
Motor drive: The motor drives the wheels and mechanical parts to achieve forward, backward, steering and specific actions (such as grabbing, lifting).
Sensor feedback: Some toy car robots are equipped with sensors that can sense the environment and respond, such as avoiding obstacles or tracking paths.
Interactive function: Supports interaction with users or other toys, such as making sounds, emitting light or performing specific tasks.

How our motors work on products

Driving wheels: The motor is decelerated through the gearbox to provide stable speed and torque to drive the wheels forward, backward and steering.
Controlling mechanical parts: The motor drives the mechanical arm or grabbing device to achieve actions such as grabbing and lifting.
Precise control: The motor cooperates with the controller to accurately control the speed and direction of movement according to the remote control or program signal.
Energy-saving operation: After completing the task, the motor stops quickly and enters low-power mode to extend battery life.

Recommended motors

DM-12SNMN20: Low noise, high precision, suitable for small toy car robots, providing smooth operation.
DM-12SMN30: Moderate torque and speed, suitable for medium-sized toy car robots, capable of handling more complex movements.
DM-13SM030: High torque, low speed, suitable for toy car robots that require high-precision control, such as robotic arms or gripping devices.

Advantages of our motors used in this product

High torque output: ensures that the toy car robot can run smoothly on various terrains and the mechanical parts can work reliably.
Low noise operation: provides a quiet operating environment, suitable for children and home use.
High reliability: The motor has been rigorously tested and can maintain long-term stable operation under frequent use.
Compact design: suitable for the limited space of the toy car robot without affecting the appearance design.
Energy saving and high efficiency: reduce energy consumption, extend battery life, and meet environmental protection requirements.
Intelligent adaptation: supports multiple control methods, including remote control, sensor and programmable control.