DC Motor, TT Motor with Car Wheel (Left)
庫存單位: 58-43-8041
Features:
- Wide Voltage Range: The motor operates efficiently within a voltage range of 3V to 6VDC, making it compatible with a variety of power sources commonly used in robotics, Arduino, and Raspberry Pi projects.
- Double Shaft Design: The motor features a double shaft design, allowing you to attach the wheel on either side as per your specific requirements, offering flexibility and versatility in robot construction.
- Gear Ratio of 1:48: With its built-in gear system, the motor provides a gear ratio of 1:48, delivering increased torque for precise control over your robot’s movements or various Arduino and Raspberry Pi applications.
- No-Load Speed: At 5V, the motor achieves a no-load speed of 90RPM (Rotations Per Minute), ensuring smooth and efficient operation for your mobile robot or Arduino/Raspberry Pi projects.
- Low Power Consumption: The motor’s no-load current at 5V is only 190mA, enabling energy-efficient performance and allowing you to maximize the battery life of your robot or Arduino/Raspberry Pi system.
- Reliable Torque: Boasting a rated torque of 78mN.m (0.8kgf.cm), this motor provides sufficient power to handle various tasks and maneuvers, making it an ideal choice for demanding applications.
- Wheel Specifications: The included wheel has a diameter of 66mm and a thickness of 25mm, providing excellent traction and stability for your robot’s movement, while also enhancing the functionality of your Arduino and Raspberry Pi projects.
- Extended Wire Length: With a generous 40cm wire length, the motor offers flexibility in placement and easy connection within your robot assembly or Arduino/Raspberry Pi setup.
- Compact Design: The motor’s compact dimensions of 70 x 36.5 x 24.5mm (LWH) ensure seamless integration into your robot’s framework or Arduino/Raspberry Pi projects, allowing for efficient use of space.
- Lightweight: Weighing just 65g, the motor keeps your mobile robot or Arduino/Raspberry Pi system lightweight and nimble without compromising on performance.


