65mm Rubber Wheel with 37GB Motor Mounting Bracket

Wiring Connections

• Motor Wiring:
  • Positive Wire (Motor): Connect to the positive terminal on the motor driver or controller.
  • Negative Wire (Motor): Connect to the ground (GND) terminal on the motor driver or controller.
• Power Connections:
  • Battery Positive: Connect to the positive terminal on the motor driver.
  • Battery Negative: Connect to the ground (GND) terminal on the motor driver.
• Control Wiring:
  • Control Pins: Connect the control pins from your microcontroller to the motor driver’s input pins to manage the wheel’s movement and speed.

Power

• Voltage Requirement: Operates on a DC voltage  between 6V-12V, depending on the motor used.
• Power Source: Can be powered by various batteries, such as AA batteries, LiPo batteries, or rechargeable battery packs.
• Current Consumption: Varies depending on the motor and load; generally around 200-800mA under load.
• Power Distribution: Power is supplied to the motor through the motor driver, which controls the wheel’s movement.

Input and Output

• Input:
  • Electrical Power: Supplied to the motor through the motor driver.
  • Control Signals: Received from a microcontroller or remote controller to adjust the wheel’s speed and direction.
• Output:
  • Mechanical Movement: The wheel converts the motor’s rotational force into linear movement, propelling the vehicle forward, backward, or turning.

Physical Characteristics

• Wheel Material: The tire is made from a high-quality rubber compound that provides flexibility and strength.
• Bracket Material: The mounting bracket is usually made from metal or high-strength plastic, providing a secure attachment for the motor.
• Wheel Tread: Designed with a tread pattern that enhances grip and stability on different surfaces.
• Mounting Hub: The bracket includes a mounting hub designed to fit 37GB motors, ensuring a secure and stable connection.
• Weight: The combined weight of the wheel and bracket is kept low to maintain agility while providing durability.

Technical Specifications

• Wheel Diameter: The 65mm diameter is optimal for balancing speed and stability, making it suitable for various robotic and RC vehicle applications.
• Wheel Width: The 30mm width offers a good balance of traction and maneuverability.
• Bracket Design: The bracket is specifically tailored to fit 37GB motors, ensuring a precise and stable fit.
• Tire Tread Pattern: The tread is designed for optimal grip, with patterns that channel away dirt and debris.

Additional Features

• Compatibility: The wheel and bracket assembly is compatible with most 37GB motors, making it a versatile choice for different projects.
• Customizable: The mounting bracket allows for adjustments to accommodate various motor setups and configurations.
• All-Terrain Use: The rubber tire is suitable for different types of terrain, including smooth indoor surfaces and rough outdoor conditions.

How to Use

• Attach the Wheel:
  • Step 1: Ensure the 37GB motor fits into the mounting bracket.
  • Step 2: Slide the motor into the bracket, aligning it with the mounting holes.
  • Step 3: Secure the motor to the bracket using screws or fasteners provided.
• Install the Wheel and Motor Assembly:
  • Step 4: Attach the assembled wheel and motor to your robot or vehicle chassis.
  • Step 5: Connect the motor wires to the motor driver or controller, ensuring correct polarity.
• Power and Control:
  • Step 6: Connect a suitable power source to the motor driver.
  • Step 7: Connect the control wires from your microcontroller or remote controller to the motor driver.
  • Step 8: Program your microcontroller to control the motor’s speed and direction based on your project requirements.
• Test and Adjust:
  • Step 9: Test the movement of the vehicle, checking that the wheel rotates smoothly and responds to control inputs.
  • Step 10: Adjust the programming or wiring as needed to optimize performance and ensure reliable operation.

The 65mm rubber wheel with a 37GB motor mounting bracket provides a durable and reliable solution for various robotics and remote-controlled vehicle projects. Its combination of high-quality materials, shock absorption, and easy installation makes it an excellent choice for achieving smooth and stable movement.