Dual H-Bridge Motor Module Kit with 4 TT Motors

Boost Your DIY Projects with the Dual H-Bridge Motor Module Kit

The Dual H-Bridge Motor Module Kit is a powerful and versatile tool designed for hobbyists, students, and engineers working on robotics and electronics projects. This all-in-one kit includes 2 L298N motor drive modules, 4 TT motors with strong driving capabilities, and a set of 60 jumper wires, making it ideal for building dynamic and tech-driven DIY projects.

Features and Benefits

• L298N Motor Drive Module:
  • Dual-channel H-bridge driver for higher efficiency.
  • Supports 2-phase and 4-phase stepper motors or dual DC motors.
  • Working voltage: 5V-35V, with a continuous current of 2A and a maximum current of 3A.
  • Built-in voltage regulator for added stability.
• TT Motors with Tires:
  • Operating voltage: 3V-12V (recommended 6-8V for optimal performance).
  • Anti-interference design ensures smooth operation.
  • Includes durable tires with a diameter of 65mm and a width of 26mm.
• Comprehensive Kit Components:
  • 2 L298N modules.
  • 4 high-quality TT motors with wheels.
  • 20 jumper wires (female to female).
  • 20 jumper wires (male to male).
  • 20 jumper wires (male to female).

Applications

This kit is perfect for various DIY applications, including:

• Building remote-controlled cars.
• Developing robotic arms and electronic toys.
• Powering small electronic machinery and educational projects.

Specifications

Motor Drive Module:

• Dimensions: 43x43x27mm.
• Maximum power: 25W.
• Operating mode: Dual H-bridge driver.

TT Motors:

• Reduction ratio: 1:48.
• No-load speed at 6V: 200 RPM (±10%).
• No-load speed at 3V: 90 RPM (±10%).

How to Use

1. Connect the driver modules to your microcontroller using the included jumper wires.
2. Attach the TT motors to the wheels.
3. Power the module with a voltage between 5V and 35V.
4. Use the setup to control motor direction and speed for your project.

Why Choose This Kit?

• Easy Integration: Compatible with Arduino and other microcontroller boards.
• Educational Value: Learn the basics of motor control, H-bridge circuits, and robotics.
• High Quality: Built with durable materials to ensure long-lasting performance.