Dual Motor Controller 2A L298N

The L298N Dual H-Bridge Motor Driver (2A) is a compact motor driver designed to control two DC motors or one stepper motor using microcontrollers such as Arduino, ESP32, or Raspberry Pi.

This module is based on the L298N dual H-bridge motor driver chip, allowing precise control of both motor direction and speed through simple digital signals and PWM. Compared to larger motor drivers, the L298N provides efficient motor control in a small and lightweight design, making it ideal for compact robotics projects.

With support for PWM speed regulation, you can smoothly control motor performance, while the dual channel H-bridge architecture allows independent control of two motors. This makes the module perfect for robot cars, small automation systems, and educational robotics builds.

Thanks to its simple pin interface and low power requirements, the L298N module integrates easily into breadboard setups and maker projects.

Perfect for beginners and advanced makers working on robotics, automation, and STEM education projects.

Highlights:

• Dual Motor Control: Drive two DC motors independently or one stepper motor.
• Bidirectional Operation: Control motor direction and rotation easily.
• PWM Speed Control: Smoothly adjust motor speed using PWM signals.
• Compact Design: Small and lightweight module ideal for mini robotics projects.
• Efficient Driver Chip: Based on the L298N dual H-bridge motor driver for reliable performance.

Specifications:

• Driver Chip: L298N Dual H-Bridge.
  
• Motor Channels: 2 DC motors or 1 stepper motor.
  
• Operating Voltage: 5V or 12V.
  
• Motor Voltage: 5-35V.
• Maximum Output Current: ~2A per channel (with cooling).
  
• Continuous Current: ~1-1.5A per channel.
  
• Control Interface: Digital direction & PWM speed control.
  
• Cooling: Heatsink on top.
• Dimensions: ~44×44×27mm.
• Interface: 13-pin (12V, GND, 5V, ENA, IN1-IN4, ENB, OUT1-OUT4).
  

Ideal For:

• 🤖 Robotics and robot car projects.
  
• 🚗 Small motor control applications.
  
• ⚙️ DIY automation systems.
  
• 🔧 Robotics prototyping projects.
  
• 🎓 Arduino & STEM education projects.
  

Note:

Product appearance may vary slightly from the images shown.
Text or markings on the module may differ depending on the batch.