🔍 Product Overview

This motor driver module is built around the classic L298N dual H-bridge controller, allowing a microcontroller to safely drive two DC motors or one stepper motor. Rated for approximately 12 V supply and continuous current up to about 2 A per channel, it’s ideal for robotics, mobile platforms, automation and educational projects.

---

🚀 Why It’s Ideal for Your Projects

• Independent dual-motor control — Provides two separate channels, enabling each motor to be controlled in speed and direction, making it perfect for dual-wheel robots or gantry systems.

• Microcontroller-friendly interface — With simple input pins (IN1, IN2, IN3, IN4) and enable pins (EN A, EN B) for PWM speed control, it integrates easily with Arduino, ESP32, Raspberry Pi or other boards.

• Built for hobby robotics — Common voltage (≈ 12 V) and moderate current capacity (~2 A) match many hobby DC motors, offering a solid balance of performance and value.

---

📝 Key Features

• Motor supply voltage: commonly around 12 V (some versions accept higher ranges depending on design).

• Continuous current per channel: ~2 A (subject to module heat-dissipation and motor load).

• Dual H-Bridge architecture—two separate motor outputs allow independent control.

• PWM speed control via enable pins, plus logic signals for direction.

• On-board mounting holes for secure fix in your chassis.

• Avoids direct driving of motors from microcontroller pins—protects logic side and enables higher power loads.

---

🎯 Typical Applications

• Mobile robots and small vehicles – Drive each wheel independently for differential steering.

• Conveyor or gantry systems – Control two motors in tandem or separately for motion axes.

• Robotic arms or mechatronic assemblies – Manage two actuators in one module.

• Educational DIY kits – Ideal for teaching motor control, PWM, H-bridge logic and microcontroller integration.

---

✅ Why You’ll Love It

This L298N two-channel driver module provides a reliable and cost-effective motor driving solution for makers, educators and beginners alike. Whether you’re building a robot, a moving platform or a motor-based automation system, this module delivers straightforward control, dual-motor functionality and easy integration with your microcontroller ecosystem.