Skip to content

PRO TIP Block youtube.com at the DNS level — Pi-hole, NextDNS or your hosts file — but allow youtube-nocookie.com and i.ytimg.com. These tutorials keep playing; the rabbit hole does not.

Learning without distractions

Arduino L298N Motor Driver Tutorial for Beginners | Control DC Motors Speed & Direction with PWM

8K views on YouTube

Learn how to use the L298N Motor Driver with Arduino to control DC motor speed and direction using PWM in this complete step-by-step tutorial. This video covers everything from L298N pinout, wiring, power supply requirements, and Arduino programming to practical motor speed control and direction control.

The L298N is a dual H-bridge motor driver capable of controlling two DC motors independently, making it ideal for robotics projects, robot cars, automation systems, and Arduino beginner projects.

In this tutorial, you will learn:

✅ What is L298N motor driver and how it works
✅ L298N motor driver pinout explanation
✅ How to connect L298N with Arduino
✅ Power supply connections and onboard 5V regulator explanation
✅ How to control motor speed using PWM
✅ How to control motor direction using Arduino
✅ Arduino code explanation step-by-step
✅ Motor acceleration and deceleration using PWM

This tutorial is perfect for:

• Arduino beginners
• Robotics beginners
• Engineering students
• Electronics hobbyists
• Anyone building robot cars or automation projects

After watching this video, you will be able to control DC motors smoothly with speed control and direction control using Arduino and L298N motor driver.

Hardware Required:

• Arduino Uno
• L298N Motor Driver Module
• DC Motors
• External Power Supply (7V–14V recommended)
• Jumper wires

Applications:

• Arduino Robot Car
• Robotics Projects
• Automation Systems
• Motor Control Systems
• Arduino Beginner Projects

Subscribe to Electro Nerds Academy for more tutorials on Arduino, Robotics, and Electronics.

#arduinoprojects #arduino #arduinotutorial #embeddedsystems #electronics #electronerdsacademy #l298n #pwmodules #motorcontrol #motordriver #motorcontroller