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Smart Line Following 4WD Robot using Arduino LFR (Unassembled)

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Only 5 left in stock


  • Intelligent 4WD robot kit with automatic line following capability using IR sensor technology
  • Arduino Uno-based control system with L298N motor driver for precise motor control
  • Complete unassembled DIY kit including 4WD chassis, 2 IR sensors, and rechargeable battery setup
  • Perfect for learning robotics fundamentals, sensor interfacing, and autonomous navigation
  • Ideal for students, STEM education, robotics competitions, and science exhibition projects
  • Beginner-friendly design with hands-on assembly experience and reusable components
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 4,200  4,500

Only 5 left in stock

The Smart Line Following 4WD Robot using Arduino (LFR) is an intelligent robotics project designed to automatically follow a predefined path or line using IR sensor technology. This unassembled DIY robot kit helps students and beginners understand the fundamentals of robotics, sensor interfacing, and autonomous navigation.

The robot uses 2 IR sensors to detect a black line or track on a contrasting surface. Based on the sensor readings, the Arduino controls the motors through the L298N motor driver module to maintain the correct path automatically.

The unassembled kit design gives users practical hands-on experience in building and understanding the complete robot system.

Key Features of Arduino Line Following Robot

  • Automatic line following functionality
  • Intelligent path tracking system
  • 4-Wheel Drive robotic platform
  • Arduino-based control system
  • Rechargeable battery-powered operation
  • DIY unassembled kit for learning
  • Beginner-friendly robotics project

Hardware Components Included

  • Arduino Uno SMD with USB Cable
  • 4WD Complete Chassis
  • 2x IR Sensors
  • L298N Motor Driver Module
  • 2x 18650 Li-Ion Cells
  • 2-Cell Battery Holder
  • On/Off Rocker Switch
  • Jumper Wires (20x M-M, 20x M-F)

How Line Following Robot Works

The robot uses two IR sensors placed underneath the chassis to continuously detect the line path.

  • When both sensors detect the line correctly, the robot moves forward
  • If the left sensor moves away from the line, the robot adjusts toward the left
  • If the right sensor moves away from the line, the robot adjusts toward the right
  • The Arduino processes sensor signals and controls motor movement through the L298N motor driver

The robot continuously makes directional corrections to stay on the path automatically.

Applications of 4WD Line Follower Robot

  • Line Following Robot Projects
  • Arduino Learning Projects
  • STEM Education
  • Robotics Competitions
  • Science Exhibition Models
  • DIY Electronics Learning
  • Autonomous Navigation Demonstrations

Complete Package Contents

  • Arduino Uno SMD Board
  • USB Cable
  • 2x IR Sensors
  • L298N Motor Driver Module
  • 2x 18650 Li-Ion Cells
  • 2-Cell Holder
  • On/Off Rocker Switch
  • Jumper Wires

Who Should Buy This Robot Kit

  • Students
  • Arduino Beginners
  • Robotics Learners
  • STEM Enthusiasts
  • DIY Electronics Hobbyists
  • Science Exhibition Participants

Benefits and Advantages

  • Easy to assemble and learn
  • Autonomous movement capability
  • Improves sensor interfacing skills
  • Practical robotics experience
  • Rechargeable portable setup
  • Enhances coding and electronics knowledge
  • Reusable components for future projects

Note: Images are for Illustration purposes only

Category:
College Road Electronics

4.82

(567 Reviews)

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Vendor Information

  • Store Name: College Road Electronics
  • Vendor: College Road Electronics
  • Address: Microwave Electronics, Basement Azhar Shaheed Plaza, DAV College Road
    Rawalpindi
    Punjab
    46000
  • 4.82 rating from 567 reviews
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