LiFOAR
Line Following and Obstacle Avoiding Robot - Built a line-following and obstacle-avoiding robot using Arduino Microcontroller programmed with Arduino IDE and C/C++.
Install / Use
/learn @JanithDisanayake/LiFOARREADME
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<img width="20%" src="/arduino-icon.svg">
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<b><h3> Arduino Robot </h3></b>
<p> Making Line Followign & Object Avoiding Robot using <a href="https://www.arduino.cc"> Arduino </a></p>
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Instructions:
- All Files of Robot
- Testing Files Also included
- myRobot code is made by our own hand
- compounents are mentioned below
- newlineFollower just included the Line Following code
- <b>myRobotX is the Final Code</b>
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Items we used
- Arduino Uno R3
- L298 Motor Driver
- Car chassis pack
- Battries
- Wheels
- Ultra Sonic Sensor
- Infared Sensors
- Servo Motor
- Bread Board
- Jumpers
Apps and Tools
<a href="https://www.arduino.cc/en/software"><img src="/arduino-ide-logo.svg" width="40"></a>
<br>How It follows the line
<br> <img src="/readme-essentials/RAD lf.png" width="600"> A) Both IR LEDs are on the line. Robot car should move forward. <br><br> B) The Right IR LED is on the line while the left deviates to the left. Robot car should turn to the right. <br><br> C) The Left IR LED is on the line while the right deviates to the right. Robot car should turn to the left. <br><br><br>
How It avoids obstacles
<br> The basic principle behind the working of ultrasonic sensor is to note down the time <br> taken by sensor to transmit ultrasonic beams and receiving the ultrasonic beams after <br> hitting the surface. Then further the distance is calculated. <br><br> <img src="/readme-essentials/RAD oa1.png" width="600"> <br> <img src="/readme-essentials/RAD oa2.png" width="600"><br><br>
Schematics and circuit diagrams
<a href="https://ibb.co/N2PsVVv"><img src="https://i.ibb.co/k2fxHH7/schematic-arduino-line-following-robot-sheet-u-Nr-Cjg-Bi-Re-1-cleanup.png" alt="schematic-arduino-line-following-robot-sheet-u-Nr-Cjg-Bi-Re-1-cleanup" border="0"></a>
<br>Special Thanks:
<br>Checkout Our Documentation:
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<div align="center"> <img src="/readme-essentials/LIFOD.jpg" width="300" height="auto">LinkedIn Post: click here!
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