A ROS2 package designed to have a differential drive robot follow a Robotrace track by using a camera.

A simple line-following robot built with ROS and OpenCV.

Line Follower Maze Solver Robot using OpenCV on ROS

Robot Car realized using Arduino able to follow a path and to detect and avoid obstacles during the way.

Arduino Projects code and details

A collection of arduino fun projects for learning arduino projects / electronics

This project introduces a Line Following Robot that utilizes Arduino technology and features a sophisticated system of 5 sensors. The robot is specifically designed to follow a predefined path or line on the ground, demonstrating the integration of sensor data for precise navigation.

A simple line follower robot simulator in Python.

An Arduino line following maze solver which utilizes PID control to ensure stability. The robot can record the shortest path to the exit, and follow said path in future rounds.

This is the place you can find solution of your line follower and especially if you are using Arduino in programming it.

Maze Solving Line Follower-Arduino Project

Arduino code for a 5 IR sensor array Line follower car, contains a README.md to describe the instructions for making the bot and a THEORY.md to describe the common mistakes and what I have done to make it better.

🏎️ This repository contains our work on the line follower robot using car and mobile app. Using image processing to detect horizontal lines.

Advanced Line Follower Robot Using Proximity Sensor

Sketchs para um Carrinho Seguidor de Linha utilizando Arduino Uno.

Python file for Line following/Edge following/Wall following robot created using WEBOT

A 2-wheel drive car, controlled by a Raspberry Pi 4 running Robot Operating System (ROS1) Noetic, is used as a line following robot; it follows a black line against a white background, with the aid of a 5 channel infrared sensor.

Maze is a C library that is capable of scanning a complex maze and find the shortest path to end using Dijkstras algorithm. It can function independently as well as on any simulator or hardware. The same has been used to simulate a line follower robot on Coppeliasim ( VREP ) using its legacy remote API in C.

This is an Arduino-based project for a line follower robot with an 8-sensor array. The robot uses PID control to follow a line on the ground and can make sharp turns when necessary. The project includes the source code for the robot's firmware, as well as instructions for setting up the hardware and software requirements.

WALL·E Junior is a simple object following robot. It can detect object in front of it and can follow the object.