ESP32-based Development Board for Robotics and Embedded Applications
Maze solver and line follower with 90 and 135 degree turns
All the project files related to the development of an Arduino based autonomous mobile robot for UOM's EN2532 - Robot Design and Competition Module✨🚗✨
This robot can be easy to transport products from one place to another. No need to control by man. Manpower will reduce. It automatically will work by calling their user.
Line Following Smart Robot done with Raspberry Pi 3
This repository tries to experiment methods to implement line following and maze solving functionality.
A line-following robot uses IR sensors and Arduino to navigate marked paths, detect obstacles, and serve patients using servo motors. It is ideal for hospitals to automate supply delivery and patient assistance.
this a high speed autonomous line following robot
Robot Line Follower, aperto a varie personalizzazioni, basato su Arduino, adatto ad un uso didattico per Studenti e Maker.
An Arduino based two wheeled robot that follows a line and also avoids dead ends to solve a maze.
This repository contains the circuit design and logic implementation for a Line-Following Robot built using 4 sensors, logic gates, and DC motors. The robot uses basic digital logic gates to determine motor speeds based on sensor input and follows a line efficiently.
Basic Arduino projects including LED blink, button controls, and line-following logic perfect for beginners and prototyping.
A Line Following bot using AVR ATMEGA32 Microcontroller
An autonomous material transporting robot whose job is to pick things up and drop them at some specific marked areas has been fabricated and coded.
This repo describes the software used in a line following robot for Gruop 12 ESP Project University of Manchester
This project demonstrates how to build an Arduino-based robot that utilizes line-following sensors to detect black lines and actively avoid them, aiming to reach a designated destination without crossing the detected lines.
The Line Flow Bot uses an STM32F103C8T6 microcontroller, TCRT5000 infrared sensors, an MPU6050 gyroscope and accelerometer, and GA12-N20 DC motors. It features flexible battery-powered operation with integrated charging and battery management. A 7-segment LED and 2 push buttons configuration.
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