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.

This analog wall follow robot is developed for the semester 3 project under EN2091: Laboratory Practice and Projects.

A bot which can move without colliding with any walls with the help of HC-SR04 ultrasonic sensors.

Un rover 2WD con Raspberry Pi Pico W comandado por WiFi

It can follow humans or moving objects with the help of HC-SR04 Ultrasonic Sensor, Can be used as a nanny bot for kids or to carry heavy baggage without support.

The Obstacle Avoidance _ Ein Arduino-basierter autonomer Roboter, der Hindernissen ausweicht und sich selbst am Fallen hindert.🤖

A simulation of a typical smart city made using arduino and some important components

Veículo controlado comandos de celular enviado via BLE (Bluetooth Low Energy), o controlador é compatível com Android/IOS desenvolvido no App Inventor. O veículo é equipado com um esp32 que já vêm com BLE integrado e um driver responsável por acionar os motores DC.

The SumoCode repository contains the source code for our sumo bot, which is designed for the upcoming sumo robot competition.

Line Follower Robot Design Simulation on Proteus

This library is designed to work with L2938 H-bridge based motor shields.

Automatic door using TSSP58038 proximity sensor, ATMega8-16P, L298 motor driver, and servo