A two-wheel self-balancing robot based on the ATmega2560 micro-controller.

A robot car developed using Arduino that can operate in 3 modes - Manual, Automatic and Voice. The car is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.

ESP32 Bluetooth controlled Robot Car

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

WiFi-enabled toy car with ESP32-Cam (AI-Thinker with OV2640) and 2 pairs of motors controlled by L298N-based module. Software includes HTTP server with network & camera configuration.

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 very simple library to help you independently control motors more easily

A library for the two-wheel drive Arduino robot chassis sold by VKmaker.

STM32 Project | Personal Experiment

Functions for controlling the L298 H Bridge in an easy way using ESP32

ТАЛАС — танк лазерный самоходный

car controlled via the browser using websockets

Self-Balancing Robot

A simple Arduino-based line-following robot that uses IR sensors and an L298N motor driver to follow a black line on a white surface.

Food Serving Robot control based using RF Module

The code of my 2017 sumo robot, using an arduino nano, two HC-SR04 ultrasonic sensors, two TCS3200 color sensors and a L298N motor controller.

Arduino Project | Personal Experiment

Automatic Billiards Table

L298N Arduino kütüphanesi