I spent six weeks putting the top robot lawn mowers through its paces in my own yard. I found two clear winners and a few ...

This project demonstrates how to build a simple Line Follower Robot using the ESP32 microcontroller, L298N motor driver, IR sensors, and DC motors. ... Connect the ESP32 to your computer and upload ...

By building this simple light following robot you will learn the basics of robotics and how to use a microcontroller like Arduino to read sensor data and control motors. With this knowledge, you can ...

To build this project, all you need is three main components: an Arduino Uno, a 16x2 LCD, and a push button. You can connect everything to a breadboard to keep it simple.

Sunflowers, particularly the younger ones, like following the sun as it crosses the sky. This DIY solar tracker project mimics this behavior using three simple main components: An Arduino UNO ...

In this comprehensive written tutorial, I'll guide you on how you can create the tiniest line follower robot without the need for an Arduino board or any other microcontroller. A simple robot you can ...

A line-following robot is a simple and classic robotic project that can teach you the basics of robotics, such as sensors, ... You can use an Arduino as the brain of the robot, and a servo shield as ...

The robot’s hardware was constructed in accordance with the Open Robotic Platform (ORP) rules. This included two DC motors, an UNO R4 Minima, a Bluetooth module, and an SD card.

The robot is based on a two-wheeled design with tank-style steering. Controlled by an Arduino Uno, the robot uses a Slamtec RPLIDAR sensor to help map out its surroundings.

Arduino UNO R4 WiFi specifications and features: Microprocessor: RA4M1 from Renesas and ESP32-S3 from Espressif for Wi-Fi and Bluetooth capabilities Voltage: 5V operating voltage – Extended 24 V ...

The Uno R4 chip (pictured) that Arduino debuted today is the new top-end option in its Uno series of microcontroller boards. The series is the company’s most popular product line.