An obstacle-avoiding robot using an ultrasonic sensor and motor control, programmed with Arduino to autonomously navigate and avoid obstacles by stopping, reversing, and turning.

While its obstacle avoidance feels like an afterthought, everything else about the remote-controlled Mowrator S1 robot lawn mower is high end and lots of fun. Robot lawn mowers are great for busy ...

Utilizing an Arduino Uno, it offers a user-friendly interface enabling remote control via Bluetooth connectivity from a smartphone or other compatible devices. Additionally, the integration of voice ...

The robot utilizes ultrasonic sensors to measure distances and determine the presence of obstacles, employing an Arduino microcontroller to process sensor data and make real-time decisions. Motor ...

Project Overview This project involves designing and building an obstacle-avoiding robot using Arduino Uno (ATmega328P) as the microcontroller. The robot is equipped with ultrasonic sensors to detect ...

Avoiding obstacles is a key job in robotics, where autonomous robots aim to reach their destination without bumping into things. One type of autonomous robot that's pretty clever is the real-time ...

SunFounder Zeus Car Kit is an Arduino UNO and ESP32 Cam-based educational kit for children (and adults) that can be used to learn more about electronics, robotics, and programming. It’s a car ...