An Arduino-based robot car that uses an ultrasonic sensor to detect obstacles and automatically navigate around them. The robot moves forward until it detects an obstacle, then uses a servo-mounted ...

Connect a 9V battery to Arduino DC barrel jack to power the Arduino and the ultrasonic sensor. Install a separate battery pack into the battery holder to power the motor driver and the motors. Ensure ...

A cute Arduino powered spherical quadruped robot has been created by Gregory Leveque, using an Arduino Nano, along with a 16-channel servo driver board. Technology included in the small robot include ...

Yogy, an Arduino-based obstacle avoidance robot from Instructables user Jaidyn Edwards (chickenparmi) might look like an empty yogurt container with eyes…but that’s only because it is. We’ve featured ...

This paper details the development and implementation of an intelligent robotic system utilizing the Arduino Uno microcontroller, aiming to create a versatile robot capable of autonomously navigating ...