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 ...

An autonomous robot that detects and avoids obstacles using Arduino Uno, Ultrasonic Sensor (HC-SR04), Servo Motor, and L298N Motor Driver. The robot continuously scans its surroundings and makes ...

We’re all pretty well-acquainted with the obstacle avoiding robot. These little inventions use a proximity sensor to detect an object in front of the robot, then circumvent the object accordingly.

Tiny BOT is a simple obstacle avoiding robot with two wheels that can be fabricated using a handful of generally available and inexpensive discrete components. The robot can perform avoidance ...

Abstract: This paper presents an effective work and deployment of mobile automation that has lush options. Surveillance robots are now a days used everywhere for various purposes such as homes, ...

Abstract: In order to achieve the expected goal accurately, detecting of road region and obstacle, self-organization and planning autonomously and dynamical avoidance are key technologies during the ...

This rover built by [Sath02] is a great example that you don’t have to be a mechanical engineering wizard to get into robotics. He used LEGO pieces to help ease the difficulty of getting a rover up ...

Robot lawnmowers can be extremely pricey, even at the lower end of the market, setting you back quite a few hundred dollars. If you would prefer to make your own and learn a little more about Arduino ...