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.

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.

In a remarkable fusion of robotics and machine learning, a small robot equipped with an Arduino Uno took center stage as it autonomously navigated a racetrack. The project, undertaken by an innovative ...

As we know that now days robots place a crucial role in technology and as well as in our lives. A remote-operated robot is a wheeled device that can be controlled from a distance, enabling users to ...

Firefighting robot using Arduino uno project introduces the design and execution of a firefighting robot, focusing on its operational aspects and capabilities for fire suppression. The proposed robot ...

Living proof is this human-following robot/car that was build by the YouTuber over at DIY Builder, which relies on an Arduino Uno as the brain of the device.

This code can be used for creating a Line follower Robot using Arduino Uno r3. The code is written to support an IR array sensor (6 IR sensors). Sensors can be tested within the Arduino IDE.

Military Purpose Robot Using Arduino Uno R3. Contribute to gopaldhanokar22/Military-Purpose-Robot-Using-Arduino-Uno-R3 development by creating an account on GitHub.