Ultrasonic Sensor continuously checks for obstacles. IR Sensors detect objects on the left and right sides. If an obstacle is detected: The robot stops and moves backward. If the left IR sensor is ...

An Obstacle Avoidance Robot is an intelligent robot, which can automatically sense and overcome obstacles on its path.It contains a Arduino to process the data, and Ultrasonic sensors to detect the ...

In this tutorial, we are going to interface E18-D80NK IR Proximity Sensor with Arduino. The E18-D80NK is an advanced low-cost IR Proximity Sensor with an obstacle detection range of 3 cm to 80 cm. The ...

The Obstacle Avoidance Robot using Arduino is a popular project in robotics where a robot is designed to navigate its environment while avoiding obstacles in its path. Below is a project description ...

Place the ultrasonic sensor on the servo using the sensor stand. Then plug four wires into the sensor using female jumpers. Next, connect sensor to Arduino Uno as described below: GND→GND Vcc→5V ...

An obstacle avoiding robot is one of them. It uses a technique to change the path if it detects any obstacle in its way. (Picture Courtesy: Circuit digest) In this project, an Arduino based obstacle ...

In short, it is an Arduino based obstacle avoiding + voice control + Bluetooth control Robot. The smart rover is a versatile robotic platform equipped with Bluetooth and voice control capabilities.

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 ...

You can use various tools and methods to test and evaluate your robot's obstacle avoidance system, such as test courses, obstacle generators, data loggers, or performance indicators. Add your ...