Conclusion Building a human-following robot using Arduino and three ultrasonic sensors is an exciting and rewarding project that combines programming, electronics, and mechanics. With Arduino’s ...

Gotu is an Arduino-based Obstacle Avoidance Robot that uses ultrasonic sensors for obstacle detection and clap-based commands for movement and speed control. The system is designed to autonomously ...

In this repository will be provided the whole code used to achieve the goal, the circuit diagram, and the NewPing library used for the ultrasonic sensor. About the hardware part: has been used an ...

Because of the affordability and seeming ubiquity of the Arduino platform, they have been hard at work this last month trying to get their Geiger counter sensor board for an Arduino out the door.

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

Obstacle avoidance is crucial for autonomous robots, allowing them to detect obstacles in real-time and reroute themselves to avoid collisions. By integrating ultrasonic sensors and Arduino, this ...

While there are a couple of open-source brushless drivers already available, [neuromancer2701] created his own brushless motor controller on an Arduino shield.

In recent years, the use of advanced robotic systems has increased significantly, making machinery quite effective and productive. A robot is an advanced machine that can perform a task autonomously ...

With Arduino Nano single chip microcomputer as main controller, combined with ultrasonic sensor module, bluetooth module and speaker module, the glove realized the function of obstacle detection and ...

This robot is constructed using an Arduino Microcontroller, a Motor shield, a Sensor, and a DC (Direct Current) Motor. To carry out the required operation, the ATmega328 microcontroller is used.