Welcome to the Arduino Sensor Projects repository! This collection features various Arduino projects showcasing the capabilities of ultrasonic sensors, servo motors, and LCD displays.
Description: The Arduino Radar project utilizes an ultrasonic sensor and a servo motor to create a simple radar system. The servo motor sweeps the ultrasonic sensor, detecting objects and displaying their distance on the Serial Monitor.
Description: The Servo Motor Control project demonstrates how to control a servo motor using Arduino. The code sweeps the servo motor from 0 to 180 degrees and back, creating a sweeping motion. This project is an excellent starting point for servo motor applications.
Description: The Ultrasonic Sensor Distance Measurement project focuses on measuring distances using an ultrasonic sensor. The Arduino reads data from the sensor and prints the distance information to the Serial Monitor. This is a fundamental project for working with ultrasonic sensors.
Description: The Ultrasonic Sensor Tutorial With LCD project enhances the basic ultrasonic sensor functionality by integrating an LCD display. It provides a visual representation of the distance measurements, making it a comprehensive tutorial for beginners.
Description: The Radar with Servo Control project combines the concepts of radar and servo motor control. The servo motor sweeps the ultrasonic sensor, creating a radar-like system. The distance measurements are displayed on the Serial Monitor.
- Clone this repository to your local machine.
- Open each project's folder and follow the instructions in the respective README files.
- Experiment, modify, and customize the code to suit your creative ideas and requirements.
Feel free to explore each project independently or combine elements for more advanced applications!
This repository is licensed under the MIT License, allowing for modification and distribution.
Feel free to contribute by submitting issues or pull requests. Follow the Contribution Guidelines for more information.
- [Glenn_Tech] -
Special thanks to the Arduino community and the contributors of relevant libraries.