Implementation Of an Aircraft Ultrasonic Radar System Using Arduino

This paper presents the development of an Aircraft Ultrasonic Radar System using Arduino to enhance aircraft detection, support air traffic management, and improve aviation safety. The system integrates ultrasonic sensors with the Arduino platform to generate and process ultrasonic waves, enabling real-time distance measurement of nearby aircraft. Additional components include RF transmitter and receiver modules for wireless data transfer, reducing wiring needs and improving aircraft flexibility. A DHT11 sensor is incorporated to monitor temperature and humidity, ensuring reliable performance under varying weather conditions. The coordinated interaction between sensors and Arduino forms the core of the system, offering a cost-effective alternative to traditional radar technologies. Supported by a dedicated data processing program, the system facilitates object detection and aircraft guidance across different environments. Through ongoing testing and validation, the project aims to deliver a reliable, efficient radar solution that contributes to enhanced aviation safety.