Year: 2025
Type: article
Abstract: : The Arduino Missile Defense Radar System is a prototype designed to simulate missile detection and tracking using radar technology integrated with an Arduino microcontroller. This project aims to demonstrate the fundamental principles ofradar-basedthreatdetection,automatictargettracking,and response mechanisms. The system consists of an ultrasonic or microwave radar sensor, an Arduino board, a servo motor, and an alarm or defenseresponseunit.Theradarsensorcontinuouslyscansfor objects, and when a potential threat is detected, the system calculates its position and trajectory. The servo motor adjusts the sensor’s direction for better tracking, and an alert mechanism (such as a buzzer or LED indicator) is triggered. Additionalenhancements,suchasinterfacingwithadisplay module for real-time visualization and integrating machine learning for target classification, can improve system performance. Thisprojectservesasaneducationaldemonstrationofdefense technology, embedded systems, and automation, making it valuable for students
Authors: Linay N. Kolhe, Saee Gonate, Janhavi Kalokhe, Aaditi Sathe, Mr. S. H. Kale
Language: English
Topic: Arduino and IoT Applications
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4409628307