Army Radar system for high school students.

Our project presents a next-generation Army Radar Detection System designed to strengthen military surveillance, early-warning response, and battlefield awareness. Built with precision engineering and modern electronics, this system demonstrates how real defense-grade radar technology detects airborne objects, analyzes their movement, and alerts ground units in real time.

🚀 Key Features

180° Rotating Radar Scanner that continuously monitors the surrounding airspace

Real-Time Distance Measurement for detecting aircraft, drones, and unidentified flying objects

Military-Style UI Display showing target direction, distance, and movement patterns

High-Speed Microcontroller Processing for instant response

Defense Alert System that triggers warnings for detected threats

Energy-Efficient System optimized for long-range scanning

🏛 Realistic Military Environment

The project is demonstrated inside a simulated army base environment, featuring:

Active plane hangars

Radar tracking aircraft movement

Missile launch visuals showcasing defense readiness

🎓 Team Excellence

This project is created by seven engineering students, each contributing expertise in:

Electronics & communication

Embedded programming

Radar signal processing

Mechanical design

UI/UX dashboard design

System integration

Together, the team showcases how engineering innovation can support national defense and inspire future battlefield technologies.

💡 Overall Impact

This Army Radar System is not only an academic project—it is a proof of concept for modern military surveillance. It demonstrates how low-cost engineering solutions can be used to detect threats, protect borders, and strengthen defense systems.