TRINETRA-I: Prototype of S400 air defence system|science project |missile launching system|

Описание: "This is my science project, TRINETRA-I. It uses an Ultrasonic Sensor and Arduino to detect objects like the S-400 system." science project
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TRINETRA-I Defence Radar Model | All Features1. Advanced Radar Scanning (180° Swipe)Servo-mounted ultrasonic sensor full 0–180° sweep karta hai, environment ka complete scan karta hai.Sweep angle, speed, aur range har baar code/circuit se tune kiya ja sakta hai.Real-time target detection har angle par, live “angle-distance” output milta hai.2. Synchronized Missile Launcher AutomationX-axis (pan) servo scan angle pe instantly move hota hai—missile mount sensor ke synchronise ho ke fire karta hai.Y-axis (tilt) servo automatic elevation adjustment karta hai (default 30°, future mein multi-angle possible).Sari mounting mechanical limits, directions, reversal, aur calibration hardware ya code se adjust hoti hai.3. Smart Lock & Multi-Mode TriggerTarget jab set distance (jaise 40cm) ke andar aata hai, laser indicator ya LED lock instant ON hota hai.Missile trigger servo auto-fire/lock/reload action deta hai; firing logic time, angle sab software se customize ho sakta hai.Manual override, error prevention (miss-fire), aur multiple trigger modes (future add) ka scope hai.4. Live Radar Display & Data LoggingArduino se serial par “angle,distance” data continuously aata hai.Processing IDE par digital radar visualization: 180° beam sweep, distance rings, fading trails, live target dots, HUD/overlay info.Data file logging, replay, aur analysis ke liye code expand kiya ja sakta hai.5. Modular Coding & Hardware TuningAll pins (servo, sensor, trigger, laser/LED) code mein variable hain: Instant wiring changes possible.Servo step size, sweep delay, calibration, pan/tilt ranges, safety limits—all live code tuning.Laser module active-LOW/HIGH switch; hardware compatibility maximized.Error handling, sensor noise filtering, safe mechanical limits—all troubleshooting easy by small edits.6. Scalability & Expandability (Naye Features)Future upgrade: Multiple launchers/additional sensors, wireless remote/IoT control, processing data analytics, camera integration, voice alert, multi-target logic.Baad mein multi-angle firing, adaptive sweep, custom animation/visualization, aur AI decision logics kolay integrate kiye jayenge.Processing IDE mein 180° live sweep, multiple target plots, distance histogram, aur advanced UI add karne ki full facility.7. Practical & Defence ValueReal missile defence system ka scientific model; NDA aspirant ke liye technical and tactical learning.Engineering, automation, electronics, coding, science exhibition, R&D sabka combined showcase.Flexible base—school level se professional/future defence tech project tak scale up ho sakta hai.
#ArduinoProject #ScienceExhibition #IndianArmy #DRDO #RadarSystem #Engineering #DIY #Trinetra-I
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TRINETRA-I #shorts
Wait for the detection on the screen! 😱 This is Project TRINETRA-I, my homemade air defense radar system inspired by the S-400. ⚡️ How it works: I used an ultrasonic sensor and Arduino to detect enemy targets and map them on my laptop in real-time.

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#IndianArmy #DRDO #MadeInIndia #JaiHind #Defence #ArduinoProject #ScienceExhibition #Engineering #RadarSystem #Shorts #Tech #DIY