Fixed Drone Detector
Fixed Drone Detector is a stationary system for advanced UAV detection, tracking, and early warning across large areas.
Key Features:
✔️ Detects radio signals from drones using Radio Spectrum Analysis, Drone ID, and Remote ID
✔️ Long-range detection: ≥10 km for DJI drones, ≥5 km for FPV drones
✔️ Real-time identification of drone model, serial number, location, and pilot position
✔️ Ultra-fast response time of 2 seconds for immediate alerts
✔️ 360° horizontal and -20° to 70° vertical coverage for complete situational awareness
✔️ High directional accuracy with ≤3° precision in locating drones
✔️ Robust outdoor design: IP66 protection, operates in temperatures from -45°C to +70°C
✔️ Compact, industrial-grade unit weighing 25 kg, easy to integrate into security networks
Fixed Drone Detector
The Fixed Drone Detector monitors airspace through three frequency configurations: 20MHz-8000MHz, 20MHz-6000MHz, or 300MHz-6000MHz, depending on deployment requirements. This 25-kilogram stationary unit measures 590mm in diameter and 350mm in height, consuming 75 watts during continuous operation. The system achieves 360-degree horizontal coverage with vertical detection spanning -20° to 70° elevation angles. Detection radius extends beyond 10 kilometers for DJI series drones and surpasses 5 kilometers for FPV racing drones. Direction-finding accuracy registers at 3 degrees or better, pinpointing pilot and aircraft locations within 2 seconds of initial signal acquisition.
The detector employs radio spectrum analysis, Drone ID, and Remote ID protocol interpretation to identify drone models, serial numbers, and transmission characteristics. IP66-rated weatherproof housing protects internal electronics across -45°C to +70°C temperature ranges. AI-based deep learning algorithms update the drone model library automatically, adapting to emerging unmanned aircraft signatures. The unit integrates with navigation spoofers, directional jammers, radar systems, and photoelectric tracking equipment through standard communication protocols.
Power plants, military installations, and airport authorities install the Fixed Drone Detector on perimeter towers and rooftop positions to establish no-fly zone enforcement. Train stations deploy these sensors at terminal buildings to prevent unauthorized aerial surveillance during peak passenger hours. Critical infrastructure sites combine multiple units for overlapping coverage zones that eliminate blind spots. Event security teams activate temporary installations during outdoor gatherings where VIP protection protocols require airspace monitoring. The system logs unauthorized drone serial numbers while filtering authorized aircraft through whitelist databases.
Tactical Supply Pakistan integrates this detection infrastructure into Pakistani security networks requiring permanent airspace monitoring solutions. Our installations support military bases, government complexes, and industrial facilities where continuous drone surveillance detection remains mandatory.
How does the detector achieve sub-3-degree direction-finding accuracy?
Through phase-difference direction-finding algorithms that analyze signal arrival times across multiple antenna elements, calculating bearing angles from time-delay measurements between synchronized receivers positioned around the circular array.
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