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The YT-LD02C military-grade Drone/">Drone/">Drone/">Drone/">Drone/">Drone/">Drone/">Drone/">Drone detection radar represents cutting-edge technology in UAV surveillance and countermeasure systems. This advanced pulse Doppler three-coordinate radar features azimuth machine scanning and pitch-dimensional phase scanning, specifically engineered for precise detection and tracking of low-altitude aircraft threats.
With its exceptional 15km maximum detection range, the system provides comprehensive airspace monitoring capabilities. The radar accurately captures target spatial positions and integrates seamlessly with electro-optical systems for enhanced identification. The platform offers full compatibility with various countermeasure systems including signal jamming, laser weaponry, and navigation decoys.
Operating in the X-band frequency range (9GHz-10.2GHz), the system delivers superior performance with a detection probability of 90% at false alarm rates of 10-6. The radar demonstrates exceptional capability against common commercial drones, achieving detection ranges of ≥10km for DJI Phantom 4-class targets at 6-second data rates.
The system features a minimum detectable target speed of 1m/s with a close-range blind zone of ≤150m. With a target capacity of ≥200 simultaneous tracks, the radar provides comprehensive situational awareness for security operations.
The integrated countermeasure system offers multiple operational modes including forced landing and return functions. The technology effectively disrupts navigation, control, and image transmission signals across consumer and modified UAV platforms.
State-of-the-art high-gain directional antennas enable extended counteraction ranges, while multi-frequency interference capabilities cover all common UAV communication bands. The system provides clear operational status indicators for each frequency band and supports remote operation with self-preservation functions.
The advanced software platform enables network integration of multiple detection units for comprehensive area coverage. The system features sophisticated analytics and reporting tools for operational decision support. When paired with radio detection equipment, the platform can operate in fully autonomous unmanned mode for continuous protection.
