LKLQ-TPS6000 is X-band Doppler low altitude 3D surveillance radar specially designed for mini UAV and low flying targets. Adopt mature Doppler processing to detect tiny drones (RCS<0.01㎡) over 4km, 360° azimuth & 0~30° pitch for full 3D coverage. Equipped with TWS tracking & TAS fast interception, fit targets from 1m/s to 100m with configurable refresh rate. Light solid structure, AC220V power and ethernet output, stable.Tolerates extreme outdoor conditions . Serves as core detector for airport, border, power station to link opto & jamming equipment for integrated air control.
2.1 Airport Clearance 3D Defense: Fixed layout around towers to intercept invading drones and guarantee flight safety
2.2 Land & Coastal Border Networking: Multi-radar linkage to detect cross-border illegal aircraft
2.3 Oil & PV Station Long-Term Monitoring: All-weather tower deployment against mapping drones
2.4 Confidential Compound Guard: Full 3D coverage to early warn spy UAVs
2.5 Large Port Airspace Control: Rooftop installation to monitor illegal aerial photography drones
3.1 X Band Doppler system optimized for tiny low RCS drones, stably capture hovering, low & high speed aircraft with excellent clutter suppression
3.2 360° full azimuth plus 30° pitch 3D scanning forms complete monitoring airspace without dead zones for full-dimensional target capture
3.3 Integrated TAS fast interception & continuous tracking dual algorithm balances routine scan and sudden target lock to boost emergency disposal efficiency
3.4 Ultra-wide speed adaptation covers slow camera drones to high-speed aircraft, output stable tracks without losing targets under sudden speed change
3.5 Standard ethernet plug-and-play interface connects command, optoelectronic and jamming platforms to build integrated 3D low-altitude defense system
3.6 Standard ethernet plug-and-play interface connects command, optoelectronic and jamming platforms to build integrated 3D low-altitude defense system
3.7 Light integrated antenna & turret, easy rooftop/pole installation by single person, short layout cycle for mass multi-point networking
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