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TS-K3500
1. Multi-Sensor Data Fusion: It integrates active radar, passive RF detection, and electro-optical tracking to achieve >95% target identification accuracy with minimal false alarms.
2. Adaptive Countermeasure Strategies: It features directional/full-band jamming and GPS spoofing capabilities, automatically adjusting to different drone models for precise neutralization.
3. Autonomous Operation: It allows pre-defined zones (alert, drive-away, forced landing) with automated responses, reducing operator workload.
4. Flexible Deployment Options: It supports fixed high-altitude installation or vehicle-mounted mobile deployment for rapid response in complex environments.
5. Open Architecture & Interoperability: It provides TCP/IP and radio interfaces for seamless integration with existing command systems.
6. High Reliability & Low Power Consumption: Modular solid-state design with BITE functionality; radar power consumption ≤400W.
1. Multi-Sensor Data Fusion: It integrates active radar, passive RF detection, and electro-optical tracking to achieve >95% target identification accuracy with minimal false alarms.
2. Adaptive Countermeasure Strategies: It features directional/full-band jamming and GPS spoofing capabilities, automatically adjusting to different drone models for precise neutralization.
3. Autonomous Operation: It allows pre-defined zones (alert, drive-away, forced landing) with automated responses, reducing operator workload.
4. Flexible Deployment Options: It supports fixed high-altitude installation or vehicle-mounted mobile deployment for rapid response in complex environments.
5. Open Architecture & Interoperability: It provides TCP/IP and radio interfaces for seamless integration with existing command systems.
6. High Reliability & Low Power Consumption: Modular solid-state design with BITE functionality; radar power consumption ≤400W.
1. Radar Detection
Band: KU-band FMCW; Range: ≥3km; Targets: UAVs, powered gliders
2. RF Detection
Band: 1.2GHz-6GHz; ID Capability: DJI and mainstream models; Bearing accuracy: ≤5°
3.Electro-Optical Tracking
IR: 640×512; Visible: 30× optical zoom; Night vision range: ≥2km
4. Radio Jamming
Bands: GNSS + control/image transmission; Azimuth: 360° rotation; Range: ≥1.5km
5. Navigation Spoofing
Modes: GPS/BeiDu; Spoofing accuracy: ±10m
6. Command & Control
Protocols: TCP/IP; Mapping: GIS/Google Earth; Modes: Auto/Manual/Simulation
1. Radar Detection
Band: KU-band FMCW; Range: ≥3km; Targets: UAVs, powered gliders
2. RF Detection
Band: 1.2GHz-6GHz; ID Capability: DJI and mainstream models; Bearing accuracy: ≤5°
3.Electro-Optical Tracking
IR: 640×512; Visible: 30× optical zoom; Night vision range: ≥2km
4. Radio Jamming
Bands: GNSS + control/image transmission; Azimuth: 360° rotation; Range: ≥1.5km
5. Navigation Spoofing
Modes: GPS/BeiDu; Spoofing accuracy: ±10m
6. Command & Control
Protocols: TCP/IP; Mapping: GIS/Google Earth; Modes: Auto/Manual/Simulation
Critical Infrastructure Protection: Government facilities, airports, and nuclear plants for no-fly zone enforcement.
Military Base Defense: Counter reconnaissance and attack drones in field operations.
Event Security: Safeguard summits, sports events with real-time threat response.
Oil Field/Border Patrol: Mobile vehicle deployment for wide-area surveillance.
24/7 Unmanned Monitoring: Autonomous protection for factories, dams, and high-value assets.
Critical Infrastructure Protection: Government facilities, airports, and nuclear plants for no-fly zone enforcement.
Military Base Defense: Counter reconnaissance and attack drones in field operations.
Event Security: Safeguard summits, sports events with real-time threat response.
Oil Field/Border Patrol: Mobile vehicle deployment for wide-area surveillance.
24/7 Unmanned Monitoring: Autonomous protection for factories, dams, and high-value assets.