System Introduction
The CNET-S70 integrated anti-UAV system consists of a spectrum detection system, radar detection system, photoelectric tracking and suppression jamming system, laser blinding system and low-altitude target prevention and control identification system.
Adopting a dual-layer servo turntable design, the system integrates all detection and disposal modules in a highly integrated manner, and is uniformly scheduled by the low-altitude target prevention and control identification system platform. It gives full play to the detection advantages of each device, enabling independent operation of each equipment while realizing efficient linkage and precise strike. Featuring a modular design, the system can flexibly match detection and disposal modules and select optical configurations according to customer needs, meeting the all-weather detection, identification and countermeasure requirements for diverse application scenarios.
Product Features
●High system integration, supporting independent operation and efficient linkage of each module;
●Diversified spectrum detection functions, supporting UAV signal detection, analysis and interpretation;
●Advanced radar detection performance with digital beam forming technology;
●Accurate and intuitive photoelectric tracking with high-precision servo control to ensure stable target tracking;
●Combined soft and hard suppression and jamming, integrating jamming and spoofing functions, realizing soft and hard killing strikes via laser blinding;
●Modular design with independently splittable and installable subsystems for flexible configuration;
●Simple installation, wide application range, cost reduction and simplified system calibration and commissioning with one-click activation.
Product Specifications
Model
Name | CNET-S70 Integrated Anti-UAV System | |
Effective Range | Typical Target: DJI Phantom 4 Spectrum Direction Finding: ≥5 km Protocol Analysis: ≥2 km Radar Detection Range: ≥5 km Electro-Optical Detection Range: ≥5 km Tracking Range: ≥4 km Jamming Range: ≥5 km Deception Range: ≥5 km Laser Dazzling Range: ≥1 km | |
Spectrum Detection | Monitoring and Identification Frequency Range: 300 MHz~6000 MHz Direction Finding Frequencies: 845 MHz, 915 MHz, 1.4 GHz, 2.4 GHz, 5.2 GHz, 5.8 GHz Monitoring Bandwidth: ≥120 MHz Direction Finding Accuracy: ≤3°(rms in standard test site) Simultaneous Target Detection Batch: ≥30 units | |
Radar Detection | Radar Band: X-band Refresh Rate: 2s Target Capacity: ≥200 batches Short-Range Blind Zone: ≤50m Coverage Range: Azimuth: 0°~ 360° Elevation: 0°~ 60° Altitude: ≥ 1000m Accuracy (RMS): Azimuth: ≤0.4° Elevation: ≤0.4° Distance: ≤5m | |
Suppression Jamming | Radio Signal Suppression | Jamming and Countermeasure Frequency Bands: 845 MHz / 915 MHz / 1.5 GHz / 2.4 GHz / 5.2 GHz / 5.8 GHz Power Amplifier: ≥50 W Navigation Deception Frequency Bands: Civilian C/A code frequency bands of GPS, GLONASS, and BD satellite navigation systems Jamming Coverage: Azimuth: 0°~ 360°; Elevation: -30°~ 60° Jamming Mode: Directional Jamming Others: Supports simultaneous operation of link jamming and navigation jamming Power: ≤1200 W |
Laser Dazzling | Effective Range: 1 km Laser Wavelength: 532 nm Peak Power: ≥0.5 MW Frequency: 5 Hz Divergence Angle: ≤8~9 mrad | |
Electro-Optical Tracking | Infrared Thermal Imaging | Detector: Cooled Focal Plane Array MCT Detector Resolution: 640×512 Lens: 20~450 mm, 12x Continuous Optical Zoom Lens Control: Electric Zoom, Manual/Auto Focus Image Enhancement: SDE Digital Image Detail Enhancement Technology |
High-Definition Visible Light | Sensor: 1/1.8″ Target Surface Starlight-Level CMOS, ICR Color-to-Black Resolution: 2688×1520 Focal Length: 12.5~775 mm High-Definition Electric Zoom Lens Fog Penetration: Supports Dual Photoelectric/Electronic Fog Penetration | |
Laser Ranging | Effective Range: ≥3 km (for DJI Phantom 4 Target) Waveband: 1570 nm | |
AI Tracking | Computing Power: Built-in processor with 16 TOPS computing power Implementation Method: Front-end embedded hardware for recognition and tracking Tracking Modes: Manual and automatic tracking; supports radar linkage Target Recognition: Supports classified recognition of targets such as humans, vehicles, ships, and UAVs (dataset provision requires customer assistance) | |
Servo Turntable | Structure: Side-mounted, Coaxial Horizontal Range: N×360° continuous rotation; mechanical locking available after power-off Elevation Range: -30°~ +60°; equipped with soft limit function, configurable via program Rotation Speed: Horizontal: 0.01°~ 100°/s; Elevation: 0.01°~ 80°/s Acceleration: Horizontal: 100°/s²; Elevation: 100°/s² | |
Interface Power Consumption | Network Interface: 1-channel 100M/1000M Auto-Negotiation Ethernet Port Power Supply: AC220V±20%, 50Hz System Power Consumption: ≤3000W Total Weight: ≤260kg | |
RGS2000 Low-Altitude Target Defense and Recognition System | ●Integrated Control and Display: The platform adopts an integrated design, enabling centralized control and centralized display for more efficient operation. ●Device Access: Supports the access and control of spectrum, radar, photoelectric, and countermeasure devices, as well as real-time online status monitoring. ●Situation Display: Supports the access of UAV target information from spectrum detection; enables dynamic display of UAV target plots and track information; and supports radar target track recording, video recording, and synchronized playback. ●Situation Distribution: Supports the 2D-based comprehensive situation distribution display of various information, including spectrum, photoelectric, radar, countermeasure devices, and target plots; enables pop-up window observation of photoelectric device videos and scheduling of PTZ (Pan-Tilt-Zoom) functions; and supports target track-guided photoelectric aiming and countermeasures guided by various detection information. ●Data Fusion: Supports the fusion of spectrum and radar track data, with adjustable levels from 0 to 20; and supports secondary fusion of spectrum, radar, and photoelectric data, displayed via information labels. ●Unattended Operation: Supports automatic linkage between radar and photoelectric systems; enables unattended operation for single targets and multiple targets; and supports unattended automatic counterattacks with configurable counterattack conditions. | |
System Application Scenarios
The Heavy-Duty Side-Mounted Integrated Anti-UAV System is mainly applied to low-altitude security protection in key locations, including military bases, airports, prisons, nuclear, biological and chemical industries, border and coastal defense areas, conference centers, office buildings, oil fields, and oil depots.
Figure 1: Recognition and Tracking of Multi-Rotor and Fixed-Wing Targets, Eagle Eye Display
Figure 2: UAV and Remote Controller Signal Detection, Flight Track Detection
Figure 3: UAV Model Detection
Figure 4: Comprehensive Situation Detection for Anti-UAV (Systems)
Typical Applications
Figure 5: Flow Chart of the Anti-UAV Automatic Defense System