Product Introduction
The system comprises a visible light camera, a laser range finder, a mid-wave infrared thermal imaging camera, a radar, an electronic jammer, a turntable and a base. The system is capable of searching the target in 360° omni-direction. Once the target is captured, it will automatically transition into tracking mode, tracking and identifying the target through infrared, visible light and laser. The system is integrated and assembled with microwave radar, with the radar installed above the system. The radar is primarily responsible for target searching, while the radar optoelectronic joint work provides searching, guiding and disposing information for the UAV disposal equipment.
This system can be used for road and rallway transportation, and can be used in environments such as jungles, deserts, oceans, and plateaus. It is widely used in vital security, border and sea defence, perimeter protection, oil field and oil depot, airport and so on.
Product Features
◆ Use of multi-band fusion and intelligent detection, which significantly improves target detection capability and effectively responds to 'low, small and slow targets.
◆ The thermal imager uses backscan technology to provide a fast 360° search and improve target finding efficiency.
◆ The system can accurately identify the target, realise the judgement of the threat of the enemy and us, and carry out rapid disposal to ensure security and defence.
◆ The system can operate as a network and can be linked to a command centre and multi-point units at the same level to form a regional air defence network.
◆ Respond quickly and effectively to threats - see and fight in one place.
◆ Equipped with vehicle-mounted mobile and fixed modes of operation, the system is modular and can be combined and configured for a variety of scenarios and environments.
Technical Indicators
Model Number | ||
Detector | Detector | MWIR 640x512 HgCdTe |
Pixel Size | 15μm | |
Spectral Range | 3.7μm ~4.8μm | |
NETD | ≤30mk | |
Frame Rate | 100Hz | |
Optical Lens | 10x continuous zoom lens | |
Focal Length | 50mm~500mm | |
Pixel Offset | ≤2 pixels off axis center (zoom coaxiality ) | |
Cooling Time | ≤8min | |
Detector | 1/1.8〃CMOS | |
Pixel Size | 3.45μm | |
Operating Waveband Range | 0.4μm ~ 0.7μm; 0.8μm ~ 1.1μm dual band | |
Focal Plane Pixel | 1920×1080 | |
Frame Rate | 30 frames | |
Optical Lens | 30x continuous zoom lens | |
Focal Length | 25~750mm | |
Operating Wavelength | 1535±5nm | |
Divergence Angle | 0.6mrad±0.1mrad | |
Distance Measurement Accuracy | ≤±3m | |
Distance Measurement Frequency | Single-shot, 1Hz, 3Hz, 5Hz | |
Accuracy Rate | ≥98% | |
Distance Resolution | ≤50m | |
General | Pitch Angle Range | -10°~70° |
Tracking Angle Accuracy | ≤0.01° | |
Distance (Target: DJI Phantom 4) | IR ≥6km ; EO ≥7km | |
Laser Range | UAV Ranging ≥3km ; Visibility ≥15km, relative humidity ≤80% | |
Search Speed | 360°/s、180°/s、120°/s、90°/s Multi-Gear Switching | |
Environmental | Operating Temperature | -40℃~(+50+T)℃ |
Storage Temperature | -55℃~(+50+T)℃ | |
Mean Time Between Failures (MTBF) | ≥300h | |
Continuous Operating Time | ≥8h | |
Radar | Operating Frequency Band | Ku |
Detection Range | ≥8km (RCS=0.01m²) | |
Detectable Target Speed | 1~100m/s | |
Near-blind Spot | ≤150m | |
Detection Range | Azimuth: 0~360° Elevation: 0~45° | |
Target Capacity | ≥200 | |
Accuracy (RMS) | Azimuth: ≤0.3° Elevation: ≤0.3° Distance: ≤8m | |
Communication Protocol | UDP | |
Average Power | ≤400W | |
Data Interface | Gigabit Ethernet | |
Wireless | Detection Band | 100MHz~6GHz |
Detection Range | 1~5km | |
Detection Height | 0~1000m | |
Number of Simultaneous Targets | ≥10 Vehicles | |
Number of Simultaneous UAV | ≥5 | |
Azimuth Error | ≤2°(RMS) | |
Positioning Accuracy | ≤10m | |
Detection Probability | ≥97% | |
Response Time | ≤3s | |
Interference Distance | ≥3km | |
Ratio | ≥30:1 |