LW-R8-DK low-altitude surveillance radar is a high-performance low-altitude target monitoring system, with advanced technology architecture and excellent performance, outstanding performance in the field of low-altitude detection. It can accurately identify and continuously track low-altitude aircraft, unmanned aerial vehicles, birds, cruise missiles and other targets, while taking into account ground and surface target monitoring, providing key data for low-altitude situational awareness.
The radar deep fusion digital beamforming (DBF) technology has low equivalent omnidirectional radiation power, high measurement accuracy and strong multi-target processing capability. With excellent anti-interference performance, it can maintain stable and reliable operation even in complex electromagnetic and meteorological environments.
With these advantages, the radar is widely used in air traffic control, key protection,low-altitude economy, bird detection, battlefield "anti-nothing", border and coastal defense and other fields. It is a key technical equipment to protect national airspace security and maintain low-altitude order.
Product specifications
| Serial number | Project | Specifications | |||
| Technical parameters | |||||
| 1 | Operating frequency band | X | |||
| 2 | Space
Overlay |
Elevation | -4°～60° | ||
| Bearing | 360° | ||||
| Range | 15km | ||||
| Blind area | 50m | ||||
| Height | 2000m | ||||
| 3 | Detect
Power |
Small rotary-wing UAV
(RCS=0.01㎡) |
≥8km | ||
| Medium-sized fixed-wing UAV
(RCS=1㎡) |
≥15km | ||||
| Personnel | ≥14km | ||||
| Helicopters, vehicles | ≥15km | ||||
| 4 | Measure
Precision |
Distance | ≤5m(RMS) | ||
| Azimuth angle | ≤0.4°（RMS） | ||||
| Elevation angle | ≤0.4°（RMS） | ||||
| 5 | Antenna speed | 20rpm(3s) | |||
| 30rpm(2s) | |||||
| 60 rpm (1s) (upgradeable) | |||||
| 6 | Number of targets tracked simultaneously | ≥ 300 batches | |||
| 7 | Tracking speed
Range |
1m/s～150m/s | |||
| Interface-Power Supply | |||||
| 1 | Power supply | DC36 ~ 52V (with AC220V-DC48V adapter) | |||
| 2 | Communication | Gigabit Ethernet Aerial Plug | |||
| 3 | Power consumption | ≤330W | |||
| Environmental adaptability | |||||
| 1 | Operating temperature | -40℃～+55℃ | |||
| 2 | Operating humidity | ≤90% | |||
| 3 | Degree of protection | IP66 (Host IP67) | |||
| Weight and size | |||||
| 1 | Weight
（kg） |
Single
Body |
Host | 20 | |
| Turntable | 13.5 | ||||
| Tripod | 12 | ||||
| Packing | Host | 34 | |||
| Turntable | 26 (including all accessories such as adapter) | ||||
| Tripod
|
15 | ||||
| 2 | Size
（mm） |
Monomer | Host | 720*650*95 | |
| Turntable | 400*228*216 | ||||
| Tripod | 940*230*230 | ||||
| Packing | Host | 820*750*170 | |||
| Turntable | 500*480*400 | ||||
| Tripod | 1140*290*290 | ||||
Applicatios:
▲ Rotorcraft drone detection and tracking: Precise positioning and continuous tracking of rotorcraft drones, providing real-time dynamic monitoring.
▲ Airport bird monitoring: Real-time monitoring of bird activities to reduce the risk of bird strikes and ensure the safety of flight take-offs and landings.
▲ Radar and optoelectronic collaborative monitoring: the visible light, infrared and radar technology are fused to realize multi-source data collaboration and improve target detection accuracy.
▲Unattended monitoring: Integrated automatic monitoring and intelligent analysis to achieve 24-hour unattended monitoring, improve operational efficiency and reduce labor costs.