BWR-A15 Low Altitude Surveillance Radar is a 2D Active Electronically Scanned Array (AESA) 3D radar. It can rapidly detect and continuously track targets such as drones, aircraft, and birds, while simultaneously monitoring ground personnel, vehicles, and surface vessels. By employing intelligent beam scheduling and high-performance signal processing technology, it can quickly and accurately acquire the position and motion state of targets in complex, dense multi-target environments.

Within a collaborative sensing system, this radar can serve as the core perception unit, providing high-precision target data to other sensors (such as electro-optical equipment and bird repellent systems) for precise guidance.

This radar is widely applicable in various fields including critical site protection, the low-altitude economy, airport bird detection, air traffic control, and border and coastal defense.

 

Product Features

High Detection Accuracy: Based on advanced signal processing algorithms and system hardware architecture, the radar demonstrates excellent accuracy in measuring range, velocity, azimuth, and height, providing stable and precise sensing data for command decisions and target tracking/countermeasures.

Large Capacity & Wide-Area Detection: Featuring a 2D AESA design, the radar achieves extensive coverage of 360° in azimuth and 47° in elevation. Supported by a high-performance signal processor, it enables real-time detection and tracking of up to 500 moving targets within the entire field of view, capably handling complex, large-area, multi-target scenarios.

High Refresh Rate & Accurate Tracking: Operating at a high refresh rate of 144°/s and employing advanced tracking filter algorithms, the radar significantly enhances its capability to track high-speed and highly maneuverable targets.

High Sensitivity & Low False Alarm Rate: Sophisticated clutter suppression technology enables effective extraction of weak target signals in complex electromagnetic environments with strong ground or weather clutter, while maintaining an extremely low false alarm probability, substantially improving radar efficiency.

All-Solid-State & High Reliability: The absence of mechanical scanning parts ensures high equipment reliability and low maintenance costs.

Flexible Beam Control: Supports TAS tracking capability at up to 4Hz, enabling focused surveillance of up to 8 high-threat targets.

 

Product Specifications

1.Operating Band: X-band

2.Number of Frequency Points: 12

3.Technology: AESA

4.Measurement Range

· Detection Range: ≥15km

· Blind Zone: ≤150m

· Azimuth Coverage: 360°

· Elevation Coverage: -2°~45°

· Maximum Detection Altitude: 2000m

· Velocity Measurement Range: 1-150m/s

5.Detection Range

· Small UAV (RCS=0.01㎡, DJI Phantom 4): ≥8km

· Medium UAV (RCS=1㎡): ≥15km

· Car, Chopper (RCS=5㎡): ≥15km

6.Measurement Accuracy (RMS)

· Range Accuracy: ≤10m

· Velocity Accuracy: ≤0.5m/s

· Angle Accuracy: ≤0.5°(Azimuth), ≤0.5°(Elevation)

7.Refresh Rate: 2.5s (TWS), 0.25s (TAS, for up to 8 targets)

8.Simultaneous Tracking Capacity: ≥500 targets

9.Environmental Adaptability

· Operating Temperature: -40℃~+55℃

· Operating Humidity: ≤90%

· Protection Rating: IP66 (Radar Main Unit:IP67)

10.Interface/Power Supply

· Power Supply: AC220V/16A (Circular Aviation Connector)

· Power Consumption: ≤3.2kW (≤800W per single face array)

· Communication: Ethernet (Circular Aviation Connector)

11.Dimensions/Weight: ≤140 kg(Four-faced Array)

 

Product Applications

Radar Detecting Small UAVs
Radar and Camera Coordinated Detection of Sea Surface UAV
Radar Detecting Sea Surface UAVs
Radar and Camera Coordinated Airport Bird Detectior
Vehicle-mounted Deployment
Counter-UAV System (Radar+Camera+Spectrum+ Jamming)

BWR-A15 Low Altitude Surveillance Radar is a 2D Active Electronically Scanned Array (AESA) 3D radar. It can rapidly detect and continuously track targets such as drones, aircraft, and birds, while simultaneously monitoring ground personnel, vehicles, and surface vessels. By employing intelligent beam scheduling and high-performance signal processing technology, it can quickly and accurately acquire the position and motion state of targets in complex, dense multi-target environments.