Detection radius of 10km, unaffected by climate and lighting, sea surface monitoring radar elevation DBF

Ⅰ.  Product Overview

The radar adopts azimuth mechanical scanning and elevation digital beamforming system, which can continuously detect and track moving targets in the area 24/7. It has the advantages of high detection sensitivity, low false alarm rate, and high accuracy.        

Ⅱ. Product selling points

1. It has wide coverage and high cost-effectiveness, high refresh rate and strong mobile detection, high detection with low false alarms, and portability with easy operation.

2. It has small near-range blind zones and multi-target detection capabilities, low probability of intercept, excellent tracking performance, and good system integration.

3. It deeply integrates digital beamforming (DBF) technology, has low equivalent isotropic radiated power, and achieves high measurement accuracy and strong multi-target processing capabilities.

4. It has excellent anti-jamming performance and can maintain stable and reliable operation even in complex electromagnetic and weather conditions.

Ⅲ. Product  Specifications

Ⅳ. Product  Features

1. Detection range

≥5km for Phantom drones, ≥8km for personnel,

≥10km for vehicles and boats.

2. The radar has an azimuth coverage of 360° and an elevation coverage of 45°.

3. Detection performance is unaffected by weather and lighting conditions.

4. It can set up exclusion zones and alert zones to achieve target boundary-crossing alarms, as well as alarm log recording and playback.

5. It supports radar and electro-optical linkage to guide high-definition cameras for target video tracking, snapshot, and video recording.

6. It has good compatibility and expandability, making it easy to interface with other platforms and supports networking of multiple devices.

7. It can track over 200 moving targets within the field of view, and output target distance, speed, azimuth, altitude, type and other information in real time to achieve the positioning and early warning functions of suspicious targets.

Ⅴ. Usage scenarios