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Low-altitude detection radar
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N-TET
  • Product Introduction
  • Features
  • Technical indicators
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010-83622127

info@n-tetbj.com

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Product Introduction

Employing an advanced DBF-based one-dimensional simultaneous multi-beam system, this radar is capable of detecting various aircraft, including multi-rotor UAVs, fixed-wing UAVs, racing drones, loitering munitions, and swarms. It acquires real-time multi-dimensional information such as target position (range, azimuth, pitch, longitude, latitude, altitude, etc.), motion status (velocity), echo intensity, RCS, and target type. This radar can accurately detect the spatial location of targets and can be cascaded with countermeasures such as jamming and navigation decoys.

Features

  • 01
    It adopts a solid-state active transceiver system design and digital signal processing technology, and has a high degree of reliability, security, maintainability, testability, operability, and maintainability.
  • 02
    It has the capability for automatic target detection and tracking in all directions, around the clock, and at all times.
  • 03
    It can operate normally under conditions such as night, rain, snow, and heavy fog.
  • 04
    By employing weak target detection and identification technology based on target motion characteristics, it is possible to achieve effective early warning, accurate measurement, and data reporting for target UAVs.
  • 05
    It has the capability to detect and track multiple targets in batches.
  • 06
    It has a 360° azimuth search function, enabling azimuth detection without blind spots.
  • 07
    It has the capabilities of online monitoring, fault diagnosis and location.
  • 08
    It has the function of online loading and offline downloading of electronic maps.

Technical indicators

Basic parameters
system DBF
Beam scanning method Simultaneous elevation and azimuth mechanical scanning
Operating frequency band At (15.9-16.2GHz)
Detection power ≥5km (RCS=0.01㎡)
Blind spot ≤150m
directional coverage area 360°
Pitch coverage ≥60°
Velocity measurement range (radial) 1m/s ~ 150m/s
Distance measurement accuracy ≤7.5m
Azimuth measurement accuracy ≤0.3°
Pitch measurement accuracy ≤0.5°
Data rate 2s
Number of targets detected simultaneously ≥500 batches

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