Ku & X Band Anti-drone detection radar (SDL-O4C)

Three-coordinate low-altitude surveillance radar designed for complex urban detection and battlefield surveillance applications.

  • Pulsed Doppler + phase scanning hybrid architecture
  • ≥7 km UAV detection capability in urban environments
  • Compact deployment for mobile and tactical use
  • Fast update rate for real-time target tracking

Product Details

Product Overview

The SDL-04C low-altitude surveillance radar is a pulsed Doppler three-coordinate system designed for complex urban environments and tactical battlefield surveillance. It uses azimuth mechanical scanning combined with elevation phase scanning to detect and track low-altitude UAV targets. With compact structure and flexible deployment options, it supports fixed, vehicle-mounted, and portable installations for multi-scenario operations.

Key Specifications

Technical specificationsSDL-04CSDL-04C-Ku
Radar bandXKu
Technology systemLinear frequency modulation pulseLinear frequency modulation pulse
Scanning methodAzimuth Mechanical Scanning + Elevation Phase ScanningAzimuth Mechanical Scanning + Elevation Phase Scanning
Detection distanceTypical target: DJI Phantom 4≥7km≥5km
Coverage areaAzimuth angle±45°±45°
Elevation angle0°~50°0°~50°
Detection accuracyDistance≤10m≤8m
Azimuth angle≤0.4°≤0.4°
Elevation angle≤0.4°≤0.4°
Data rate3s/0.5s3s/0.5s
Target capacity≥500 block/4 block≥500 block/4 block
Weight≤25Kg≤22Kg
Size≤550×150×550(mm)≤450×130×510(mm)
Power consumption≤700W≤700W
Installation methodFixed type, vehicle-mounted type, portable typeFixed type, vehicle-mounted type, portable type

FAQ

What is the main application of the SDL-04C radar?
It is designed for low-altitude UAV detection and tracking in complex urban environments and battlefield surveillance scenarios.
What type of radar architecture does it use?
It uses a pulsed Doppler three-coordinate system with azimuth mechanical scanning and elevation phase scanning.
What is the detection range of this system?
It provides a detection range of ≥7 km for typical UAV targets such as DJI Phantom 4 class drones.
What deployment options are available?
It supports fixed, vehicle-mounted, and portable installation methods for flexible operation.
Is it suitable for mobile operations?
Yes. Its compact size and low power consumption make it suitable for mobile and tactical battlefield deployment.
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