EO & Radar Detection

Long-range, all-weather drone detection through fused optical and radar sensing

Why EO And Radar

EO and radar systems can operate independently to address different surveillance requirements.
Radar provides long-range, all-weather detection and tracking, while EO systems enable visual confirmation and identification.
When deployed together, they offer complementary sensing capabilities for enhanced situational awareness.

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How EO & Radar Work Together

EO & Radar workflow
01

Radar Detection

Long-range radar continuously detects and tracks low-altitude UAV targets under all-weather conditions, generating position, speed, and altitude data.

02

Radar Cueing

Real-time radar tracking data cues the EO system for accurate pointing, enabling fast target handover and automatic tracking.

03

EO Identification

EO sensors provide visual confirmation and classification using visible-light and thermal imaging for day and night operations.

04

Unified Air Picture

Radar and EO data are fused into a unified low-altitude air picture, supporting command systems and downstream response workflows.

Representative EO & Radar Detection Units

Core sensing units deployed in EO and radar–based low-altitude surveillance systems

EO Tracking Unit

AS120 Radar Detection Equipment

Low-altitude surveillance radar for detecting and tracking low, slow, small targets such as drones and birds. Outputs multi-dimensional target information including range, azimuth, elevation, speed, altitude, and intensity to form a 3D low-altitude situation picture.

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EO & Thermal Imaging Unit

AS260Q Spherical EO Detection System

Multi-spectral EO/thermal recognition and tracking integrated system with day/night complementary imaging for 24-hour monitoring. Supports radar-guided and automatic tracking. Typical tracking distance (DJI P4): HD visible-light 2–5 km; cooled MWIR 2–4 km; uncooled thermal 1–2 km.

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Typical EO & Radar Deployment

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  • Independent Deployment — EO and radar units can operate independently based on mission requirements.

  • Radar First Detection — Radar enables wide-area, all-weather detection and early warning.

  • EO Visual Confirmation — EO/thermal systems provide visual identification and continuous tracking.

  • Fused or Standalone Integration — Systems can operate standalone or integrate into centralized command platforms.

  • Applicable Scenarios — Airports, border surveillance, critical infrastructure protection, and government-led security projects.

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