EO/IR Integrated System Low-Altitude Surveillance Radar (EO/IR)
Ku-band low-altitude surveillance radar integrated with EO/IR sensors for coordinated target detection and identification.
- Radar + EO/IR coaxial integrated design
- AI-based multi-sensor data fusion
- 360° continuous low-altitude coverage
- Multi-target detection and tracking capability
Product Details
Product Overview
This low-altitude surveillance system integrates Ku-band radar with electro-optical and infrared sensors in a coaxial structure, eliminating blind zones caused by sensor separation. The system combines radar detection with visual and thermal imaging, and uses AI-based fusion algorithms to improve target recognition and tracking accuracy. It is designed for continuous 360° monitoring of low-altitude airspace and supports detection and identification of multiple target types in complex environments.
Key Specifications
| Radar Working frequency | Ku-band |
| Radar elevation coverage | 0~60° |
| Azimuth Coverage | 360° |
| Radar detection range | 3km, RCS=0.01 m² |
| Visible light detection range | ≥2.5km |
| Infrared detection range | ≥1km |
| Radar angular accuracy | ≤0.5° |
| Distance Measurement Accuracy | 5m (RMS) |
| Search data rate | 0.5Hz |
| Target capacity | ≥200 |
FAQ
- What is the advantage of integrating radar with EO/IR systems?
- Integration allows radar detection and visual/infrared confirmation to work together, improving target identification accuracy and reducing blind zones.
- What role does AI fusion play in this system?
- AI algorithms combine radar and video data to improve classification accuracy and reduce false alarms in complex environments.
- What is the detection range of this system?
- It supports up to 3 km radar detection, 2.5 km visible light detection, and 1 km infrared detection depending on target characteristics.
- What targets can it monitor?
- It is suitable for UAVs, low-altitude aircraft, and other moving targets requiring identification and tracking.
- What are typical application scenarios?
- It is used in perimeter security, critical infrastructure protection, border surveillance, and low-altitude airspace monitoring.
