X-band 8 km Low-Altitude Surveillance Radar
Featuring azimuth mechanical scanning and elevation digital beamforming (DBF), this radar provides day-and-night, all-weather detection and tracking of moving targets with high sensitivity, low false alarm rate, and high accuracy.
- X-band low-altitude detection radar
- DBF elevation + mechanical azimuth scanning
- 8 km class surveillance range
- Multi-target high-accuracy tracking
Product Details
Product Overview
The X-band low-altitude surveillance radar is designed for continuous monitoring of low-altitude airspace and ground moving targets. It adopts azimuth mechanical scanning combined with elevation digital beamforming (DBF) architecture to achieve wide-area coverage and high-precision tracking.
The system supports day-and-night and all-weather operation, providing reliable detection performance for vehicles, personnel, and small UAV targets. With high tracking capacity and strong anti-jamming capability, it is suitable for modern surveillance and security applications.
Key Specifications
| Operating System | Azimuth mechanical scanning, elevation digital beamforming (DBF) system |
| Operating Frequency | X-band |
| Number of Frequency Hops | 6 |
| Elevation Scanning Angle | -5° ~ 60° |
| Horizontal Scanning Angle | 360° |
| Detection Height | ≥ 3000 Meter |
| Detection Range | ≥ 8 Km (RCS=0.01m²) ≥ 12 Km (Personnel) ≥ 20 Km (Vehicle) |
| Angle Measurement Accuracy | Direction: ≤ 0.3° (RMS) Pitch and roll: ≤ 0.3° (RMS) |
| Range Measurement Accuracy | ≤ 5m (RMS) |
| Blind Zone | ≤ 50m |
| Antenna Rotation Speed | 30 RPM (180°/s) |
| Number of Simultaneously Tracked Targets | ≥ 500 batches |
| Detectable Speed Range | 1 – 100 m/s |
| Anti-Jamming Capability | Common jamming does not cause false alarms |
| Power Consumption Characteristics | Power dissipation ≤6W, duration ≥6 hours, charging power ≤400W |
| Communication Interface | Gigabit Ethernet |
| Environmental Adaptability | Operating temperature: -40°C ~ +55°C IP protection rating: IP65 |
| Weight | ≤ 55 Kg |
Application scenario diagram
FAQ
- What is a low-altitude surveillance radar used for?
- It is used to detect, track, and monitor low-altitude airborne and ground moving targets such as UAVs, vehicles, and personnel within a defined surveillance area.
- Why does this radar use both mechanical scanning and DBF technology?
- Mechanical azimuth scanning provides full 360° coverage, while digital beamforming (DBF) in elevation improves tracking accuracy, target resolution, and overall system responsiveness.
- What types of targets can this radar detect?
- It can detect small UAVs, vehicles, and personnel, with different detection ranges depending on radar cross-section and target characteristics.
- How does the radar perform in harsh environments?
- The system is designed for all-weather operation with IP65 protection and wide temperature tolerance, ensuring stable performance in outdoor surveillance scenarios.
- What makes this radar suitable for security applications?
- Its high detection sensitivity, multi-target tracking capability, and anti-jamming performance make it suitable for border security, perimeter protection, and critical infrastructure monitoring.
