T-Series X-band Low-Altitude Surveillance Radar (SDL-T10)
X-band low-altitude surveillance radar designed for UAV detection and moving target tracking in security environments.
- Mechanical azimuth scanning + elevation DBF architecture
- 10 km UAV detection capability
- High-precision multi-target tracking
- All-weather surveillance performance
Product Details
Product Overview
The SDL-T10 moving target surveillance radar adopts azimuth mechanical scanning and elevation digital beamforming technology. It provides all-day, all-weather continuous detection and tracking of moving targets within the designated area, offering advantages such as high detection sensitivity, low false alarm rate, and high precision.
Key Specifications
| Working frequency | X-band |
| Operating Mode | Azimuth Mechanical Scanning, Elevation Digital Beamforming (DBF) System |
| Elevation Field of View | -5° ~ 40° |
| Horizontal Field of View | 360° |
| Detection Altitude | 1000m |
| Range | 10km |
| Detection Range |
≥5 km (small rotorcraft UAV, RCS=0.01 m², DJI Phantom 4) ≥10 km (medium fixed-wing UAV, RCS=1 m²) ≥10 km (helicopter, vehicle) |
| Angle Measurement Accuracy |
Azimuth: ≤0.4° (RMS) Elevation: ≤0.4° (RMS) |
| Distance Measurement Accuracy | 5m (RMS) |
| Blind Zone | 50m |
FAQ
- What is the main function of the SDL-T10 radar?
- It is designed for low-altitude UAV detection and moving target tracking in security and surveillance applications.
- What scanning technology does the SDL-T10 use?
- It uses azimuth mechanical scanning combined with elevation digital beamforming (DBF) for full coverage and accurate tracking.
- What targets can it detect?
- It can detect small UAVs, medium fixed-wing UAVs, helicopters, and vehicles depending on radar cross-section and distance.
- Is the radar suitable for continuous operation?
- Yes. It is designed for 24/7 all-weather operation in outdoor surveillance environments.
- How does SDL-T10 compare to other T-Series models?
- The SDL-T10 provides a balanced performance between range and system cost, offering up to 10 km detection capability, suitable for medium-range surveillance scenarios.
