Ku Band Anti-drone detection radar (SDL-O3D)
Ku-band low-altitude surveillance radar designed for long-range UAV detection and airspace monitoring.
- Ku-band DBF + elevation phase scanning architecture
- 12 km low-altitude UAV detection capability
- 360° continuous surveillance coverage
- High-capacity multi-target tracking system
Product Details
Product Overview
The SDL-03D low-altitude surveillance radar combines azimuth mechanical scanning with elevation phase scanning and DBF technology to provide accurate long-range UAV detection and tracking. Designed for continuous airspace monitoring, the system delivers stable 360° surveillance coverage and high-capacity multi-target processing. Its extended detection capability and high tracking precision make it suitable for critical infrastructure protection, urban airspace security, and perimeter defense applications.
Key Specifications
| Technical specifications | SDL-03D | |
|---|---|---|
| Radar band | Ku | |
| Technology system | DBF | |
| Scanning method | Azimuth Mechanical Scanning + Elevation Phase Scanning | |
| Detection distance | Typical target: DJI Phantom 4 | ≥12km |
| Coverage area | Azimuth angle | 0°~360° |
| Elevation angle | 0°~30° | |
| Detection accuracy | Distance | ≤6m |
| Azimuth angle | ≤0.3° | |
| Elevation angle | ≤0.3° | |
| Data rate | 2s | |
| Target capacity | ≥500 block | |
| Weight | ≤100Kg | |
| Size | ≤1050×430×950(mm) | |
| Power consumption | ≤1500W | |
| Installation method | Fixed type, vehicle-mounted type | |
FAQ
- What is the primary application of the SDL-03D radar?
- It is designed for long-range low-altitude UAV detection and continuous airspace surveillance in security-sensitive areas.
- What advantages does the scanning architecture provide?
- The combination of mechanical scanning and elevation phase scanning improves target coverage, tracking accuracy, and detection stability.
- What types of targets can the radar detect?
- The system is optimized for low-altitude UAVs such as DJI Phantom-class drones and similar aerial targets.
- Can the radar handle dense airspace environments?
- Yes. The radar supports tracking of up to 2500 target blocks, enabling reliable operation in complex surveillance scenarios.
- What deployment methods are supported?
- The radar supports fixed-site installation and vehicle-mounted deployment for flexible operational integration.
