DBF Surveillance Low-Altitude Surveillance Radar (SDL-G03)
Ku-band low-altitude surveillance radar using DBF technology for accurate moving target detection and tracking.
- Ku-band DBF surveillance architecture
- 10 km moving target detection capability
- High-accuracy distance and velocity measurement
- Compact lightweight radar design
Product Details
Product Overview
The SDL-G03 low-altitude surveillance radar adopts a Digital Beamforming (DBF) architecture for continuous moving target detection and tracking within a 90° azimuth sector. Designed for all-weather operation, the system provides stable detection performance for personnel, vehicles, and vessels with high sensitivity and low false alarm rates. Its compact lightweight structure and Gigabit Ethernet interface make it suitable for mobile deployment and integrated security monitoring systems.
Key Specifications
| Working Frequency | Ku-band |
| Operating Mode | Digital Beamforming (DBF) System |
| Scanning Range | 90° Azimuth Sector |
| Range | 10km |
| Detection Range | ≥4 km (personnel) ≥6.5 km (small vehicle) ≥10 km (large vehicle, vessel) |
| Detection Accuracy | Distance: ≤4 m Azimuth: ≤0.3° Velocity: ≤±0.1 m/s ±2% |
| Communication Interface | Gigabit Ethernet aviation connector |
| Weight | ≤5 Kg |
FAQ
- What is the primary function of the SDL-G03 radar?
- It is designed for moving target detection and tracking of personnel, vehicles, and vessels in low-altitude and ground surveillance scenarios.
- What advantages does DBF technology provide?
- Digital Beamforming improves target resolution, tracking stability, and detection accuracy while reducing false alarms.
- Is the radar suitable for mobile deployment?
- Yes. Its compact structure and lightweight design make it suitable for portable, vehicle-mounted, and integrated surveillance systems.
- What environments can the radar operate in?
- The radar is designed for continuous all-weather operation in outdoor security and monitoring environments.
- What applications is the SDL-G03 radar suitable for?
- Typical applications include perimeter security, coastal monitoring, border surveillance, and infrastructure protection.
