G-Series X-band Low-Altitude Surveillance Radar (SDL-G20)
X-band AESA low-altitude surveillance radar designed for medium to long-range moving target detection and tracking.
- X-band AESA surveillance architecture
- 25 km medium-long range detection capability
- High-accuracy multi-target tracking
- Lightweight 10 kg system design
Product Details
Product Overview
The SDL-G20 low-altitude surveillance radar adopts an Active Electronically Scanned Array (AESA) architecture for continuous detection and tracking of moving targets within a 90° azimuth sector. It is designed for all-weather operation and provides stable high-sensitivity performance for personnel, vehicles, and vessels. With extended detection range and high tracking accuracy, it is suitable for border security, coastal surveillance, and critical infrastructure protection.
Key Specifications
| Working Frequency | X-band |
| Operating Mode | Active Electronically Scanned Array (AESA) System |
| Scanning Range | 90° Azimuth Sector |
| Range | 25km |
| Detection Range |
≥10 km (personnel) ≥16 km (small vehicle) ≥25 km (large vehicle, vessel) |
| Detection Accuracy |
Distance: ≤5 m Azimuth: ≤0.35° Velocity: ≤±0.1 m/s ±2% |
| Communication Interface | Gigabit Ethernet aviation connector |
| Weight | ≤10 Kg |
FAQ
- What is the main application of the SDL-G20 radar?
- It is used for medium to long-range low-altitude surveillance, including detection and tracking of personnel, vehicles, and vessels.
- What are the advantages of AESA technology?
- AESA enables fast electronic beam steering, improved tracking stability, and higher detection accuracy in complex environments.
- What targets can the SDL-G20 detect?
- It can detect personnel, small vehicles, and large vehicles or vessels depending on target size and distance.
- Is the system suitable for mobile deployment?
- Yes. With a weight of ≤10 kg, it supports flexible deployment in mobile or fixed surveillance platforms.
- How does the SDL-G20 compare within the G-Series?
- The SDL-G20 provides a balance between range and mobility, offering longer detection capability than SDL-G06 and SDL-G03 while remaining compact and deployable.
