Multi-Functional Cost Effective Air Surveillance Radar
The U216-1S Air Surveillance Radar operates in S-band and utilizes advanced digital active phased array technology. Through modular, precision engineering and integrated application of adaptive moving target detection, digital T/R (transmit/receive), and DBF (digital beamforming) technologies, this radar delivers stable detection performance, high precision, and cost-effective operation. It serves as an exceptional ground moving target detection system, providing real-time, accurate, and continuous target information for monitoring critical security areas.
Technical Highlights
- All-digital active phased array technology system with receiving and transmitting DBF technology
- Digital T/R technology and highly integrated RF and digital design
- Adaptive moving target detection and doppler clutter suppression
- Stabilization tracking technology for ground moving targets
Key Features
Advanced Technology
The U216-1S radar employs a phased array system with one-dimensional phase sweep, enabling electrical scanning in azimuth for flexible, rapid beam pointing without inertia. It supports non-uniform detection with customized detection schemes for different regions to optimize overall performance. The software-based radar design offers strong expandability and online upgrade capability.
Excellent Ground Moving Target Detection
Equipped with doppler filtering system based on phased array technology, the U216-1S eliminates clutter spectrum diffusion caused by antenna scanning modulation. It supports long-term online configuration with enhanced clutter suppression capability, making it ideal for detecting and tracking low-speed moving targets in strong clutter environments.
High Reliability
Without mechanical rotating components, the U216-1S eliminates failures related to mechanical and electrical systems, ensuring higher operational reliability. Unlike single-channel parabolic radars, this phased array radar operates with multiple parallel channels, maintaining functionality even if some channels fail, thus enhancing mission reliability.
Simple Installation & Operation
The modular design features a simple structure for easy installation without rotating joints, adaptable to various installation conditions. The radar array interface is streamlined with only power and network connections required. Target position and feature information is displayed through user-friendly terminal software that is intuitive and easy to learn.
Technical Specifications
| Item |
Specification |
| Working System |
Phased array system (Azimuth phase sweep) |
| Working Mode |
Pulse doppler |
| Working Frequency |
S band (5 operating frequency points) |
| Maximum Detection Range |
4-6 km (Drones RCS≈0.01 square meter) |
| Minimum Detection Range |
≤ 100m |
| Detection Range |
Azimuth coverage: 360°
Elevation coverage: 40° |
| Detection Speed |
0.5m/s ~ 45m/s |
| Accuracy of Measurement |
Range accuracy: ≤ 10m
Azimuth accuracy: ≤ 1.0°
Speed accuracy: ≤ 0.5m/s - 45m/s |
| Data Rate |
Searching: ≤ 2s |
| Data Interface |
RJ45, UDP |
| Power Supply |
AC 220V |
| Power Consumption |
≤ 200W |
| Working Environment |
Working temperature: -40ºC ~ +55ºC
Storage temperature: -45ºC ~ +65ºC
Waterproof grade: IP66 minimum |
| Dimension |
782mm * 549mm * 198mm (Antenna) |
| Weight |
≤ 60kg (Including PTZ) |
Note: Detection range conditions apply to pedestrians or vehicles (ships) with radial velocity not less than 0.5m/s, false alarm probability of 10⁻⁶, and detection probability of 0.8.
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