The U216-1S 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), DBF (digital beamforming), and analog-to-digital integration design, this system delivers stable detection performance, high precision, and cost-effectiveness. It serves as an exceptional ground moving target detection radar, enabling key monitoring area surveillance, threat assessment, and position indication while providing real-time, accurate, and continuous target information to monitoring systems.
The U216-1S radar employs a phased array system with one-dimensional phase sweep, performing electrical scanning in azimuth for flexible, rapid beam pointing without inertia. It enables non-uniform detection with customized detection schemes for different regions to optimize overall performance. The software radar design based on full digital phased array system offers strong expandability and online upgrade capability.
With doppler filtering system designed on phased array architecture, the U216-1S completely eliminates clutter spectrum diffusion caused by antenna scanning modulation. It supports online configuration for extended periods and provides superior clutter suppression, making it ideal for detecting and tracking low-speed moving targets in strong clutter environments.
The U216-1S radar operates without mechanical rotating equipment, eliminating failures due to mechanical and electrical issues. Compared to single-channel parabolic radar systems, the phased array radar operates with multiple parallel channels, ensuring continued operation even if some channels fail, thereby enhancing mission reliability.
Featuring modular design and simple structure, the U216-1S is easy to install without rotating joints and adaptable to various installation conditions. The radar array interface is streamlined with only power and network connections required. Target position and feature information is output and displayed through user-friendly terminal software that is intuitive and easy to learn.
| 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 at minimum |
| Dimension | 782mm * 549mm * 198mm (Antenna) |
| Weight | ≤ 60kg (Including PTZ) |
