SZMID-SR224

• Drone Surveillance Radar
• Utilizes advanced active phased array technology with Digital Beamforming (DBF) for both transmission and reception, ensuring accurate detection.
• Features adaptive detection and Doppler clutter suppression technology for enhanced tracking of moving targets.
• Lightweight and easy to set up, making it highly portable and simple to operate in various environments.
• Integrated Digital T/R Technology: Incorporates digital transmit/receive technology and a highly integrated RF and digital design for optimal performance.
• Stable High Mobility Tracking: Ensures stable tracking of high-mobility targets, providing consistent performance in dynamic conditions.
• User-Friendly Installation: Offers simple installation and intuitive terminal software that is easy to learn and use, enhancing overall usability.
• Designed without mechanical rotating components, minimizing the risk of mechanical and electrical failures, thereby improving operational reliability.
• Equipped with a Doppler filtering system based on phased array technology, eliminating clutter spectrum spread issues and improving low-altitude UAV detection and tracking in cluttered environments.
• Employs advanced technology to apply different detection schemes for various areas, optimizing overall detection performance.

SZMID - SR224: Advanced Drone Surveillance Radar with Full Digital Phased Array Technology

The SZMID SR224 Drone Surveillance Radar is an advanced detection system designed for comprehensive monitoring, warning, and target indication of UAVs in critical areas. The radar host comprises four independent radar fronts and a centralized control box, with each front functioning as a standalone detection unit. These units are equipped with array antennas, transceiver components, RF digital integrated modules, and signal and data processing modules. Together, they perform functions such as signal amplification, transmission, reception, Digital Beamforming (DBF), Doppler filtering, and Constant False Alarm Rate (CFAR) detection, outputting precise target location and feature information. The integrated control box manages power distribution, system clock synchronization, and consolidates the output from all arrays into a single Ethernet channel for streamlined data transmission.

This radar system operates on the C-band and employs full digital active phased array technology combined with DBF, offering high data rates while maintaining a lightweight, compact design. The advanced Doppler clutter suppression technology allows for adaptive detection of moving targets, ensuring stable tracking of high-mobility UAVs even in complex environments. One of its key strengths is its exceptional low-altitude detection capability, facilitated by a Doppler filtering system that eliminates clutter spectrum diffusion issues often associated with mechanically scanned radar antennas. This makes the SR224 particularly effective in detecting and tracking low-altitude UAVs in areas with high background clutter.

The SR224 features a compact and portable design, making it easy to set up and operate. Its user-friendly terminal software simplifies installation and operation, providing an intuitive interface for operators. High reliability is a standout feature of this radar, as it eschews mechanical rotating components, thereby avoiding potential mechanical or electrical failures that could interrupt operations.

The radar system's software suite includes RF digital integration, signal and data processing, and terminal monitoring software. It supports integration with electro-optical systems for enhanced target tracking and identification. The SR224 also employs advanced non-uniform detection technology, applying tailored detection schemes to different areas within the surveillance zone to optimize overall performance. With its combination of cutting-edge technology, adaptability, and ease of use, the SZMID SR224 offers a robust solution for UAV detection and airspace security.

Model SZMID-SR224
Detection Performance
Working System Phased array system + full digital transceiver
DBF Technology System DBF technology system
Working Mode Pulse Doppler
Working Band C-band
Detection Range 1.5km (RCS≈0.01㎡)
Blind Zone Range 95m
Azimuth Coverage 0°~360°
Elevation Coverage 30°
Range Accuracy 15m
Target Capacity 40 targets
Electrical Performance
Power Supply AC220V
Power Consumption 120W
Communication 1 gigabit Ethernet (UDP protocol)
Data Rate Detection mode: 2s, Tracking mode: 0.2s
Mechanical Performance
Weight 60kg
Dimensions 725mm×725mm×775mm

Documents

  • SZMID - SR224 Drone Detection Radar