SZMID-DK5
• Low Altitude Detection Radar
• Solid-State Phased Array: Features a one-dimensional phased array with azimuth mechanical scanning, offering extensive airspace coverage.
• X/Ku Dual-Band Operation: Provides superior low-altitude detection and robust anti-jamming capabilities through X/Ku dual-band technology.
• Long Range and High Accuracy: Delivers precise detection over long distances for both ground and low-altitude targets.
• 24/7 Continuous Operation: Built for high reliability and easy maintenance, supporting continuous operation around the clock.
• Flexible Communication and Deployment: Supports both wired and wireless communication, with high integration for quick assembly, disassembly, and flexible deployment.
• Advanced Signal Processing: Utilizes cutting-edge signal and information processing technologies for enhanced target detection and tracking.
• Portable Tablet Display: Comes with a portable tablet for easy operation, featuring a user-friendly interface and real-time data display.
• Real-Time Target Tracking: Automatically forms and displays target motion trajectories, including parameters like azimuth, distance, and radial speed in real-time after detection.
SZMID - DK5: Fast-Deployable Low Altitude Detection Radar for Comprehensive Early Warning and Monitoring
The SZMID DK5 is a rapid-deployment low-altitude detection radar designed for the early warning, monitoring, and tracking of a variety of targets including ground vehicles, personnel, low-flying drones, and birds. Ideal for critical areas like airports and military camps, the DK5 provides reliable protection and surveillance. Its networkable capability allows users to integrate multiple units, facilitating coordinated monitoring and early warning across expansive regions.
This radar system consists of an X-band front-end combination, a Ku-band front-end combination, a servo system, comprehensive processing units, and a radar installation base. Its operation employs a fully solid-state one-dimensional phased array combined with azimuth mechanical scanning, enabling extensive airspace coverage. The use of dual-frequency X/Ku bands ensures exceptional low-altitude detection performance and superior anti-jamming capabilities, making the DK5 highly effective in challenging environments. It offers long-range detection with high accuracy for both ground and low-altitude targets, ensuring early warning against potential threats.
Built for 24/7 continuous operation, the DK5 boasts high reliability and ease of maintenance, making it suitable for long-term use in critical surveillance scenarios. It supports both wired and wireless communication, providing high integration and flexibility for fast assembly and disassembly. This flexibility, combined with advanced signal processing and information processing technologies, allows the DK5 to deliver precise target detection and tracking in various deployment situations.
The DK5 features a portable flat-panel display with an intuitive user interface for easy operation. After detecting a target, the radar automatically generates the target's motion trajectory, displaying crucial parameters such as azimuth, distance, and radial speed in real-time. This real-time data provides operators with comprehensive situational awareness, ensuring a robust and responsive security posture for any protected area.
| Model | SZMID-DK5 |
| Operating Frequency Band | X/Ku Dual Band |
| Detection Range | Swirling Type I target, detection probability 80%, false alarm probability 10⁻⁶ |
| Maximum Detection Range | For small drone targets ≥10 km (RCS = 0.01 m²) |
| Azimuth Coverage | 0° ~ 360° (Mechanical Scanning) |
| Elevation Coverage | -5° ~ 45° |
| Height Coverage | ≤500 m |
| Distance Accuracy | ≤5 m |
| Azimuth Accuracy | ≤0.2° |
| Elevation Angle Accuracy | ≤0.2° |
| Distance Resolution | ≤30 m |
| Azimuth Resolution | ≤2° |
| Elevation Resolution | ≤2° |
| Main Equipment Weight | ≤200 kg |
| Power Supply | AC 220V |
| Power Consumption | ≤5000 W |
| Operating Temperature | -40℃ ~ +60℃ |
| Storage Temperature | -45℃ ~ +65℃ |
| MTBF (Mean Time Between Failures) | ≥1000 h |
