Shenzhen Polaris Security Technology Co., Ltd.
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High-Precision X-Band Radar System for Long-Range Drone Detection and Tracking of Aerial Targets
Introduction
This radar is a three-coordinate system utilizing azimuth mechanical scanning and pitch phase scanning with pulse Doppler technology. It is specifically designed for detecting and pinpointing the location of low-altitude vehicles. Capable of precisely determining the spatial position of targets, the radar seamlessly integrates with optical systems and countermeasure equipment, including jamming devices, laser weapons, and navigation deception systems.
Parameters
| Function | Description | |
| Radar Band | X(8~12GHz) | |
| Detection Distance | ≥5 km (typical target: DJI Phantom 4) | |
| Minimum Detectable Target Speed | 1 m/s | |
| Nearby Blind Zone | ≤ 200 m | |
| Target Capacity | ≥ 500 | |
| Primary target | Low-altitude vehicles | |
| intercept distance | 2km | |
| Coverage | Azimuth | 0° - 360° |
| Pitch | 0°- 40° | |
| Altitude | ≥1 km | |
| Precision (RMS) | Azimuth | ≤0.6° |
| Pitch | ≤0.6° | |
| Distance | ≤8 m | |
| External Dimensions | 850 × 330 × 440 (mm) | |
| Protection Class | IP65 | |
| Weight | ≤30 kg(the whole machine) | |
| Operating Temperature | -40℃ to +60℃ | |
| Storage Temperature | -50℃ to +65℃ | |
High Sensitivity: Detects slow-moving drones (1 m/s) at long ranges (5 km).
Multi-Target Tracking: Ideal for congested airspace with 500+ simultaneous tracks.
360° Surveillance: Full azimuth coverage with elevated pitch for low-altitude threat detection.
Extreme Durability: Operates in harsh climates (e.g., military, remote installations).
Precision Metrics: Sub-degree angular accuracy enhances target localization.
Target Applications
Our solution excels in multiple scenarios. It enables proactive drone detection by reliably identifying unauthorized UAV activity in real-time, thus reinforcing airspace security across both urban and remote areas. Additionally, the system supports rigorous border surveillance by providing early warning and continuous monitoring against potential aerial intrusions, ensuring national security. Furthermore, it is integral to the protection of critical infrastructure—such as power plants, transportation networks, and communication hubs—by preventing unauthorized drone access that could disrupt operations or compromise sensitive assets.
Product Outline Drawing
