Introduction

The Innovative Fixed Radar Drone Detector for Low-Altitude UAV Detection and Localization with Azimuth and Pitch Phase Scanning is an azimuth machine scanning, pitch phase scanning, pulse Doppler system, three-coordinate radar, which is mainly used for detection and localization of low-altitude vehicles. The radar can accurately detect the spatial position of the target, and with the optoelectronic system, it can be cascaded with countermeasures equipment such as jamming, laser weapons and navigation deception.

Technical Indicators

1. Radar Band: X(8~12GHz)

2. Detection Distance: ≥ 5 km (typical target: DJI Phantom 4)

3. Minimum Detectable Target Speed: 1 m/s

4. Nearby Blind Zone: ≤ 200 m

5. Target Capacity: ≥ 500

6. Coverage: 1) Azimuth: 0° - 360°

    2) Pitch: 0°- 40°

    3) Altitude: ≥1 km

7. Precision (RMS): 1) Azimuth: ≤0.6°

                                2) Pitch: ≤0.6°

                                3) Distance: ≤8 m

8. Average Power Consumption: ≤220 W

9. Power Supply: AC220V/50Hz

10. Data Interface: Gigabit network port

11. Track Formation Time: 16-24 seconds

Advantages

• High Sensitivity: Capable of detecting slow-moving drones (as low as 1 m/s) at distances up to 5 km.
• Multi-Target Tracking: Efficiently monitors congested airspace, handling over 500 simultaneous drone tracks.
• 360° Surveillance: Provides complete azimuth coverage with an enhanced pitch angle for effective low-altitude threat detection.
• Extreme Durability: Built to perform reliably in harsh environmental conditions, ideal for military operations and remote installations.
• Precision Metrics: Delivers sub-degree angular accuracy, significantly improving target localization.

Product Outline Drawing

The YFR-02B radar unit is tripod-mounted with a built-in leveling device. This “Innovative Fixed Radar UAV Detector” counterpart is a three-coordinate pulsed Doppler radar,. The tripod design provides stable support and easy height adjustment, while the leveling feature ensures precise alignment for reliable target detection. As shown in the figure below: