DBF 3D Surveillance Radar 2km Detection Range 40° Elevation Coverage for UAV Security
Advanced Digital Beamforming radar with 2km detection range and 40° elevation coverage. Features modular scalability from 90° to 360°, high precision tracking with ≤10m accuracy, and all-weather operation from -40°C to +60°C. Ideal for airport security, military bases, and critical infrastructure protection against drone threats.
The HYH-223R-1C1K-5D is an advanced air surveillance radar system featuring Digital Beamforming (DBF) technology for superior drone and UAV detection. This stationary radar provides flexible, all-weather protection for critical airspace with modular scalability options.
- Digital Beamforming Technology: Real-time adaptive beam control for optimal target tracking
- Scalable Coverage: 90° to 360° azimuth with 40° elevation for comprehensive 3D detection
- Extended Range: 2km maximum detection range (1.2km for micro-drones with RCS≈0.01m²)
- High Precision: Distance accuracy ≤10m, azimuth accuracy ≤1.0°
- Compact Design: ≤10kg weight with 445×300×400mm dimensions
- All-Weather Operation: Functions in -40°C to +60°C temperatures
- Energy Efficient: Low 40W power consumption with AC220V supply
| Parameter | Specification |
|---|---|
| Frequency Band | C-Band (5.5-5.8 GHz) |
| Detection Range | Up to 2km maximum, ≤100m minimum |
| Target Speed | 0.2m/s - 25m/s with ≤0.2m/s precision |
| Data Refresh Rate | ≤1.5 seconds |
| Output Power | 4W per panel (peak) |
| Interface | Ethernet (UDP protocol) |
| Mounting | Stationary installation |
| Package | Rugged aluminum alloy casing |
- Critical Infrastructure Protection: Airports, border zones, military bases
- Urban Security: Event venues, VIP protection areas
- Drone Threat Mitigation: Real-time detection of unauthorized UAVs
Modular design allows seamless expansion from 90° to 360° coverage. MIMO technology enhances detection accuracy, while OEM support enables custom branding and configurations. ISO certified with weatherproof IP rating for reliable operation in harsh conditions.
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