Phased Array Radar for UAV Detection China Suppliers and Factory

Phased Array Radar for UAV Detection China Suppliers and Factory
Phased Array Radar for UAV Detection China Suppliers and Factory
Phased Array Radar for UAV Detection China Suppliers and Factory
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Parameter Indicators

The Phased Array Radar is a high-precision surveillance solution engineered for the modern security landscape, specifically designed to detect and monitor small UAVs (Unmanned Aerial Vehicles) with exceptional accuracy. Operating in the X-band frequency, this system provides critical early warning capabilities by utilizing advanced beamforming technology to scan the airspace without the need for mechanical rotation.

Designed for reliability in demanding environments, the system offers a comprehensive 360-degree azimuth coverage and a wide elevation field of view, ensuring that low-altitude threats are identified swiftly. With an IP65-rated protective enclosure, it is built to withstand harsh weather conditions, making it an essential component for critical infrastructure protection and strategic airspace security.

Detailed Parameters

Operating FrequencyX-band Azimuth Coverage360° (Horizontal)
Elevation Coverage-5° to 60° Detection Range≥ 5km (Small rotor UAV)
Target RCS0.01㎡ Protection LevelIP65 Waterproof/Dustproof
Radar TypePhased Array ApplicationUAV Detection & Surveillance
System ClassWireless Communication/Radar Operational ModeContinuous Scanning

Key Advantages

IP65 Weatherproof

Ruggedized construction ensures stable performance in rain, dust, and extreme temperatures.

Real-time Tracking

Instantaneous target acquisition and tracking for immediate threat response.

High Sensitivity

Capable of detecting targets as small as 0.01㎡ RCS from distances up to 5km.

360° Omnidirectional

Full horizontal field of view eliminates blind spots around the deployment site.

X-Band Precision

Optimized frequency band for high-resolution detection of small flying objects.

Low-Altitude Focus

Specialized elevation coverage from -5° to 60° to capture low-flying drones.

Product Gallery

Management Platforms

Target Visualization

Intuitive 2D/3D mapping of all detected UAVs in the surveillance area.

System Calibration

Remote adjustment of sensitivity and filtration to reduce false alarms.

Alert Notification

Instant automated alerts sent to security personnel upon target entry.

Multi-Sensor Sync

Seamless integration with Jammer Systems and Photoelectric Detectors.

Log Management

Comprehensive archival of all detection events for post-incident analysis.

Network Deployment

Supports scalable mesh networking for wide-area perimeter protection.

Investment Return Comparison

FeatureTraditional RadarOur Phased ArrayROI Impact
Detection SpeedMechanical Scan (Slow)Electronic Scan (Instant)Faster Reaction Time
MaintenanceHigh (Moving Parts)Low (Solid State)Reduced OpEx
Small UAV DetectionLimited/Low AccuracyOptimized for 0.01㎡ RCSHigher Security Level
Deployment TimeComplex InstallationRapid Plug-and-PlayLower Setup Costs
Environmental DurabilityVariableCertified IP65Longer Lifecycle

Frequently Asked Questions

Q: What is the advantage of X-band frequency for drone detection?

X-band offers a superior balance between resolution and atmospheric penetration, allowing the radar to detect small targets like carbon-fiber drones that typically evade lower-frequency radars.

Q: Can this radar be integrated with a jammer system?

Yes, the system is designed to work as the "eyes" of a C-UAS ecosystem, providing target coordinates to vehicle-mounted or fixed jammers for precise neutralization.

Q: What does RCS=0.01㎡ mean in practical terms?

RCS (Radar Cross Section) represents the target's reflectivity. 0.01㎡ is extremely small, meaning the radar can detect small commercial quadcopters and miniature drones.

Q: Does the IP65 rating cover extreme cold or heat?

The IP65 rating ensures the device is dust-tight and protected against water jets, making it suitable for most outdoor climates globally.

Q: Is the 360° coverage achieved through rotation?

No, as a Phased Array Radar, it uses electronic beam steering to cover the entire 360° azimuth, which increases reliability and detection speed.

Q: How does this fit into the software and information technology service sector?

The hardware is supported by sophisticated signal processing software and integrated management platforms, blending specialized electronic manufacturing with advanced IT services.

Ready to Secure Your Airspace with Advanced Radar Technology?

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