The Phased Array Radar is a cutting-edge surveillance solution specifically engineered for the detection and tracking of low-RCS targets. Operating in the high-precision X-band, this system provides an unparalleled balance of resolution and range, ensuring that even the smallest rogue UAVs are identified long before they penetrate critical airspace.

Designed for mission-critical security, this system combines a massive 360° azimuth coverage with a wide elevation field of view. Whether deployed for border security, airport protection, or military installations, its ruggedized construction and high-sensitivity detection capabilities make it the gold standard in modern counter-drone electronic warfare.

Detailed Parameters

Operating Frequency	X-band	Azimuth Coverage	360° Full Horizontal Field of View
Elevation Range	-5° to 60°	Detection Target	Small Rotor UAV (RCS=0.01㎡)
Detection Distance	≥ 5km	Ingress Protection	IP65 Weatherproof Rating
Array Type	Phased Array	Signal Processing	High-Precision Digital Filtering
Application	Drone Detection	Environmental Resistance	Industrial Grade / All-Weather

Key Advantages

Industrial Durability

Certified IP65 protection ensures reliable operation in extreme rain, dust, and temperature fluctuations.

Real-time Detection

Rapid scan rates and high-speed processing provide instantaneous alerts for incoming threats.

Small Target Sensitivity

Optimized for RCS=0.01㎡, detecting micro-drones that traditional radars often miss.

Panoramic Vision

360° horizontal coverage eliminates blind spots for comprehensive perimeter security.

X-Band Precision

Utilizes the X-band frequency for superior target resolution and highly accurate tracking.

Seamless Integration

Easily connects with jammer systems and C2 platforms for an end-to-end defense loop.

Product Gallery

XBand Phased Array Radar for Drone Detection China Suppliers Factory

Management Platforms

Centralized C2 Interface

A unified command and control center to monitor multiple radar nodes globally.

Automated Target Tracking

AI-driven algorithms that automatically distinguish between birds and drones.

Instant Alert System

Push notifications and sirens triggered immediately upon detection of a breach.

Threat Level Mapping

Dynamic heatmaps indicating the intensity and direction of the aerial threat.

Jammer Synchronization

Automatic coordination with vehicle-mounted or fixed jammers for rapid neutralizing.

Health Monitoring

Real-time diagnostics of hardware status, power levels, and signal integrity.

Investment Return Comparison

Feature	Standard Radar	Our Phased Array	ROI Impact
Detection Range		≥ 5km	Early Warning Time +60%
Target Sensitivity	Medium RCS only	Low RCS (0.01㎡)	Zero Leakage Risk
Coverage Angle	Limited/Sector	360° Panoramic	Reduced Unit Deployment
Weather Resistance	Basic Shielding	IP65 Rated	Lower Maintenance Costs
Response Speed	Manual Tracking	Auto-Detection	Faster Mitigation Time

Frequently Asked Questions

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

The X-band provides a higher resolution and a smaller wavelength, which is essential for detecting small, low-RCS targets like micro-drones that are often invisible to lower-frequency radars.

Q: Can this radar integrate with existing jammer systems?

Yes, our phased array radars are designed for seamless integration with fixed, vehicle-mounted, and handheld jammers via standard API and C2 protocols.

Q: How does the IP65 rating benefit the installation?

IP65 ensures the device is completely dust-tight and protected against water jets, allowing for continuous 24/7 operation in harsh outdoor environments without failure.

Q: What is RCS and why does 0.01㎡ matter?

RCS (Radar Cross Section) measures how detectable an object is. A value of 0.01㎡ represents a very small drone; being able to detect this ensures that even the stealthiest commercial drones are caught.

Q: Does the 360° coverage require multiple rotating antennas?

No, our phased array technology allows for electronic beam steering, providing 360° coverage with significantly higher efficiency and reliability than traditional mechanical rotation.

Q: What are the typical deployment scenarios for this system?

Common deployments include critical infrastructure protection, government buildings, military bases, and airport perimeters where comprehensive aerial surveillance is mandatory.