XTU-A02 Low-Altitude Surveillance Radar - Top China Suppliers & Factory for Advanced Ground Tracking Solutions
At the heart of the XTU-A02 is its state-of-the-art digital beamforming technology, which enables precise control of the radar beam and ensures low equivalent isotropic radiated power. This not only enhances the radar’s performance but also minimizes its impact on the surrounding environment. Additionally, digital beamforming technology enables high search data rates, enabling fast and thorough surveillance of a given area.
One of the XTU-A02’s standout features is its adaptive clutter suppression feature, which effectively filters out unwanted signals and noise, ensuring only relevant targets are detected. This, combined with dense target detection and pre-tracking technology, significantly reduces the occurrence of false alarms, providing operators with reliable and actionable information.
The radar’s versatility makes it an ideal solution for a variety of applications, including border security, perimeter surveillance and critical infrastructure protection. Its ability to operate effectively in low-altitude scenarios makes it particularly suitable for surveillance areas where traditional surveillance systems may not be adequate.
In addition to its superior performance, the XTU-A02 is designed with a user-friendly interface and intuitive controls, allowing operators to easily configure and manage the radar system according to specific operational requirements.
With its advanced technology and powerful functions, the XTU-A02 low-altitude surveillance radar sets a new standard for the accuracy and reliability of low-altitude and ground surveillance. Whether for military, security or civilian applications, radar systems deliver unparalleled performance, making them an indispensable asset for any surveillance operation.
Main Specifications
| Operating Frequency: | X-band |
| Operating Mode: | Azimuth mechanical scanning, Elevation Digital Beam Forming (DBF) |
| Number of Frequency Hops: | 6 |
| Elevation Coverage (Field of View in Elevation): | -5 to 60 degrees |
| Azimuth Coverage (Horizontal Field of View): | 360° |
| Detection Altitude: | At least 3000 meters |
| Detection Range: |
• At least 8 km for small rotorcraft UAVs (RCS=0.01㎡). • At least 12 km for small fixed-wing UAVs (RCS=0.1㎡). • At least 20 km for medium fixed-wing UAVs (RCS=1㎡). • At least 12 km for Persons. • At least 20 km for helicopters and vehicles. |
| Angle Measurement Accuracy: | Azimuth: ≤0.3 degrees (RMS), Elevation: ≤0.3 degrees (RMS) |
| Range Measurement Accuracy: | ≤5 m (RMS) |
| Blind Zone: | ≤50 m |
| Antenna Rotation Speed: | 30 RPM (180 degrees/s) |
| Number of Targets Tracked Simultaneously: | At least 500 groups |
| Detection Radial Velocity Range: | 1 to 100 m/s |
| Clutter Rejection Capability: | Common clutter does not cause false alarms |
| Power Consumption: | ≤350 W |
| Power Supply Range: | DC, 30 to 52V |
| Communication Interface: | Gigabit Ethernet |
| Environmental Adaptability: | Operating temperature -40 to +55°C, Protection class IP66 |
| Weight: | ≤30Kg |
| Main Unit Dimensions (excluding servo): | 650 x 800 x 85 mm |
| Wind Resistance Capability: | Operates normally in wind conditions up to Beaufort scale 6 |
Frequently Asked Questions
The XTU-A02 uses state-of-the-art digital beamforming (DBF) technology in elevation and mechanical scanning in azimuth to achieve precise control of the radar beam and high search data rates.
It features adaptive clutter suppression combined with dense target detection and pre-tracking technology, which effectively filters out unwanted noise and ensures common clutter does not trigger false alarms.
The radar can detect small rotorcraft UAVs (RCS=0.01㎡) at a distance of at least 8 km, and small fixed-wing UAVs (RCS=0.1㎡) at a distance of at least 12 km.
Yes, it is designed with IP66 protection, operates in temperatures ranging from -40°C to +55°C, and can function normally in wind conditions up to Beaufort scale 6.
The XTU-A02 radar system is capable of tracking at least 500 target groups simultaneously.