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X Band Low Altitude Detection Radar
This product adopts deep learning technology, which has strong adaptability to signal-to-noise ratio degradation and effectively solves the problem of detecting low-altitude, small-sized targets in complex environments. It enables efficient detection of low-speed and small targets in cluttered backgrounds while maintaining high adaptability to different terrain and environmental conditions. After deployment, it requires no parameter adjustments and can be directly put into operation, making it easy to use.
Additionally, it breaks through the limitations of traditional radar algorithms, such as MTI + MTD, CFAR, and conventional clutter detection methods. It is well-suited for complex urban environments, offering high tracking accuracy for targets with large pitch angles while maintaining low false alarm rates.
The system ensures stable trajectory tracking and can effectively identify moving objects such as birds, automatically distinguishing them from environmental interference. This enables effective suppression of atmospheric clutter and ensures continuous all-weather operation.
Parameter | Value |
Damage Mode | X-band |
Detection Range | ≥5Km (Drone, RCS: 0.01㎡) |
Blind Zone | 200m |
EIRP | ≥76dBm |
Array Size | 16×16 |
Angle Coverage | Azimuth: -45°~45°, Elevation: 0°~60° |
Tracking Accuracy | Distance: <10m, Azimuth: <0.8°, Elevation: <0.8° |
Echo Update Rate | ≤3s (Configurable) |
Interface | Ethernet Port |
Weight | ≤20Kg |
Power Supply | AC220V |
Power Consumption | ≤400W |
X Band Low Altitude Detection Radar
This product adopts deep learning technology, which has strong adaptability to signal-to-noise ratio degradation and effectively solves the problem of detecting low-altitude, small-sized targets in complex environments. It enables efficient detection of low-speed and small targets in cluttered backgrounds while maintaining high adaptability to different terrain and environmental conditions. After deployment, it requires no parameter adjustments and can be directly put into operation, making it easy to use.
Additionally, it breaks through the limitations of traditional radar algorithms, such as MTI + MTD, CFAR, and conventional clutter detection methods. It is well-suited for complex urban environments, offering high tracking accuracy for targets with large pitch angles while maintaining low false alarm rates.
The system ensures stable trajectory tracking and can effectively identify moving objects such as birds, automatically distinguishing them from environmental interference. This enables effective suppression of atmospheric clutter and ensures continuous all-weather operation.
Parameter | Value |
Damage Mode | X-band |
Detection Range | ≥5Km (Drone, RCS: 0.01㎡) |
Blind Zone | 200m |
EIRP | ≥76dBm |
Array Size | 16×16 |
Angle Coverage | Azimuth: -45°~45°, Elevation: 0°~60° |
Tracking Accuracy | Distance: <10m, Azimuth: <0.8°, Elevation: <0.8° |
Echo Update Rate | ≤3s (Configurable) |
Interface | Ethernet Port |
Weight | ≤20Kg |
Power Supply | AC220V |
Power Consumption | ≤400W |