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Shipborne 4D Short- Range Small-Target Radar (Shuoting No.1)
Innovative research and development of a brand-new offshore target detection technology, providing 360° horizontal high-precision sensing, covering the surrounding 4km waters. Based on decimeter-level resolution and 4D point cloud imaging, motion and still image separation, etc., it can still maintain stable detection of small targets such as small vessels and navigation aids in high sea conditions, rain, snow, fog and crowded waters, all day long.
Redefine perception of
short-range small targets
Compared with traditional X-band radars, the Boli shipborne 4D imaging short-range small target radar system delivers more stable and accurate perception performance in rainy, foggy, surgy and low-visibility conditions as well as short-range small target identification scenarios.
Maintains stable target detection and continuous perception output under rainy, foggy, surgy and low-visibility conditions.
Vulnerable to sea clutter and harsh weather, it struggles to operate steadily and continuously with high false alarm and missed detection rates.
Maintains stable target detection and continuous perception output under rainy, foggy, surgy and low-visibility conditions.
Vulnerable to sea clutter and harsh weather, it struggles to operate steadily and continuously with high false alarm and missed detection rates.
Maintains stable target detection and continuous perception output under rainy, foggy, surgy and low-visibility conditions.
Vulnerable to sea clutter and harsh weather, it struggles to operate steadily and continuously with high false alarm and missed detection rates.
Industry-first W-band shipborne 4D imaging
short-range small target radar
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Ultra-high resolution
Azimuth angle: 0.1°; Elevation angle: 0.1°
Application effect
Applicable scenarios
Port fog period operations
Auxiliary berthing and unberthing
SLAM Mapping and Localization
Coastal checkpoint surveillance
Autonomous navigation
perception enhancement
Navigation/Operations/Enforcement
in Complex Water Areas
Technical advantages
01
Navigation/Operations/Enforcement
in Complex Water Areas
By using the decimeter setting as the distance station rate, in a short distance, it can automatically realize the point cloud imaging of the construction area, the end area, and the maintenance area with different sizes; and it can also measure the length/width/height (long/width/height), helping to more accurately define and mark the target boundary and the spatial form.
02
Point cloud level dynamic and
static distinction
By using the decimeter setting as the distance station rate, in a short distance, it can automatically realize the point cloud imaging of the construction area, the end area, and the maintenance area with different sizes; and it can also measure the length/width/height (long/width/height), helping to more accurately define and mark the target boundary and the spatial form.
03
Multi-objective automatic assignment
By using the decimeter setting as the distance station rate, in a short distance, it can automatically realize the point cloud imaging of the construction area, the end area, and the maintenance area with different sizes; and it can also measure the length/width/height (long/width/height), helping to more accurately define and mark the target boundary and the spatial form.
04
Low sensitivity to rain, snow and wave
By using the decimeter setting as the distance station rate, in a short distance, it can automatically realize the point cloud imaging of the construction area, the end area, and the maintenance area with different sizes; and it can also measure the length/width/height (long/width/height), helping to more accurately define and mark the target boundary and the spatial form.
Perceiving Visibility: From Millisecond Signals to
Intuitive Driving Assistance
Our self-developed maritime-level millimeter-wave technology is not only aimed at enabling penetration and perception in rain and fog, 1but also at converting the complex raw signals into intuitive collision-avoidance warnings on the HMI interface in real time.
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