3D Radar Life Detector (5th Generation)

3D radar Life detector

Brand: Sheng Bolan

Model: Search– V  

Qualifications: Test reports, software copyright

              The Search–V 3D radar is an ultra-wideband radar that leverages advanced radar technology, offering exceptional penetration capability and intelligent decision-making abilities. It features cutting-edge detection methods, high responsiveness, and superior accuracy, while also being easy to use. This radar is widely employed in emergency rescue operations—such as counterterrorism efforts by public security agencies, hostage rescue missions, and urban warfare scenarios—where rapid target location is critical. It can swiftly detect human activity behind non-metallic walls or obstacles, providing real-time localization of personnel positions. Moreover, it can identify additional environmental perception data, including the height and posture (standing or crouching) of human targets, thus enabling a broader range of application scenarios.

           Radar-based life detectors are penetrative and can search large areas for trapped individuals in earthquake rubble. , this The radar model features two-dimensional horizontal and vertical coordinate positioning as well as three-dimensional spatial detection capabilities. Accurately pinpoint the location of living beings, quickly detect signals from trapped individuals, and assist search-and-rescue personnel in rapidly deploying rescue operations.

          The 3D radar life detector is suitable for disaster sites such as earthquake rubble, collapsed buildings, and landslides. It can penetrate obstacles to precisely locate trapped individuals. It is also used in firefighting, counter-terrorism operations, and security inspections to rapidly detect signs of life in concealed spaces.

1. Acquisition of the rescue space’s architectural environment: Penetrating through architectural structural barriers such as walls and floor slabs to identify, locate, and display environmental information about building structures within the detection and rescue area—such as walls, load-bearing columns, metal cabinets, and other elements—thus facilitating the precise localization and rescue of buried survivors.

2. Penetrable media: Common non-metallic, low-moisture materials such as walls and wood;

3. 3D Imaging and Positioning Function: A single scan can acquire the target object’s three-dimensional spatial coordinates and two-dimensional coordinates in real time. It enables dynamic, real-time 3D imaging of the target object, dynamically displaying its 3D contour rather than a static 3D model. Furthermore, based on the 3D imaging results, it can provide information on the target object’s state, such as whether it is moving or stationary.

4. Display Function: The display control terminal can simultaneously show two-dimensional positioning information and dynamic three-dimensional imaging contours of the target object, and supports operations such as rotation and scaling on the dynamic three-dimensional images.

5. Wall-penetration detection range: Penetrates 55 cm-thick brick-concrete walls to detect stationary living beings at 10 m and moving living beings at 10 m.