The "Free Path" feature of the GS9000, combined with geolocation data, enables real-time acquisition of 3D underground maps, providing references for structural integrity assessment and maintenance planning.
High-frequency array antennas collect dense underground data through full-resolution imaging modes, accurately identifying structural weak points and comprehensively evaluating asphalt damage levels.

The GPR Insights software processes large-scale GPR datasets, automatically detecting the first layer of reinforcement in bridge structures via an AI engine, and generates deterioration maps and concrete structure condition diagrams. Based on these, engineers identified areas of concrete deterioration and rebar corrosion corresponding to the highway, conducted excavation verification, and found the results highly consistent with the detection data.

The innovative antenna design of the GS9000 reduces the channel spacing to 2.5 cm, enhancing surface defect detection capabilities. Engineers can identify cracks on-site through radar images and study crack propagation based on slice results.

The GS9000 multi-channel array 3D ground penetrating radar is an advanced device used for geological detection and engineering inspection. It utilizes the propagation and reflection characteristics of high-frequency electromagnetic waves in underground media to detect subsurface structures, anomalies, and geological features. This radar offers high resolution, non-destructive testing, and rapid efficiency, making it widely applicable in geological exploration, tunnel inspection, underground pipeline detection, archaeological research, and other fields.

                                                      
In highway bridge crack imaging, the GS9000 overcomes the limitations of traditional ground penetrating radar equipment, which often produces blurry images and struggles to capture subtle geological changes or subsurface structures, thanks to its stepped-frequency continuous wave radar and array antenna design. Whether it's underground pipelines, voids, or road surface cracks and defects, the GS9000 captures them with higher clarity, presenting users with a clear and realistic view of the underground world.


In AI-based quality analysis, radar data from bridge pavements is efficiently processed and transformed into meaningful maps and visualizations using the AI engine and cloud algorithms in GPR Insights software. The AI engine automatically detects the first layer of reinforcement in bridge structures. This technology not significantly improves detection efficiency but also provides engineers with more intuitive and clear diagrams of the bridge's structural condition. By analyzing the attenuation of rebar reflection signals, the AI engine generates two qualitative maps: a deterioration map and a concrete structure condition map, offering decision support for subsequent maintenance and repairs.