GS9000 Multi-Channel Array 3D Subsurface Imaging Radar

The GS9000 is a multi-channel array 3D subsurface imaging radar with the following features:
Versatility: Equipped with interchangeable antenna array modules, it can identify both shallow and deep targets such as pipelines or defects, making it suitable for various application scenarios.
High Precision: Utilizes advanced subsurface mapping technology to perform high-density data acquisition across the entire underground space, achieving high-precision mapping even in complex environments.
High Efficiency: Simple installation and user-friendly operation enable real-time on-site data acquisition and processing. It also supports remote data sharing and advanced post-processing between field and office. Its scanning rate can reach 27,500 scans/s² | 22,000 scans/s³.
Real-Time 3D Visualization: Operates on the iOS system of an iPad, paired with corresponding software to achieve real-time 3D visualization. It can display results on the map in real time as lines, trenches as areas, voids as localized points, etc., facilitating intuitive analysis.
Antennas and Channels: Antenna channels come in various configurations such as 35 (vv) + 15 (hh)² | 11 (vv)³; channel spacing is 2.5 cm (vv), 5.5 cm (hh)² | 7.5 cm³.
Frequency Range: 500–3000 MHz² | 30–750 MHz³. Its stepped-frequency characteristic provides a wider frequency coverage, balancing both detection depth and resolution effectively.
Scanning Width: 0.85 m² | 0.82 m³.
Other Parameters: Time window of 35 ns² | 100 ns³, spatial interval up to 100 scans/m, overall dimensions of 722x1178x443 mm, weight of 45 kg², with two encoder wheels located at the rear; waterproof (IP65), powered by a PD fast-charging power bank with 6-hour battery life (supports hot-swapping); operating temperature ranges from -10°C to 50°C (14°F to 122°F), operating humidity < 95% RH (non-condensing); connectivity includes WiFi, USB-A, USB-C, LEMO; GNSS satellite positioning uses multi-band GPS+GLONASS+Galileo+BeiDou, with real-time GNSS calibration supporting SSR satellite-based correction / NRTK network correction. Typical real-time GNSS positioning accuracy is 1-5 cm (0.5-2 in), with a typical initialization time of 5-30 s.
The GS9000 can be applied in damage prevention, excavation safety, utility locating and mapping, precision agriculture, road inspection, bridge inspection, archaeology, forensics, underground utility engineering, and 3D underground reality capture, among other fields.