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What is GS9000 used for?
GS9000 is used for subsurface mapping and utility detection, including pipes, cables, and underground structures.
OTDR
Fiber Optic Splicing Machine
Optical Loss Test
Optical Power Meters
Optical Light Source
TDR Cable Fault Locator
Fiber Optic Visual Fault Locators
Network Analyzer
Lan Testers
Fiber Tools
Fiber Cleavers
Optical Fiber Identifier
Fiber Optical Attenuator
Tone & Probe Kit
Fiber Optical Talk Set
Rocoil Rail Current Transducer
Bit Error Rate Tester
Proceq Multichannel Ground Penetrating Radar (GPR) GS9000 is a next-generation subsurface mapping solution engineered to deliver high-resolution, real-time 3D imaging of underground structures with exceptional accuracy. Designed as a versatile pushcart system, it combines multichannel stepped frequency radar with GNSS integration, enabling precise, georeferenced mapping across a wide range of applications.
Built for efficiency and adaptability, the GS9000 features a modular architecture with swappable antenna arrays, allowing users to seamlessly transition between detailed structural analysis and deeper utility detection. Its intuitive tablet-based interface provides live visualization of subsurface data, enabling users to see underground objects as they are scanned—eliminating guesswork, reducing on-site errors, and simplifying interpretation even for non-experts.
Complementing the hardware, the GS9000 software ecosystem delivers a seamless field-to-office workflow. The field app offers real-time, georeferenced data visualization, while advanced post-processing tools provide powerful 2D and 3D analysis, filtering, and automated mapping for accurate results.
With integrated cloud connectivity, users can easily collect, sync, store, and share data, ensuring instant access and smooth collaboration across teams. Data can be exported into standard formats such as CAD, SHP, and KML, making it simple to integrate into existing workflows.
By combining portability, advanced imaging, and intelligent software, GS9000 transforms complex subsurface data into clear, actionable insights in real time. This enables professionals to work faster, improve accuracy, reduce excavation risks, and make confident decisions—making it an essential tool for safer, smarter, and more efficient subsurface investigations.
Applications
Key Features
|
Parameter |
Details |
|
Technology |
Multichannel Stepped Frequency Radar |
|
Antenna Modules |
GX1 (500–3000 MHz) | GX2 (30–750 MHz) |
|
Channels |
GX1: 35 (VV) + 15 (HH) | GX2: 11 (VV) |
|
Channel Spacing |
GX1: 2.5 cm (VV), 5.5 cm (HH) | GX2: 7.5 cm |
|
Scan Width |
GX1: 0.85 m | GX2: 0.82 m |
|
Data Density |
Up to 27,500 scans/s |
|
Points per Meter |
Up to 5,000 points/linear meter |
|
Spatial Interval |
Up to 100 scans/m |
|
Time Window |
GX1: 45 ns | GX2: 130 ns |
|
Real-Time 3D Accuracy |
Typical 1–5 cm |
|
Control System |
Wireless via iPad Pro (gesture-based interface) |
|
Connectivity |
WiFi, USB-A, USB-C, Lemo, GNSS integration (NTRIP compatible), Cloud sync |
|
GNSS Support |
GPS + Glonass + Galileo + Beidou |
|
GNSS Corrections |
SSR augmentation / NRTK compatible |
|
GNSS Initialization Time |
Typical 5–30 sec |
|
Power Supply |
45W USB-C power bank (hot-swappable) |
|
Battery Autonomy |
Up to 6 hours |
|
Build Material |
Carbon fiber (lightweight & durable) |
|
Design |
Foldable pushcart with modular architecture |
|
Operating Temperature |
-10°C to 50°C |
|
Operating Humidity |
<95% RH, non-condensing |
|
Software |
Real-time field app + advanced 2D/3D post-processing |
|
Data Output Formats |
CAD, SHP, KML, SEG-Y |
|
Cloud Features |
Workspace cloud sync, storage, sharing & reporting |
|
Display Compatibility |
Any iPad / iPad Pro |
|
Ingress Protection |
IP65 |
|
Dimensions (L x W x H) |
722 × 1178 × 443 mm |
|
Weight (in Kg) |
45 |
GX1 vs GX2 – Antenna Module Comparison
|
Parameter |
GX1 (High Frequency) |
GX2 (Low Frequency) |
|
Frequency Range |
500 – 3000 MHz |
30 – 750 MHz |
|
Application Focus |
Structural analysis, shallow high detail |
Utility detection, deeper penetration |
|
Depth Capability |
High resolution (first ~1 meter) |
Deeper penetration (up to 2–3 meters) |
|
Resolution |
Ultra-high resolution |
Moderate resolution |
|
Channels |
35 + 15 channels (dual polarization) |
11 channels |
|
Channel Spacing |
2.5 cm |
7.5 cm |
|
Swath Width |
Narrower, high detail |
Wider (83 cm coverage) |
|
Best Use Cases |
Concrete inspection, roads, bridges |
Pipes, cables, geophysics |
|
Data Detail |
Very fine detail imaging |
Broader subsurface mapping |
GS9000 is used for subsurface mapping and utility detection, including pipes, cables, and underground structures.
It uses multichannel GPR technology to scan the ground and generate real-time 3D images of subsurface objects.
It offers real-time 3D imaging, multichannel scanning, and GNSS integration, providing faster and more accurate results.
Yes, it is designed for complex urban utility mapping and safe excavation planning.
Yes, it features a tablet-based interface with intuitive gestures and live visualization.
It is widely used in construction, infrastructure, utilities, geophysics, and archaeology.
Yes, it offers cloud-based data synchronization, sharing, and reporting.
Yes, it provides instant subsurface visualization and live tomography.
Requirement :
GX1 for high-detail shallow scans
GX2 for deeper utility detection
GX1 + GX2 for complete coverage.
The GS9000 supports two interchangeable antenna modules: GX1 (500–3000 MHz) for high-resolution structural analysis and GX2 (30–750 MHz) for deeper utility and geophysical detection.
GX1 is optimized for ultra-high-resolution shallow imaging, ideal for roads, bridges, and concrete inspection, while GX2 is designed for deeper penetration and wider coverage for utilities and subsurface mapping.
The GS9000 provides real-time 3D positioning accuracy of 1–5 cm using integrated GNSS correction technologies such as SSR and NTRK.
Yes, the GS9000 offers live georeferenced 3D visualization, allowing users to view underground structures instantly while scanning.
GS9000 works with the Proceq GPR Subsurface App and Workspace cloud platform for field visualization, post-processing, reporting, and data sharing.
Yes, GS9000 supports export formats including CAD, SHP, KML, and SEG-Y, making it compatible with GIS and engineering workflows.
The system offers up to 6 hours of operation using hot-swappable USB-C power banks.
The GS9000 is wirelessly controlled through an iPad or iPad Pro with a gesture-based interface for intuitive operation.
Yes, GS9000 is widely used for bridge condition assessment, asphalt thickness analysis, concrete inspection, and moisture mapping.
Yes, GS9000 is specifically designed for utility mapping and safe digging applications, helping reduce excavation risks and prevent damage to buried infrastructure.
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