GPR GS9000 Subsurface Mapping Price in Bangladesh

The GPR GS9000 is an advanced ground penetrating radar solution for professional subsurface investigation, making GPR GS9000 Subsurface Mapping Price in Bangladesh a relevant search for engineers, surveyors, contractors, and infrastructure professionals. Designed for non destructive underground mapping, it helps users investigate subsurface conditions and locate buried features with greater confidence while reducing the need for unnecessary excavation.

The GPR GS9000 is designed to support detailed ground penetrating radar surveys for detecting and analyzing underground structures. It can help professionals locate buried utilities, pipes, cables, voids, foundations, and other subsurface features. This capability is particularly valuable for construction planning, infrastructure development, utility management, road inspection, and site investigation.

Built for professional field use, the GPR GS9000 combines advanced radar technology with practical surveying capabilities. Its field ready design allows survey teams to work across construction sites, roads, pavements, industrial facilities, and other demanding environments. The system helps users gather useful subsurface information efficiently while minimizing disruption to existing structures and surfaces.

Accurate subsurface mapping plays an important role in modern civil engineering and infrastructure projects. Understanding underground conditions can help reduce the risk of utility strikes, improve excavation planning, support structural investigations, and provide valuable information before construction or maintenance work begins.

The GPR GS9000 is suitable for civil engineers, geophysical surveyors, utility detection specialists, construction companies, infrastructure contractors, researchers, and site investigation professionals. Its combination of advanced GPR technology, non destructive surveying, practical field operation, and durable professional design makes it a valuable solution for reliable underground mapping and subsurface analysis.

Tech Specs

Field Methodology

Free Path
Superline

Live Image Processing

Time Slice View (georeferenced)
Hilbert migration
Depth range adjustment
Dynamic Gain / Manual Gain
Sensitivity filter
Background removal filter
Noise cancellation filter
Frequency filter

Live Display Options

Satellite imagery
GNSS trajectory
CAD object layers
Spectral / seismic color palettes

On-site Annotations

Tags
Points of interest
Photos
Voice markers
Markups
Linework

Field Calibration

Odometer calibration
Velocity by hyperbola fitting
Velocity for multiple layers

Cloud Services

Live data synchronization to Workspace⁹
Permanent data storage
Raw data export to SEG-Y
Instant CAD / SHP / KML generation
Instant report generation
Share via url

Coordinate System

EPSG global database
Local grid models
Geoid models

Languages

English
Spanish
French
German
Italian
Chinese
Japanese
Korean

Display unit

Any iPad® or iPad Pro® ¹
Recommended: iPad Pro WiFi + Cellular
Screen resolution: up to 2732 x 2048 pixels
Storage capacity: up to 2 TB

iPad is a trademark of Apple Inc.; iOS is a registered trademark of Cisco in the US and is used by Apple under license

Instrument

Tech Specs

Radar technology

Stepped-frequency GPR

Modulated frequency range

500 – 3000 MHz ² | 30 – 750 MHz ³

Number of channels

35 (VV) + 15 (HH) ² | 11 (VV) ³

Channel spacing

2.5 cm (VV), 5.5 cm (HH) ² | 7.5 cm ³

Scan width

0.85 m ² | 0.82 m ³

Scan rate

27500 scans/s ² | 22000 scans/s ³

Time window

45 ns ² | 130 ns ³

Spatial interval

Up to 100 scans/m

Dimensions

722 x 1178 x 443 mm

Weight

45 Kg ²

Wheel encoders

2, on rear wheels

Ingress protection (IP) / sealing

IP65

Power consumption

Off-the-shelf power bank ⁴

Autonomy

6 hours | Hot-swappable ⁵

Operating temperature

-10° to 50°C | 14° to 122° F

Operating humidity

<95% RH, non-condensing

Connectivity

WiFi, USB-A, USB-C, Lemo ⁶

GNSS satellites

Multiband GPS + Glonass + Galileo + Beidou

GNSS real-time corrections

SSR augmentation / NRTK-compatible ⁷

GNSS real-time 3D accuracy

Typ. 1 - 5 cm | 0.5 - 2 in ⁸

GNSS initialization time

Typ. 5 - 30 s

1. Running an up-to-date iOS version; recommended models: iPad Pro® WiFi + Cellular (2022 model or superior)
2. In combination with GX1 array module
3. In combination with GX2 array module
4. USB-C power bank with Power Delivery. Max. dimensions: W 85mm x H 28mm (recommended power: 12/15/20V - >45 W)
5. Using 2x 26,800 mAh power banks
6. For terrestrial positioning systems, an intermediate serial adapter to DB9 might be needed to output Pseudo NMEA GGA positions
7. Needs an active Internet connection on the iPad; SSR service available in Europe, USA, southern Canada, southeastern Australia and South Korea / NRTK corrections via NTRIP in RTCM3 format
8. Via NTRIP RTK or SSR corrections; the achieved accuracy is subject to atmospheric conditions, satellite geometry, observation time, etc.
9. Up to 1 TB of personal space per user ID

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Steven Rich – Sep 17, 2016:

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William Cobus – Aug 21, 2016:

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