List Price

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The most efficient real-time workflow and technology to scan and digitize the subsurface.

  • Get a clear image of the underground in 2D and 3D as you walk
  • Digitize on-site findings on the map and send to CAD/GIS
  • Access to your data from anywhere, anytime


Proceq GS8000

Variants

  • SPECIFICATIONS

    Radar technology: Stepped-frequency Continuous-Wave GPR

    Modulated frequency range: 40 – 3440 MHz

    Effective bandwidth: 3200 MHz

    Min. detectable target size: 1 cm | 0.4 in ²

    Max. time window: 200 ns

    Scan rate: 500 Hz

    Spatial interval: Up to 100 scans/m

    Acquisition speed: Up to 80 Km/h | 50 mph ³

    GNSS receiver: Multiband GPS + Glonass + Galileo + Beidou; SSR augmentation / NRTK-compatible ⁴; Dimensions: 145 x 145 x 70 mm; Weight: 0.7 Kg, 4x AA-batteries included

    GNSS real-time 3D accuracy: Typ. 1 - 5 cm | 0.5 - 2 in ⁵

    GNSS initialization time: Typ. 5 - 30 s

    Wheel encoders: 2

    Configurations: Proceq GS8000 Lite; Proceq GS8000 Pro ⁶

    Weight: 24 Kg ⁷

    Dimensions: 61 x 57 x 38 cm ⁸

    Antenna positions: Ground-coupled with dual-axis floating; Air-coupled with 25 mm clearance ⁹

    Ingress protection (IP) / sealing: IP65

    Power supply: Removable flight-safe battery pack ¹⁰ | Off-the-shelf power bank ¹¹

    Autonomy: 3.5 hours | Full working day ¹²

    Operating temperature:-10° to 50°C | 14° to 122° F

    Operating humidity:<95% RH, non-condensing

    Connectivity: WiFi, Ethernet, USB-A, USB-B, USB-C, Lemo ¹³



    1.  Running an up-to-date iOS version; recommended models: iPad Pro® WiFi + Cellular 11” or 12.9”

    2.  Metallic object buried at 0.3 m / 1 ft, in average soil conditions

    3.  At 50 mm scan interval

    4.  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

    5.  Via NTRIP RTK or SSR corrections; the achieved accuracy is subject to atmospheric conditions, satellite geometry, observation time, etc.

    6.  GS8000 Pro includes additionally: off-road wheels and underbody, GNSS pole fixation kit, tablet cover for sun and rain, hard transportation case

    7.  For GS8000 Pro configuration: 27 Kg

    8.  For GS8000 Pro configuration: 68 x 60 x 42 cm

    9.  For GS8000 Pro configuration: 40 mm

    10.  Contains 8x rechargeable C-Type NiMH batteries

    11.  USB-C PD power bank with max. dimensions: W 85mm x H 28mm (recommended power: 12V/>=1.25A or 15V/>=1A)

    12.  Recommended battery capacity: >4500 mAh | Recommended power bank capacity: >20000 mAh

    13.  For terrestrial positioning systems, an intermediate serial adapter to DB9 might be needed to output Pseudo NMEA GGA positions

  • DOWNLOADS

Capture and map what lies beneath

No methodology constraints and real time 2D & 3D data visualization of the scanned subsurface, for an optimal interpretation on site, no matter the application.

Accuracy & Resolution

Superior clarity of data at different depths thanks to the unique Swiss Made ultra-wideband radar technology, with high-accuracy geolocation in local coordinates.

User Experience

End-to-end workflows, all the way from the most intuitive data acquisition to instantly shareable deliverables. Access your data from anywhere, anytime.

This is only the beginning
  • Free updates & releases
  • Customer-centric development
  • Ahead of any other solution


Scan the underground with total flexibility to obtain ultra-clear 3D visualizations of what lies beneath, in real-time. Effortless and reliable subsurface detection of objects and underground utility mapping with the ability to collaborate anywhere, anytime.


Designed for professionals including subsurface engineering companies, utility locators and surveyors, geophysicists, archaeologists and civil engineers, this intelligent and feature-rich app gets better and better over time. And as it is available with a subscription, you also have access to continuous innovation and over-the-air updates. 4000+ users have trusted us. Join the community.

feedback from the field

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Frequently Asked Questions

Do you have a GPR question that you are having a hard time getting answered? Contact GPR USA and access our experienced team of GPR professionals to get the answers you need.

  • FAQ One

    What types of materials can GPR detect?


    GPR can detect a variety of materials, including:

    • Metals (pipes, rebar)
    • Void spaces (cavities, tunnels)
    • Soil layers and geological features
    • Archaeological artifacts
    • Groundwater interfaces

  • FAQ Two

    What are some advantages of the Step-Frequency Continuous Wave GPR?


    • Higher Resolution
    • Better Depth Penetration
    • Enhanced Signal-to-Noise Ratio
    • Wideband Data Acquis ition

  • FAQ Three

    What is the role of frequency in GPR?


    - Higher frequency antennas provide better resolution but shallower penetration, while lower frequency antennas penetrate deeper but with lower r esolution.

  • FAQ Four

    How does weather affect GPR surveys?


    - Weather conditions can influence the performance of GPR. Wet conditions may enhance conductivity, reducing penetration depth, while dry conditions generally provide bet ter results.

Resources

GPR News

3D rendering of a surface scan with a grid pattern. Color gradients indicate variations, with red representing highs and blue representing lows.
By GPR USA September 15, 2025
Learn what underground utility mapping is, how GPR detects buried utilities, and why accurate mapping prevents strikes, delays, and safety risks.
Construction worker using device on wall, viewing display on tablet.
By GPR USA September 12, 2025
Explore Ground Penetrating Radar (GPR) costs, factors that impact pricing, and how investing in your own system can save time, money, and delays.
Blue and white spectrogram of sound waves, showing frequency and amplitude over time, with horizontal and vertical lines.
By GPR USA September 10, 2025
Discover how deep Ground Penetrating Radar (GPR) scans in concrete, soil, and geological surveys, plus the factors that affect penetration depth.

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