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Smart Scanning — Built for Professionals

GP8000 Lite

  • Available to buy
Proceq GP8000 Lite concrete GPR, a white handheld probe with a green wheel carriage

A simpler concrete scanner for fast detection of rebar, live wires, and other objects.

The GP8000 Lite is the easy-to-use concrete scanner in the GP8000 family, built for fast detection of rebar, live wires, and other objects rather than the full imaging workflow of the GP8000.

It uses the same class of stepped-frequency continuous-wave radar and the same compact probe size, with a shorter published penetration depth and a smaller area-scan limit. Export from the live Smart Scanning sheet is an iPad screenshot.

It is available to rent or buy from Smart Scanning when a crew needs a straightforward concrete check without the larger data set of the full GP8000.

  • Radar penetration and resolution in a compact probe
  • Interface aimed at faster detection
  • Comfortable handling across typical scan positions

Specifications

Figures below are taken from Smart Scanning's product pages or from Screening Eagle's public product sheets. Where a number is not published, it is left off.

Measurement modes

  • Line scan
  • Area scan up to 60 cm × 60 cm / 24 in × 24 in

Review modes

  • A-scan, including envelope
  • Migrated view
  • Non-migrated view
  • Time-slice view, basic

Export

  • iPad screenshot

Technical specifications

  • Radar technology: stepped-frequency continuous-wave (SFCW) GPR
  • Modulated frequency range: 200–4000 MHz
  • Penetration depth: 80 cm / 31.5 in
  • Battery: flight-safe, removable pack, 8× AA (NiMH)
  • Dimensions: 22.1 × 18 × 14 cm / 8.7 × 7.1 × 5.5 in
  • Weight: 1.5 kg / 3.3 lb, excluding the battery pack

Related equipment

  • GP8000 — Portable concrete GPR for inspections and structural imaging with stepped-frequency continuous-wave radar.
  • GP8100 — Portable concrete GPR array for quick object detection and dense data collection in one pass.
  • GP8800 — Handheld wireless concrete GPR for inspections in tight spots, using SFCW radar that fits in the palm of your hand.