GEOSCOPE

GeoScope TM 3-dimensional GPR
- The fastest step-frequency GPR on the market

geoscope-2008

The GeoScope TM GPR is designed for
high-resolution 3-dimensional subsurface
mapping using innovative radar and
antenna technology.

The GeoScope GPR is designed for high-resolution 3-dimensional subsurface mapping using innovative radar and antenna technology. The radar unit is available with 12 or 24 DC power supply and operates in the frequency range 100MHz - 3GHz. The radar unit is controlled by a rugged laptop computer running the 3d-Radar data acquisition software.

The GeoScope uses digitally generated step-frequency waveforms which give optimum signal quality for various applications. The electronically scanning antenna arrays allow rapid and accurate 3D data surveys. The GeoScope is a flexible tool for applications like utility mapping, archaeological investigations, road/railway inspection, and landmine/UXO detection.

Key features

  • Continuous frequency range: 100 MHz - 3 GHz
  • Controls up to 31 antennas
  • Step-frequency waveform (programmable frequency range)
  • Multi-offset recording option for CMP-measurements
  • 19” rack unit
  • 12V or 24V DC power supply
  • Interface for GPS (NMEA0183)

Technical Specifications (pdf):

  • Ground Penetrating Radar

    Ground Penetrating Radar (GPR) uses electromagnetic waves to map structures and objects below the ground surface. The radar waves from the antenna are reflected by interface layers inside the soil or by buried metal objects. In general GPR works well in sand/gravel and dry soil conditions with low soil conductivity but can not penetrate high conductivity materials such as clay and salt water.

  • 3d-Radar GPR

    3d-Radar uses antenna arrays for efficient data acquisition over large surfaces. This enables the user to create 3-dimensional images of the subsurface objects.

  • 3d-Radar Technology

    3d-Radar has pioneered the next generation GPR systems by introducing step-frequency technology in combination with unique antenna arrays.