GPR-SLICE V7.0 is a professional, advanced software package dedicated to the processing, analysis, and visualization of two-dimensional and three-dimensional Ground Penetrating Radar (GPR) data. Widely used by geophysicists, archaeologists, utility locators, and civil engineers, it transforms raw GPR radargrams into clear, interpretable maps and volumes. Its signature time-slicing technique allows users to create horizontal depth slices through 3D data cubes, making it possible to map buried objects, structures, and geological features in plan view—revolutionizing how GPR data is interpreted for non-destructive subsurface investigation.

(H2) Core Functional Capabilities of GPR-SLICE V7.0

• Comprehensive 2D & 3D Data Processing
  Prepare data for optimal interpretation. Apply a full suite of filters (dewow, background removal, gain, bandpass filtering, migration) to individual 2D radargrams and to entire 3D data volumes to enhance signal clarity and improve spatial resolution.

• Signature Time-Slice & Depth-Slice Analysis
  Generate horizontal maps at specific depths or time intervals. This is the core innovation of GPR-SLICE. By "slicing" a 3D GPR volume, users can create plan-view maps that show the amplitude or energy of reflections at a chosen depth, making it easy to trace pipes, foundations, or archaeological walls.

• Advanced 3D Volume Rendering & Visualization
  Explore your data in immersive 3D. Use iso-surface rendering, volume rendering, and opacity tools to visualize complex subsurface features as 3D objects. This allows for a more intuitive understanding of the size, shape, and orientation of buried targets.

• Data Import/Export & Integration
  Work with data from all major GPR manufacturers. The software supports a wide range of file formats. Processed results, including depth slices and 3D models, can be exported to GIS software (like ArcGIS) or CAD programs for integration into broader project maps and reports.

(H2) The GPR-SLICE Advantage in Subsurface Imaging

While standard GPR software focuses on vertical radargram profiles, GPR-SLICE V7.0 unlocks the true potential of 3D GPR surveys by emphasizing horizontal analysis. Its time-slicing methodology has become an industry-standard practice for interpreting grid data because it presents information in a map format that is instantly familiar to archaeologists, engineers, and planners. For projects requiring a clear, comprehensive picture of what lies beneath the surface—from mapping unmarked graves and ancient ruins to locating utilities under city streets—GPR-SLICE provides the essential toolkit to turn complex radar data into actionable, visual intelligence.