Ground Penetrating Radar (GPR) & Utility Locating Systems


Utilities
Applications

  • Clay Pipes
  • Plastic or PVC Pipes
  • Concrete Pipes
  • Transite Pipes
  • Metal Pipes
  • Conduits
  • Cables & Wires
  • Manholes
  • Water Boxes
  • Illegal or Unknown Connections
  • Fiber Optic Lines
  • Missing Valves

Structural
Applications

  • Reinforcing
  • Cracking
  • Voids
  • Water Infiltration
  • Concrete Sparling
  • Slab or Wall Thickness
  • Asphalt Layer Thickness

Archaeological Applications

  • Artifact Locating
  • Structure Mapping
  • Grave Studies

Environmental Applications

  • Buried Drums
  • Landfill Limits
  • Rubble Limits
  • High Saturation Levels

Humanitarian
Applications

  • Landmines
  • UXO
  • Bunkers
  • Tunnels
  • Weapons Caches
  • IEDs

Geophysical Applications

  • Strata Layers
  • Ground Water
  • Root Mass
  • Disturbed Soil
  • Buried Wood
  • Bedrock
  • Boulders and Rocks
  • Density Changes
  • Fill Replacement

Law Enforcement Applications

  • Contraband Location
  • Objects Hidden in Walls
  • Buried Caches
  • Forensic Investigation
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US Radar is a technological leader in the design and innovation of surface and ground penetrating radar (GPR) systems. If you need to see what is on the other side of a surface, the high-profile Seeker SPR technology can safely help you define what you can’t see with the bare eye.

Latest News

US RADAR UNVEILS WORLD’S FIRST TRIPLE-FREQUENCY GROUND-PENETRATING RADAR

Quantum Imager Adds Depth, Resolution to Locating Technology

LAS VEGAS, March 6, 2014 - US Radar Inc., a leading manufacturer of subsurface imaging systems, has introduced the Quantum Imager™, the world’s first ground-penetrating radar system to use triple-frequency radar technology for locating and imaging objects at greater depths and with higher resolution than competitive single- or dual-frequency systems.

The Quantum Imager excels in a wide variety of applications, from bridge deck analysis to locating and imaging utilities at depths up to 30 feet – twice the depth limit of dual-frequency systems and three times that of single-frequency units. Patent-pending technology in the Quantum Imager applies ultra-wideband pulses that combine the advantages of pulse radar and stepped frequency radar. The system is especially effective in locating plastic utilities such as conduit, and rendering high-resolution imagery of those objects.

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