GPRLine | Research

round Penetrating Radar (GPR) is an important tool for research and teaching in many professional applications, including geological stratigraphy, mineral exploration, environmental assessment, agriculture, archaeology, infrastructure, and more.

GPRLine is focused on bringing value and innovation to your projects by providing the most advanced instrumentation and integrated software to allow you to see beyond the surface.

Recognized worldwide as the center of GPR advancement, GPRLine Inc. designs, develops, manufactures, sells and rents ground penetrating radar instrumentation and software.

GPR development – from research to manufacturing – is conducted in a single cutting-edge facility.

Our academic support program provides access to:

Free teaching aids
GPR equipment for research and field schools
Talks from GPR specialists
Equipment demonstrations
Software lab licenses
Webinars and training

GPRLine has worked with educational facilities for decades to teach the science of GPR, illustrate the practical applications of GPR and increase research using GPR.

Enhance your research and course curriculum with GPR

GPRLine GPR systems are wonderful teaching tools for university labs and field schools because they are simple to use and provide students with a full experience from survey design, data acquisition, data processing, data visualization, data analysis and final reporting.

Leading researchers worldwide rely on our GPR products due to their unparalleled data quality and ability to withstand the most demanding field conditions.

Rover GPR deployment research University of Toronto

University of Edinburgh used Noggin®500 SmartCart® and Noggin® 250 SmartTowTM systems to further archaeological studies as part of the Apolline project.

University of Edinburgh used Noggin®500 SmartCart® and Noggin® 250 SmartTow systems to further archaeological studies as part of the Apolline project.

Image of internal structure of a massive barrier formation to a depth of 50m using pulseEKKO® 100 MHz (Courtesy of U.S. Geological Survey and University of Wisconsin Eau Claire)