Vehicle Mounted High-Speed Infrastructure Ground Penetrating Radar (GPR) is a cutting-edge technology that provides transportation engineers and asset managers with critical insights into the construction quality and current condition of roadways, bridge decks, and related infrastructure. This advanced, non-destructive method enables the efficient evaluation of large areas without the need for intrusive testing or traffic disruptions.
At Bhate, we bring over 25 years of experience in applying GPR technology to real-world infrastructure challenges. Building on this foundation, we now proudly offer specialized services in high-speed infrastructure GPR and pavement analysis. These services are tailored to meet the evolving needs of transportation departments, municipalities, and private-sector clients seeking more efficient, safe, and cost-effective ways to assess and manage infrastructure assets.
One of the most powerful features of Air-Launched GPR is its ability to collect data at highway speeds—often exceeding 60 miles per hour. This allows for comprehensive surface and subsurface data acquisition with minimal impact on traffic flow. The method also significantly reduces the need for lane closures, lowering the risk of accidents and increasing safety for both workers and road users.
Key benefits of using Air-Launched GPR include:
-
Reduced unexpected delays through advanced detection and strategic planning of core samples.
-
Near-continuous data collection far beyond the capabilities of traditional coring, enabling more accurate assessments.
-
Seamless integration with GIS platforms for spatial analysis and data visualization.
-
Improved worker and public safety through high-speed data collection with minimal on-site personnel.
Whether assessing pavement conditions, bridge decks, or railroad infrastructure, Bhate’s Ground Penetrating Radar services deliver actionable insights with minimal disruption. Learn more about how our GPR solutions can support your infrastructure goals by visiting our dedicated Ground Penetrating Radar Service page.