Radiodetection RD1500 GPR Ground Penetrating Radar

RD1500 Ground Penetrating Radar is Radiodetection's flagship GPR for utility locating.

The RD1500 provides all the great features of the RD1100 and also offers Depth Slices as well as Line Views.  These allow the user to review slices of the subsurface at different depths, displaying cables, pipes and other utilities in unprecedented clarity.

The RD1500 features internal GPS, onboard Wi-Fi, a high-resolution touchscreen as well as the proprietary FrequenSee™ technology which selectively enhances small/shallow, medium size/depth, or large/deep targets, or even all at once, for easier viewing and detection.

Mini reports can be generated and delivered directly from the survey site by connecting to a Wi-Fi network or by using a cell phone as a hotspot. Data can also be exported to a USB memory stick.

Options for the RD1500 include: 

• an external GPS, for higher positional accuracy
• the Enhancement package, which enables the user to slice through the exported depth data, export data to other formats and more, and
• for even more analysis, the Utility Suite software option that offers features such as processing and displaying grid data in alternative ways, and the ability to output data to 3D visualization software such as Voxler®

RD1500’s optional Enhancement Package includes the comprehensive EKKO_Project PC software solution for GPR data analysis and management, allowing you to:

Slice through the depth data on your computer

Generate PDF reports that include data images, screenshots and photos alongside your text and company logo

Export data to other formats like CSV, SEG-Y etc. 3 additional modules to add to the Enhancement Package, for even greater levels of analysis, are available in Utility Suite:

LineView modifies and displays GPR lines

SliceView processes and displays grid data, and can output data for 3D visualization and geo-referencing software programs

Interpretation for adding point, polyline, box and annotation interpretations to GPR lines in post-processing