Pro Engineers

pulseEKKO® is designed to meet the needs of GPR professionals, addressing many GPR applications.

• The operating bandwidth is selectable from 12.5 MHz to 1000 MHz to optimize the spatial resolution required by target size and exploration depth.
• The fully bistatic design enables variable antenna offsets and orientations for advanced survey types such as multi-offset, transillumination and multi-polarization.
• Low system noise paired with high-accuracy digital acquisition directly at the receiving antenna results in unprecedented depth of penetration.
• Many deployment configurations are available for practical field operation.
• Data are acquired in Sensors & Software’s industry standard file format for analysis with a range of processing and visualization software products.

pulseEKKO® is designed to meet the needs of GPR professionals, addressing many GPR applications.

• The operating bandwidth is selectable from 12.5 MHz to 1000 MHz to optimize the spatial resolution required by target size and exploration depth.
• The fully bistatic design enables variable antenna offsets and orientations for advanced survey types such as multi-offset, transillumination and multi-polarization.
• Low system noise paired with high-accuracy digital acquisition directly at the receiving antenna results in unprecedented depth of penetration.
• Many deployment configurations are available for practical field operation.
• Data are acquired in Sensors & Software’s industry standard file format for analysis with a range of processing and visualization software products.

pulseEKKO® is designed to meet the needs of GPR professionals, addressing many GPR applications.

• The operating bandwidth is selectable from 12.5 MHz to 1000 MHz to optimize the spatial resolution required by target size and exploration depth.
• The fully bistatic design enables variable antenna offsets and orientations for advanced survey types such as multi-offset, transillumination and multi-polarization.
• Low system noise paired with high-accuracy digital acquisition directly at the receiving antenna results in unprecedented depth of penetration.
• Many deployment configurations are available for practical field operation.
• Data are acquired in Sensors & Software’s industry standard file format for analysis with a range of processing and visualization software products.

LMX200™ is a powerful Ground Penetrating Radar (GPR) solution for detecting and mapping underground utilities. It helps locate both metallic and non-metallic utilities, ensuring safer excavation and construction. With real-time imaging and intuitive operation, LMX200™ enhances efficiency and minimizes risks in utility detection.

pulseEKKO® is designed to meet the needs of GPR professionals, addressing many GPR applications.

• The operating bandwidth is selectable from 12.5 MHz to 1000 MHz to optimize the spatial resolution required by target size and exploration depth.
• The fully bistatic design enables variable antenna offsets and orientations for advanced survey types such as multi-offset, transillumination and multi-polarization.
• Low system noise paired with high-accuracy digital acquisition directly at the receiving antenna results in unprecedented depth of penetration.
• Many deployment configurations are available for practical field operation.
• Data are acquired in Sensors & Software’s industry standard file format for analysis with a range of processing and visualization software products.

Antennas and Transducers Overview

Concrete Scanning with GPR Made Simple

CONQUEST® 100 is a lightweight, portable Ground Penetrating Radar (GPR) device designed for fast and accurate concrete inspection. It helps locate rebar, post-tension cables, conduits, and live power cables, reducing the risk of costly and dangerous hits before cutting or coring. With features like real-time target classification, on-site 3D imaging, and built-in Wi-Fi for instant reports, CONQUEST 100 simplifies concrete scanning while ensuring safety and efficiency.