Sensors & Software LMX200™ Ground Penetrating Radar (GPR)

The Sensors & Software LMX200™ Ground Penetrating Radar is an advanced utility locating and subsurface mapping GPR designed for professionals who need more than real-time detection. Building on the proven performance of the LMX platform, the LMX200 adds enhanced workflow capabilities for teams that require data export, post-processing, and higher-accuracy positioning for long-term asset management and mapping deliverables.

Powered by an ultra-wideband 250 MHz antenna, the LMX200 supports confident detection of both metallic and non-metallic utilities—including PVC, conduits, cables, and undocumented infrastructure—while providing improved field interpretation tools for more complex sites.

For projects where location accuracy and mapping matter, the LMX200 enables data export for archiving, reference, and advanced post-processing in EKKO_Project™, supporting stronger documentation and reporting across multi-phase projects. To further support professional mapping workflows, the LMX200 offers optional external GNSS integration for high-accuracy positioning, and is available as the LMX200SG all-in-one system—ideal for organizations standardizing on a complete GPR + GNSS solution for utility mapping and geospatial deliverables.

Key Features

• Ultra-wideband 250 MHz GPR antenna for utility locating and subsurface imaging
• Enhanced workflows beyond real-time locating for mapping-focused projects
• Data export for post-processing, archiving, reference, and deliverables in EKKO_Project™
• Optional external GNSS support for high-accuracy positioning and mapping
• Available as the LMX200SG all-in-one GPR + GNSS system
• Rugged, field-ready design built for daily utility and infrastructure work

Ideal For

Engineering services, geospatial and mapping teams, utilities, municipalities, and construction professionals who require utility locating with the added value of exportable data, GNSS positioning, and office-based post-processing for documentation and mapping.