XenomatiX Expands Its Pavement Profiling with XT

FOR IMMEDIATE RELEASE
January 2026

XenomatiX Introduces the XT Profiler, Expanding Its Pavement Road Inspection Portfolio at the 2026 TRB Annual Meeting

For years, XenomatiX, pioneer of true solid state lidar technology, has set the benchmark in high-precision road inspection with its 6D Road Scanning System, trusted worldwide for certified, repeatable, and automated pavement measurements. Building on this proven foundation, XenomatiX is now introducing the XT Profiler—a Class 1 longitudinal profiler, designed to make advanced road inspection more affordable without compromising on accuracy or certification.

The XT Profiler was developed in response to growing demand from municipalities, contractors, and engineering firms seeking reliable road profiling without the complexity or investment required for full-scale systems.

Built on the proven 6D technology that combines 3D geometry with intensity map insights, the XT Profiler delivers professional-grade road inspection in a compact, accessible package. At its core, it uses true solid-state area scan LiDAR, no point-laser or line-scan systems. This enables consistent, high-quality measurements including true zero-speed and stop-and-go profiling. The system is ICART and NCAT certified, ensuring compliance with international industry standards—an essential requirement for official road condition assessments.

Designed with growth in mind, the XT Profiler offers a future-proof approach to road inspection. Users can start with essential functionality and unlock additional features through upgrades as their needs evolve—no hardware replacement required. This flexibility makes the XT Profiler an ideal starting point for organizations taking their first step into automated road inspection.

XenomatiX will showcase the XT Profiler at the TRB Annual Meeting in Washington, D.C., January 11-14, where visitors can learn more about how this new solution brings certified, LiDAR-based road inspection within reach of a broader range of users.