No. LiDAR maps surface features, not buried utilities. HR Utilities uses LiDAR-style surface context with GPR and electromagnetic induction when a project needs underground utility detection.
LiDAR creates accurate surface models. GPR and electromagnetic induction investigate buried pipes, cables, ducts, voids, and service corridors. The strongest utility mapping workflow uses the right method for each layer of the site.
LiDAR cannot directly detect underground utilities. It adds surface context when the team combines it with GPR, electromagnetic induction, and survey control.
LiDAR excels at creating detailed three-dimensional maps of surface features and terrain, providing context for underground utility planning.
LiDAR maps above-ground infrastructure that can help teams understand likely underground utility corridors.
LiDAR data combined with ground penetrating radar and electromagnetic induction provides complete underground visualization.
LiDAR offers millimeter-level accuracy in measurements, essential for precise utility location and excavation planning.
At HR Utilities, we combine multiple methods for underground utility detection:
Create detailed 3D models of surface features and infrastructure
Use GPR and EMI to detect underground utilities
Combine field data for utility mapping outputs
Our experts combine LiDAR technology with ground penetrating radar and electromagnetic induction for underground utility mapping. Learn more about our GPR services, LiDAR underground mapping, and underground utility work.
Expert utility locating services with BYDA certified precision.
Serving projects across Australia with advanced subsurface mapping solutions.