Professional underground service locating and utility surveying across Western Australia, covering drainage, sewer, water, power and communications to support safe excavation, accurate as-builts and effective clash avoidance.
Reduce strikes and unplanned outages
GIS and CAD‑ready utility records
GPR, EM & survey integration
From mark‑out to final documentation
Reliable utility locating, subsurface detection and survey documentation to reduce strikes, support design coordination and keep construction progressing safely across WA.
Locate underground utilities including drainage, sewer, water, power and communications using GPR and electromagnetic locating for safer excavation, reduced strikes and improved pre-excavation planning.
Survey and capture verified underground service positions, depths and alignments with 3D accuracy, delivering GIS and CAD-ready as-built records for maintenance, design and asset management.
Integrate located underground services into design models to prevent clashes, optimise construction staging and improve coordination between civil, electrical and drainage teams.
Support safer excavation and onsite decision-making with accurate mark-outs, verified underground records and clear risk-zone communication aligned with Dial Before You Dig and client safety requirements.
Deliver GIS and CAD-ready utility datasets with consistent attribution, 3D utility models and mapping for long-term asset management and integration into design platforms.
Complete lifecycle support from early utility investigations through to final underground as-builts, ensuring survey data integrates seamlessly with design workflows and project handover processes.
GPR and electromagnetic locating to identify drainage, sewer, water, power and communications prior to excavation for safer, compliant and efficient work planning.
3D survey of verified underground utilities including depths, alignments and attributes, delivering accurate records for long-term reference and asset management.
Integration of located underground services into 2D and 3D design models to prevent clashes, optimise sequencing and reduce rework across civil and infrastructure projects.