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LiDAR

Utility Classification

Conductor, structure and vegetation classification with clearance and encroachment analysis.

Utility Classification — representative deliverable
Overview

Utility Classification

Transmission and distribution corridors are the highest-value LiDAR application and the least forgiving. The question is not how the cloud looks — it is whether a specific conductor at a specific temperature clears a specific tree by the margin the regulator requires, and whether that answer can be defended.

We classify corridor data into conductors by phase and circuit, structures, insulators, shield wires, ground and vegetation tiers, then model conductor catenaries so clearance can be assessed at operating and maximum design temperature rather than only at the surveyed condition.

Vegetation encroachment is reported against your clearance envelope, prioritised by severity and location, in a format your field crews can work from directly. Growth-rate projection is available where species and historic data support it, which turns a compliance report into a maintenance plan.

What you receive

Every item below is issued in your own template, with your layer conventions, title block and revision scheme.

  • Classified corridor cloud — conductors by phase, structures, insulators, shield wire
  • Ground, vegetation tiers, buildings and other corridor features
  • Conductor catenary modelling with sag and blowout at specified conditions
  • Clearance analysis at operating and maximum design temperature
  • Vegetation encroachment report by severity, span and structure
  • Structure inventory with attributes and per-structure geolocation
  • Span-by-span profile drawings
  • Growth projection and maintenance prioritisation where data supports it
  • GIS deliverable of features, spans and encroachments

Production detail

Key production parameters for Utility Classification
Typical turnaround200–600 km of corridor per month per team
Voltage classesDistribution through EHV transmission
Clearance standardsNESC, NERC FAC-003, ENA / DNO standards, IEC, local codes
Catenary modellingAt surveyed, operating and maximum design temperature
Encroachment outputPrioritised, geolocated, field-crew ready
Output formatsLAS / LAZ, SHP, GDB, DWG profiles, XLSX and PDF reports
RevisionsTwo rounds included

Software and formats

We work in your toolchain. If something you use is not listed, ask — the list below is only what we use most.

TerraScanPLS-CADDGlobal MapperArcGIS ProLP360Cloud ComparePython / PDAL

Frequently asked

Yes — that is the point of catenary modelling rather than measuring the surveyed position. Given conductor specification, tension and the temperature cases you need, we model sag and blowout and report clearance at each condition.

Yes, where the geometry allows it, which it usually does on well-acquired corridor data. Phase separation is essential for meaningful per-conductor clearance analysis and for structure loading review.

By span and structure with severity banding, geolocation, measured clearance against required clearance, and access notes where available. Crews should be able to work from it without opening a GIS.

Where species information and historic survey data support it, yes — projected encroachment by cycle, which lets maintenance be planned rather than reacted to. Without that supporting data we will not invent growth rates.
Step 2 of 4 in LiDAR

Send one utility classification job and see how we work

Scope, price and programme come back in writing before anything starts. Most first projects are a single deliverable so you can judge us on output, not on a pitch.

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