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    NUAR’s first year with Ordnance Survey: safety and planning gains for civil engineers

    September 16, 2026|

    Reviewed by Tom Sullivan

    NUAR’s first year with Ordnance Survey: safety and planning gains for civil engineers

    First reported on The Construction Index

    30 Second Briefing

    The National Underground Assets Register has completed its first year under Ordnance Survey management with data from 400 asset owners and mapping coverage now extending to 3.2m km of buried infrastructure. Around 80% of known underground assets are digitised, giving utilities, highways authorities and contractors a far clearer view of pipes and cables before excavation. Wider adoption could materially cut strike incidents, reduce trial holes and support more accurate planning for streetworks and major civil schemes.

    Technical Brief

    • Centralised access reduces reliance on individual asset-owner searches, shortening pre-construction information-gathering windows.
    • Near real-time digital plans allow safer permit-to-dig workflows and more targeted vacuum excavation or hand-dig zones.
    • Consistent symbology and attribute schemas support clearer on-site interpretation by supervisors and machine operators.
    • Shared visibility of third-party assets improves CDM design risk assessments for streetworks and major civils.
    • Wider NUAR adoption could support national strike-reduction targets and inform future revisions of excavation safety guidance.

    Our Take

    The 400 asset owners feeding NUAR mirror the multi-organisation collaborations seen in OS’s urban heat vulnerability mapping (8 September 2026), signalling that utilities and local authorities may increasingly be required to maintain interoperable geospatial datasets as a condition for major infrastructure works.

    Across our 914 Infrastructure stories, Ordnance Survey appears in multiple safety-tagged items, indicating that NUAR is part of a broader OS strategy to monetise high-resolution geospatial data as critical infrastructure for project planning, rather than just a mapping service in the traditional sense.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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