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    £150M Lincolnshire highways framework: asset and pavement design notes for engineers

    May 29, 2026|

    Reviewed by Joe Ashwell

    £150M Lincolnshire highways framework: asset and pavement design notes for engineers

    First reported on New Civil Engineer

    30 Second Briefing

    Thirteen contractors have been appointed to a £150M Lincolnshire County Council highways framework to deliver road maintenance, improvement and resurfacing schemes across the county through to January 2030. The long-term framework is expected to package multiple schemes for A-road strengthening, rural carriageway reconstruction and surface dressing, giving contractors continuity of work and scope to optimise plant utilisation and asphalt supply. For designers and geotechnical teams, the programme signals sustained demand for pavement condition surveys, overlay design, drainage upgrades and subgrade remediation on an asset base dominated by ageing flexible pavements.

    Technical Brief

    • Framework value fixed at £150M over the contract term with Lincolnshire County Council as client.
    • Duration runs to January 2030, giving a defined four‑year-plus planning horizon for works programming.
    • Thirteen contractors share the framework, implying mini-competitions and workload split across multiple lots.
    • County-wide scope suggests urban, rural and trunk road pavement typologies within a single procurement structure.
    • Long duration enables batching of similar treatments to optimise asphalt plant locations and haul distances.
    • Multi-contractor model allows LCC to balance performance, cost and capacity during severe weather or emergency works.

    Our Take

    For contractors, a multi-year Lincolnshire framework of this scale typically underpins investment in local plant and depots; operators already active on the North Hykeham relief road are likely to have a cost advantage in bidding call-off packages due to existing mobilisation in the county.

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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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