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    Forestry and Land Scotland £86.6M framework: delivery and risk notes for engineers

    April 20, 2026|

    Reviewed by Tom Sullivan

    Forestry and Land Scotland £86.6M framework: delivery and risk notes for engineers

    First reported on New Civil Engineer

    30 Second Briefing

    Forestry and Land Scotland has launched an £86.6M civil engineering framework tender, divided into 55 regional and work-type lots to support road, bridge and associated infrastructure across the national forest estate. The multi-lot structure is designed to attract SMEs as well as larger contractors, with work expected to cover forest road construction and upgrading, small-span bridge works, drainage and slope stabilisation. Contractors will need to manage dispersed rural sites, variable ground conditions and access constraints typical of remote forestry environments.

    Technical Brief

    • Dispersed sites will drive reliance on mobile plant, temporary compounds and flexible traffic management on single-track access.
    • Variable ground conditions in upland forests point to frequent use of cut/fill, rock excavation and soft-ground treatments.
    • Bridge and culvert works will require short-duration possessions to maintain timber haulage continuity and public access.
    • Similar multi-lot frameworks on rural estates have reduced tendering overheads and standardised details for repeat works.

    Our Take

    With 55 lots, this framework is likely to favour highly localised delivery models, which in our coverage of UK infrastructure procurement often leads to more flexible scheduling and easier integration of environmental constraints on rural and forestry sites.

    New Civil Engineer’s recurring role across related items such as the British Construction & Infrastructure Awards and TechFest suggests that suppliers winning places on this framework may gain disproportionate visibility in industry media if they can demonstrate innovation or sustainability in delivery.

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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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