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    Morro 28% turnover growth: pipeline, timber systems and carbon metrics for project teams

    October 29, 2026|

    Reviewed by Joe Ashwell

    Morro 28% turnover growth: pipeline, timber systems and carbon metrics for project teams

    First reported on The Construction Index

    30 Second Briefing

    Morro has reported 2025/26 turnover up 28% to £127.7m, backed by a £500m project pipeline and plans to deliver 2,500 homes across the Midlands. CEO Matt Moore links the growth to partnership-led regeneration and affordable housing schemes with local and combined authorities, Homes England, registered providers and private investors. The firm is scaling its in-house timber frame Innovation Hub and, as the first SME housebuilder with SBTi accreditation and £13.6m recorded social value, is signalling tighter carbon and community metrics on future schemes.

    Technical Brief

    • Innovation Hub operates as an in-house timber frame manufacturing facility, enabling tighter programme and quality control.
    • Timber frame capability supports offsite fabrication, reducing on-plot construction time and site labour demand.
    • Collaboration model explicitly spans local authorities, combined authorities, Homes England, registered providers and private investors on schemes.
    • Social value impact report quantifies £13.6m delivered, implying formalised tracking of community and economic outcomes.
    • Several key appointments indicate expansion of internal technical, delivery and commercial capacity to handle the pipeline.
    • SBTi accreditation requires Morro to align operational and embodied carbon trajectories with science-based reduction pathways.

    Our Take

    Formal engagement with SBTi, combined with rapid turnover growth, suggests Morro may soon face the same delivery and reporting pressures seen in other fast-growing UK infrastructure players in our database, particularly around proving that pipeline expansion in the Midlands is compatible with science-based decarbonisation pathways.

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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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