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An initiative by the Structural Timber Association

Timber Frame Guidance

Successful timber frame projects rely on more than good design and manufacturing. They depend on data, skills, compliance, supply chains and market confidence. This guidance section explores the wider considerations that support the effective, responsible and scalable use of timber frame construction across all sectors.

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  • Carbon and Whole Life Performance

    Timber frame plays a key role in reducing the embodied carbon of new buildings and supporting the UK’s transition to net zero. As government policy increasingly focuses on whole life carbon assessment and improved reporting of embodied emissions, timber offers a structural solution aligned with these ambitions.

    Timber stores carbon throughout its lifecycle, and when sourced from sustainably managed forests, contributes to long-term carbon sequestration. With fewer than 1% of timber and wood products going to landfill at end of life, timber frame supports circular economy principles alongside operational energy efficiency.

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  • Skills and Competency

    Increasing the use of timber frame construction requires a skilled and competent workforce confident in the design, manufacture and installation of structural timber systems. Investment in training, up-skilling and attracting new entrants into the sector is essential to maintaining high standards.

    The Structural Timber Association (STA) supports competency development through dedicated training initiatives, including installer and designer training schemes, alongside a broader commitment to raising standards across the industry. Ensuring robust knowledge and technical capability across the supply chain helps protect quality, safety and long-term performance.

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  • Insurers, Lenders and Warranty Providers

    Confidence from insurers, lenders and warranty providers is fundamental to the continued growth of timber frame and engineered timber construction. While Building Regulations address life safety objectives, insurers and warranty bodies also assess wider risks such as property damage, durability and business continuity following an insurable event.

    Industry collaboration has led to initiatives such as the Mass Timber Insurance Playbook, supporting clearer risk profiling and mitigation strategies. Ongoing research, testing and transparent performance data are essential to strengthening market confidence and ensuring engineered timber systems are understood, appropriately specified and effectively managed.

    Working with recognised, quality-assured timber frame manufacturers helps provide reassurance to key stakeholders across the funding and approval process.

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  • Responsible Use of Engineered Timber

    Engineered timber systems, including timber frame and mass timber technologies, must be used appropriately and specified correctly. Considerations such as fire safety, durability, moisture management and long-term performance require careful design and competent delivery.

    Ensuring that engineered timber systems are supported by testing, certification and clear technical guidance is central to maintaining trust in their use. Continued evidence gathering around performance, longevity and repair requirements strengthens confidence among investors, regulators and building owners.

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Timber Frame Case Studies

Explore real-world examples of timber frame in action, from single-site developments to large-scale residential projects. Our case studies demonstrate how strong design, quality manufacturing and effective delivery come together to achieve performance, compliance and commercial success.

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