Advanced Offsite Technology
Timber frame construction is a modern method of building that applies precision engineering to deliver excellent structural and thermal performance in one coordinated system.
Using high-quality timber components, the frame forms the primary structure and can be tailored to a wide range of architectural designs. Elements are manufactured under factory-controlled conditions and delivered to site ready for installation. The result is a lightweight building system that is robust, energy-efficient, quick to assemble, and designed to limit thermal bridging.
Timber frame is a fully engineered, load-bearing solution suitable for walls and roofs in residential and light commercial projects. The system brings together the structural shell and the thermal envelope. Offsite manufacture with just-in-time delivery provides clear programme advantages, including faster build times and reduced material waste. This panelised approach supports highly airtight, energy-efficient building envelopes.
The FrameCo team provides expert technical advice at every stage of a project. To learn more about timber frame construction, follow the links below each section for further detail.
Performance
Timber frame systems are high-performance, lightweight construction solutions suited to a wide range of building types. Manufactured offsite in controlled conditions, each frame is tailored to the project’s specific design requirements. The result is a strong, energy-efficient, and cost-effective method of construction. There are two primary applications for timber frame: fully structural timber frames that provide the main load-bearing structure, and timber infill walling designed to integrate with concrete or steel
Performance
Timber frame systems can deliver excellent acoustic performance, with sound resistance levels influenced by the wall or floor build-up, the insulation materials used, and the choice of internal and external finishes. Additional measures such as acoustic-rated plasterboard in multiple layers are often specified where higher sound reduction is required. Our team can provide guidance on the best timber frame configurations to achieve your acoustic goals. For projects with strict performance requirements, an acoustic consultant can help establish the correct specifications and ensure compliance with relevant standards.
Performance
All forms of construction must comply with the fire performance requirements set out in national Building Regulations. Timber frame structures are fully capable of meeting or exceeding these standards when designed, manufactured, and constructed correctly. When assessing fire performance in timber frame buildings, two key stages of fire development must be considered and addressed through appropriate testing and specification: the initial ignition and fire growth phase, and the fully developed fire stage.
Performance
Timber frame construction offers significant thermal benefits that support improved energy performance and long-term cost efficiency. With precision engineering and bespoke jointing systems, timber frame buildings can achieve high levels of airtightness, meeting and often exceeding Building Regulation requirements. Because of the effectiveness of the system, it is important to consider suitable ventilation strategies. Positive ventilation methods, often linked to heat recovery systems, can further enhance indoor air quality while reducing overall energy costs. The FrameCo team can provide expert advice on the most effective solutions for your project.
Performance
Precision engineering, offsite manufacture in controlled conditions, and a timber-first approach make FrameCo timber frame systems a highly sustainable building solution. By using responsibly sourced, renewable materials, timber frame construction offers strong sustainability credentials. Buildings constructed with timber frames are highly energy-efficient, consuming less energy over their lifetime compared with many traditional methods, which results in reduced energy costs and lower environmental impact.
Performance
Adequate ventilation is essential for creating a healthy living environment. Properly designed ventilation has a direct impact on well-being, occupant comfort, and the overall ambience of a building. Healthy buildings typically require a minimum of 0.5 air changes per hour (m³/m²hr). Because modern timber frame systems are engineered to achieve high levels of airtightness compared with many traditional construction methods, it is important for developers to give careful consideration to appropriate ventilation strategies. Mechanical systems, often incorporating heat recovery, are commonly specified to maintain air quality and efficiency.
Performance
Timber frame systems are designed to deliver long-term durability when manufactured and installed to the correct standards. Provided the structure remains weathertight and is maintained appropriately, a service life of at least 60 years can be expected. The durability of timber frame construction is supported by quality design, precision engineering, and protective measures such as membranes, cladding, and ventilation details. With proper care and maintenance, timber frame buildings can provide reliable performance and remain fit for purpose for generations.
