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Vancouver’s ten-storey timber office uses perimeter glulam braces and self-centering connections to manage earthquake forces without a conventional concrete core.
Glulam, CLT and timber-concrete ribbed slabs form the structural system of Sun, a large Munich workplace designed around renewable energy and flexible floorplates.
FCBA’s 2026 guidance gives manufacturers and project teams a clearer way to verify how external cladding behaves on timber-frame façades under deformation and wind-driven rain.
Bouygues Bâtiment France, Linkcity and FCBA have renewed their strategic partnership through 2029, targeting technical validation, regulation and the large-scale deployment of timber buildings.
The HyWood4Buildings research project combines solid-sawn timber walls with a steel–timber lateral system, aiming to use local wood more efficiently in taller and reusable structures.
The SINTEF-led ReCLAiMiT project starts in September 2026 with a European research programme for assessing, dismantling and remanufacturing structural timber instead of burning or downcycling it.
The 451-seat Scripps Theater Center opens beneath a bird-wing-inspired timber grid shell designed to frame both performance and landscape.
Romania’s timber design regulation includes specific provisions for cross-laminated timber walls, openings and product documentation. The challenge in 2026 is turning those clauses into coordinated, verifiable project workflows.
The first office building at Brent Cross Town is now open. Its structure combines cross-laminated timber slabs with precast concrete beams and columns, offering a practical case study in hybrid material design.
Bellway Home Space has begun supplying timber-frame kits from a 135,000-square-foot factory in Nottinghamshire. The housebuilder plans to scale output to around 3,000 homes annually by 2030, bringing robotic off-site manufacturing into its mainstream delivery model.
Australia’s SPEC Toolbox raised A$3 million in January 2026 to expand a structural-design platform that began with mass timber and now connects engineers with verified product data.
University of Stuttgart researchers coordinated two robots to assemble a 2.4-by-6-metre timber slab through 108 subroutines and 352 screws, while respecting collisions and adhesive time limits.
Sydney’s 39-storey Atlassian Central reached full structural height on 22 July 2026. At more than 180 metres, the timber–steel–concrete tower tests whether prefabricated “habitats” can scale inside a global office landmark.
New datasets covering 56, 79 and 258 buildings quantify material intensity, structural systems and recurring tower types—replacing isolated records with a broader global picture.
Launched in January 2026, SenseWood combines hyperspectral imaging, microclimate models and digital twins to predict moisture, fungal and fire-protection degradation on timber façades.
The University of Toronto’s first industrial-scale timber-fabrication robot combines a 3.5-metre reach, 210-kilogram payload and 0.06-millimetre repeatability.
Solibri launched a new platform on 13 April 2026 with cloud-connected checking, point-cloud support and a browser-based WebChecker beta. Timber prefabrication gives those features unusually high stakes.
A 19-storey office for the Dutch education ministry and DUO will combine a timber structure, natural ventilation, prefabrication and a digital twin.
Trimble’s March 2026 release adds AI-assisted fabrication drawings, natural-language modelling previews and cloud settings. The timber opportunity is real, provided automation never becomes anonymous.
A European research programme has tested 5G networks, AI and digital twins across timber production and building assembly.
Stora Enso reports that its Ybbs mill has delivered one million cubic metres of cross-laminated timber, a major industrial milestone for European mass timber.
USDA researchers and partners are burning room-sized CLT compartments to measure fire behaviour, emissions and the effect of exposed versus encapsulated timber.
Mad River Mass Timber is producing dowel-laminated timber in California, creating a potential market for underused local species without structural adhesives.
Oregon State University’s 143,000-square-foot research complex uses mass plywood panels in floors engineered for sensitive equipment, extending mass timber into a building type normally associated with concrete.
Japanese precision, Scandinavian simplicity, and traditional craftsmanship — the magic inside every soulful timberframe structure.
Archaeologists discovered a notched wooden structure dated to 476,000 years ago — proving early hominins built the earliest known timber framing long before Homo sapiens existed.