A timber home rewards patience. Most of the work happens long before - and after - the dramatic day the frame is raised. Here is how the timeline actually unfolds, phase by phase.
Design and development - 3 to 6 months
Everything begins with design: understanding how you live, developing the architecture with your team, and resolving the frame in three dimensions. This is the phase that most rewards your involvement and most determines the final cost.
Engineering and shop drawings - 2 to 3 months
Once the design is set, our engineer models and stamps the frame and we produce shop drawings precise to the millimeter. Rushing this phase is the surest way to create problems on site, so we don't.
Fabrication - 3 to 6 months
In the shop, timbers are selected, cut, fitted, and finished. Critically, this happens in parallel with site work - excavation, foundations, and conventional framing - so the calendar overlaps rather than stacks.
The raising - days to two weeks
The raising is the moment years of quiet work stand suddenly in the light. Depending on scale, a frame goes up in anything from a few days to a couple of weeks - fast, because every joint was already cut to fit.
Enclosure and finish - the balance of the build
After the frame stands, the home is enclosed, the systems installed, and the interiors finished on a normal residential schedule. All told, a fully custom timber home usually spans 18 to 36 months from first sketch to handover; a pavilion or restoration can be considerably faster.
Related questions
How long does it take to raise a timber frame?
The raising itself is quick relative to the whole project - from a few days for a pavilion to roughly two weeks for a large home - because all the joinery is cut to fit beforehand.
Why does the design phase take so long?
Because decisions made on paper are far cheaper than changes made in the shop or on site. Thorough design and engineering up front is what makes the raising fast and the budget predictable.
Can the schedule be compressed?
Some overlap is built in already, since fabrication runs alongside site work. Beyond that, the surest accelerant is decisiveness in design - late changes are what most often extend a timeline.
