Structure becomes architecture.

It depends on what is being compared. The structural package may carry different costs, while exposed finish, installation speed, labor, and schedule can shift value elsewhere. A useful comparison looks at the complete system, not panel price alone.

No. Mass timber can support contemporary, traditional, and distinctly regional work. The result depends on proportion, detailing, finish, and how the timber is combined with stone, glass, metal, and other materials.

Ideally during feasibility or schematic design. Early involvement helps the architect and engineer establish a coherent panel grid, connection strategy, fabrication path, and site sequence before changes become expensive.

Some surfaces can, but fire, acoustics, moisture, services, finishes, and local code requirements all influence where exposure makes sense. This should be designed intentionally.

The cross-laminated timber we build with is spruce, fabricated in Austria from engineered shop drawings and cut to the millimeter before it ships. Panels are packed by container in the order the crane will need them, cross the ocean, clear customs, and travel overland to the site. That path is planned at the pricing stage, so the delivery date comes from the fabricator rather than a guess.

Fabrication lead time is set when the order is placed and depends on the mill’s production slot. Transit adds ocean and overland freight. On site, a prefabricated structure goes up in days to weeks rather than months, because every panel arrives cut, labeled, and sequenced. A written timeline comes with every estimate, and the Process page explains what moves it.

Yes, with planning. Mass timber installation is crane work and connection work, not wet trades, so cold weather is manageable. Snow load on a partly assembled structure, road closures, and keeping panels dry are the real constraints, and the sequence is planned around them.

Large timber sections char on the outside at a predictable rate and keep their strength behind the char layer, which is why building codes allow exposed mass timber with calculated fire ratings. Where the code or the design calls for it, surfaces are protected with gypsum. For wildfire exposure the enclosure matters more than the structure: siding, vents, roofing, and defensible space.

Teton-region snow loads are among the highest in the country, and CLT carries them well because each panel acts as a deep, stiff plate. Timber is also light for its strength, which reduces seismic forces. The structural engineer of record designs the panels and connections for the site, and we coordinate the fabricator’s calculations with that engineer.

It helps, but it is not required. Panels arrive with assembly drawings, labeled elements, and a sequence, and we support the crew through installation. What matters most is a builder who plans ahead, because the crane, the foundation tolerances, and the weather protection must be ready before the first truck arrives.