Pagosa Springs

Located in Pagosa Springs, Colorado, this Gambier Series project is positioned to capture striking views of the surrounding mountains, demonstrating how the design can be adapted to prioritize outlook while responding to high elevation conditions. The home builds on the strength of the original Gambier layout, creating a balance between openness, performance, and year-round livability.

The design is organized around the signature Gambier gallery, where clerestory windows introduce soft, indirect light into the interior while maintaining privacy and reinforcing the architectural identity of the home. This central spine creates a natural flow through the layout, connecting living spaces while providing a clear separation between shared and private areas.

The main living areas are oriented toward the mountain views, with large windows carefully positioned to frame the landscape while supporting performance at elevation. The open concept great room serves as the focal point of the home, where exposed Douglas Fir timber structure introduces warmth and scale, grounding the contemporary design. The layout reflects a thoughtful balance between shared living and more private retreat spaces, supporting both everyday use and extended stays.

The home also incorporates a substantial garage and workshop, reinforcing its role as a full-time residence designed for both functionality and lifestyle. Material choices and detailing are selected to perform in a high elevation environment, where temperature swings, snow loads, and seasonal conditions influence both design and construction.

Outdoor spaces extend the living environment, allowing the home to engage with the landscape while remaining protected and comfortable throughout the year.

The Efficiency of Prefabrication
Building in a high elevation location like Pagosa Springs requires careful coordination, particularly where access, weather, and seasonal timelines can impact construction. For this project, Tamlin’s panelized system allowed structural components to be manufactured in a controlled environment and delivered in coordinated shipments aligned with site readiness.

By reducing on site construction time, the home was able to reach the lock up stage ahead of seasonal weather changes, improving build reliability and overall timeline control. This approach is particularly effective in mountain environments, where precision, durability, and timing are critical to long term performance.