Location : Stanley, Idaho – Sawtooth Mountains

Project Webpage:  www.sawtoothridgeretreat.com

Project Design Concept : Two rustic mountain cabins, designed as a cluster, echo aesthetics commonly found in the more utilitarian historic Idaho : USFS lookouts and mining towns. From a distance, the steep metal roof, reclaimed wood, and stone resonate with both Stanley’s building vernacular and the actual cliffside. Up close, the cabin is defined by a new approach in composition, performance, and structure. This cabin design is unrepeatable, in that it strategically frames distinct landscape features from inside and out. Rather than providing one grand view, the vast landscape is curated through visual storytelling.

Project Values : Community Character , Solar Orientation , High-Performance Assembly .

Key Project Team : 

• Shane Humphrey – Design & Construction
• George Nedelea – Sawtooth Contracting , Craftsman & Construction
• Kim Wilde , Stone Mason
• Shane King , Natural Plaster Artisan
• Dylan Pedersen , Metal Welding & Fabrication
• Trevor Brown , ICF Professional

Long before Stanley, Idaho became a destination for visitors and year-round residents, this landscape was home to Indigenous peoples. The ancestors of today’s Shoshone-Bannock Tribes, along with other Native communities, lived in and cared for this region for generations. Their enduring relationship with the land reflects a deep understanding of place, stewardship, and the interconnectedness of the natural world. Native American have directly inspired

The natives were displaced and the City of Stanley slowly developed into what we see today, a gateway to the Sawtooth National Recreation. This shift in Stanley’s identity and values continued to be threatened, as major subdivisions approved.

Sawtooth Ridge Retreat occupies one of the most visually exposed sites in Stanley, positioned prominently along a steep cliff. Given the sensitivity of the site, the project was approached through an extensive process of historical research, site analysis, and design exploration, with the goal of developing a structure that is deeply informed by its context.

The process began with a study of the broader history of Stanley and the Sawtooth National Recreation Area, alongside a more focused investigation into the history of the specific site, including its subdivision, development, and relationship to the evolving character of the community. The Margaret Oveson quote, displayed above, served as a guiding star for design.

The design of Sawtooth Ridge Retreat started by listening, seeking a relationship between conceptual structure, existing landscape, and community below. This was a tremendous challenge. Inevitably the project responded to community character, but was also dedicated with a purpose to be a destination experience for all people.

Description :  We studied and designed an architectural ‘low slope roof’ option, an approach taken by prominent Ketchum-based Architects. In the end, we chose a different ‘dirt’ path – perhaps the opposite. For this specific site, a steep gable roof aligned best for the owner and community of Stanley. From a distance, Sawtooth Ridge Retreat evokes a cabin lookout and less modern roof line. The intent was to explore a design inspired by pre-dated modern day architecture philosophy and instead defined by Idaho’s historic roots.

Idaho has a rich mining history of cabin structures protruding out of hillsides and mountains. Rather than study other significant architects, we studied what makes iconic Idaho structures unique. The project’s topography also defined the shape, character, orientation, and scale of the Sawtooth Ridge Retreat. During our site visit, we hiked and scrambled along the cliffside. The sense of exposure inspired the Small Cabin lookout, but also the conceptual experience of a ‘lookout cabin’. The orientation of each cabin was critical to align with certain Sawtooth views, but minimize visual from lower Stanley. The main and larger cabin was purposely oriented to have it’s gable end face town. This lead to less structure being shown. The lookout is more visually prominent, despite only being a 150 sqft cabin.

The project ultimately seeks historic continuity in form, scale, and material. Not mimic historic structures entirely, but to contribute new design diaglue to cold-climate mountain community design. Every building, gravel road, and alley of lower Stanley, ID was walked and studied to understand and implement a rustic ethos for the Sawtooth Ridge Retreat.

Image Credit . Galczynski, University of Idaho Library, Estevan Chapa. 

Two structures, one cohesive vision. The cabin is spilt to take advantage of two key site overlook conditions and add interest to project identity. There’s a visual design dialogue between the two cabins, connected through site.

The entry sequence was intentionally designed to frame Mount Heyburn within the Sawtooth Mountain Range before one enters the cabin. Upon moving inside, the same view is further experienced within the hallway, creating a sense of storytelling. As one walks into the open space Living and Kitchen space, the entire Sawtooth Mountain Range is revealed, culminating in a panoramic that extends through a prominent corner window. The corner window is not simply aesthetic, but represents a conceptual and theoretical release ‘of the box’ or a contained space. It is freedom from constraint.

Sawtooth Ridge Retreat was designed and constructed with ICF ( insulated concrete form) assembly and fiberglass rebar. This building solution combines higher structural strength with continuous exterior and interior foam insulation. Minimizing thermal bridging and significantly improves energy efficiency (R-35 to 40 Walls), nearly doubling standard 2X framing insulation values. This results in stable indoor temperatures and reduces mechanical heating / cooling needs. The concrete wall core provides a 3-4 hour fire rating, earthquake stability, moisture resistance, and a superior lifespan to match Stanley, Idaho’s most rugged years ahead. Sawtooth Ridge Retreat raises performance standards for mountain design architecture and construction.