Skroget: Norway Coastal Sauna Built from Reclaimed Timber
Rare Collectiv designs Skroget, a 40-meter-long arctic sauna and community pavilion in Båtsfjord, Norway, built using nineteen reclaimed timber frames.

Stock photo for illustration only, not from the actual event
- Skroget is located nearly 500 kilometers above the Arctic Circle in Båtsfjord, Norway.
- Designed by Rare Collectiv, a team of fifteen students from the Norwegian University of Science and Technology (NTNU).
- The nearly 40-meter structure features nineteen reclaimed timber portal frames resembling a ship's hull.
- The project was designed in two days and constructed in ten days to serve as a public harbor hub.
Located nearly 500 kilometers above the Arctic Circle in Båtsfjord, Norway, Skroget is a coastal sauna and community pavilion conceived by Rare Collectiv, a group of fifteen international architecture students from the Norwegian University of Science and Technology (NTNU) under the Design in Context course. Commissioned by the local municipality, the project translates reclaimed materials and site-specific environmental conditions into a functional community infrastructure.
Extending nearly 40 meters along the shoreline, the pavilion’s structural system references the skeletal frame of a ship’s hull. The volume is organized around nineteen identical timber portal frames fabricated from reused 3x7-inch municipal timber. The sloping design directs views toward the water while opening toward the south to create wind-sheltered outdoor seating that maximizes solar gain.
The structural grid organizes a linear progression of amenities, linking an open-air fire pit, communal seating areas, changing facilities, and showers to a central sauna. The entire structure, along with its integrated benches and tables, utilizes uniform member dimensions to maintain structural continuity across the harsh coastal terrain.

Stock photo for illustration only, not from the actual event
The Skroget project highlights the potential of circular architecture in extreme environments like the Arctic Circle. By utilizing reclaimed municipal timber and executing a rapid design-build timeline (two days for design and ten days for construction), the student team demonstrates how remote communities can develop functional, sustainable public infrastructure with minimal resource waste.
The rhythm of the nineteen timber frames filters light along the walkway while creating a distinctive silhouette against the Arctic sky. By merging traditional joinery techniques with modern structural layouts, the pavilion successfully anchors itself into Båtsfjord’s harbor landscape.
Source: designboom
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