# Norwegian cabin revives Viking shipbuilding with whole-tree construction 18 spruce trees with intact roots form a modern architectural masterpiece. - **Source:** [architecture archives | designboom | architecture & design magazine](https://brifing.si/source/1e716da2-18e6-4704-96a6-818e7860b99f) - **Published:** 2026-08-28 - **Topic:** [Design & UX](https://brifing.si/c/design) - **Original article:** - **On Brifing:** https://brifing.si/s/00958e54-4f71-4c43-8be8-aace89d765ff ## Design inspired by Viking heritage Norwegian architecture studio Helen Hard adapted Viking-era shipbuilding techniques for their Cabin Sande project. Eighteen spruce trees, including their root systems, form the load-bearing structure. The natural curves of the trees provide structural strength, much like in Viking ships. The project culminated after twelve years of design and development process, blending ancient wisdom with contemporary architecture. ## Traditional materials meet digital tech Each tree root was air-dried for eight months before 3D scanning and digital modeling. Robotic milling machines produced custom joints that perfectly fit each root's unique shape. This method combines traditional craftsmanship with digital fabrication. As a result, each tree contributes its distinct character to the column-and-beam system while maintaining structural integrity. ## Atlantic-facing fan-shaped plan The 112-square-meter cabin features a fan-shaped layout that opens toward the western sea view. Four rows of tree columns direct the main living space toward the Atlantic horizon. Over nine meters of continuous glazing provides unobstructed ocean views. On the opposite side, the plan narrows toward an entrance facing the garden and morning sun, creating a dynamic spatial experience. ## Sustainability through local materials The project uses stones excavated from the site for the foundation plinth, while the green roof follows the surrounding topography. Tree roots transform into ceiling beams that define the interior character. Hidden tension cables and springs support the nine-meter cantilevered roof opening. This approach demonstrates how vernacular materials can achieve contemporary architectural expressions. ## Integrated design from structure to furniture The spruce trees function not only as structural elements but also as bookshelves, benches, and room dividers. Structural components and built-in furniture share the same design language, making the cabin appear as one continuous piece. On the seaside, expansive glazing brings the horizon deep into the interior space, blurring boundaries between inside and outside. ## Modern reinterpretation of a 1970s cabin Cabin Sande replaces a 1970s cabin on the same site, constrained by local planning regulations that required maintaining the original footprint and height. These limitations pushed the architects toward innovative solutions. The resulting low-profile design harmonizes with the rocky terrain while dramatically reimagining what a coastal cabin can be. ## Digital fabrication of organic forms The irregular shapes of tree roots remain visible even after robotic milling. This approach preserves each tree's individual character while leveraging digital precision. Scan-based models ensure perfect fitting joints, yet the structure clearly reads as a composition of eighteen distinct trees. The project celebrates natural imperfections through technological precision. ## Reimagining local architectural identity Helen Hard's project brings materials and techniques native to Norway's Atlantic coast into contemporary architecture. This modern interpretation of Viking shipbuilding tradition combines sustainable material use with digital fabrication. The cabin stands as a pioneering example that merges local architectural identity with global technology, creating a dialogue between past and future building practices. ## Sources covering this story - https://www.designboom.com/architecture/helen-hard-viking-boatbuilding-cabin-sande-norway/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._