This rustic cabin was built almost entirely with materials found in the forest environment itself. The project demonstrates how traditional techniques, when properly applied, result in a stable, durable shelter that is fully integrated into the landscape. The structure has an efficient indoor microclimate, balancing temperature, natural ventilation and thermal comfort throughout the day.
The construction process involves excavation and leveling of the terrain This is an essential step to ensure proper drainage and prevent moisture buildup. Next, the walls are erected with stacked natural stones, using a simple mixture of clay and sand for mortar.
This traditional method provides high structural strength and acts as an efficient natural thermal barrier. During cold periods, the internal heat is retained by the thick walls; while on warmer days, the thermal inertia of the stones helps to maintain a stable internal temperature.
The structural performance is linked to meticulous stacking of stones, strategically positioned to distribute loads and reduce stress. In this way, the structure achieves lasting stability without the use of concrete, steel, or other industrial materials.
After the stone walls are finished, construction progresses to the handcrafted carpentry using tree trunks. Each trunk is peeled, carved and adjusted by hand, transforming into structural beams, supports and roof load-bearing elements. This interlocking system drastically reduces the need for nails or metal connections and the individual adaptation of each trunk allows for greater resistance to winds, heavy rains, and climatic variations.
The roof is constructed from a solid base of wooden boards, to which are applied layers of natural insulation, such as the moss and tree bark This system acts as a barrier against leaks, improves rainwater runoff, and contributes to internal thermal balance. The roof reinforces the minimalist aesthetic of the cabin and enhances its integration with the landscape.
This structure serves as a practical example of primitive engineering applied, offering learning about self-sufficiency, artisanal construction, and the intelligent use of natural resources. The overall structure—walls, roof, fireplace, and openings—creates a functional, quiet, and visually immersive environment.
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