Winter cabin in Mount Kanin
The research for the Cabin was initiated by OFIS arhitekti and CBD structural engineers in collaboration with PZS, PD Bovec, JZS, Permiz and Ortar in Jerman to develop Self-contained wooden shell, which resist extreme conditions on top of the mountain
Kanin is a mountain above a small town, Bovec, with beautiful resorts around the valley. The area is also important due to battles that took place during the World War I. Soldiers were fighting along the Isonzo front and many remains of the battle can still be found in the area. In collaboration with Slovenian mountaineer association and PD Bovec, this particular site was chosen because of its 360-degree views over Slovenia and Italy, and spectacular views to Triglav, Soca Valley and Adriatic sea. It will become a destination for hikers, climbers, cavers, mountaineers, nature lovers and romantics.
Kanin Winter Cabin forms a compact wooden volume organized with three floor resting platforms. These platforms are hanging towards the valley and a large glazed panoramic window offers astonishing views. A cantilevered overhang, resting part of the cabin, reaches the smallest footprint on the rock. The interior design dictates modesty, subordinate to the function, providing accommodation for up to nine mountaineers.
The cabin settlement and transportation was an extremely difficult task. It was realized during training hours by the Slovene Armed Forces helicopter crew. Bad weather and unexpected turbulences lead to the cabin being placed and fixed on site at the third attempt. However, the challenge of the project is to gain new knowledge through unexpected weather conditions.
The challenge is to install real objects, shelters in 1:1 on remote sites and study their response to extreme weather, radical temperature shifts, snow and rugged terrain. The harsh conditions of wind, snow, landslides, terrain, and weather require a response of specific architectural forms, structures and concept.
The site is accessible only by climbing or helicopter – the modules and loads are prepared according to the maximum weight and equilibrium limits.
Its position within the wilderness requires respect of natural resources ensuring the shelter stability while having a minimal impact on the ground.