The design relies on traditional materials. Both buildings are completely clad with larch shingles in natural design, a typical material from the local forest. Coloured loggias are set in contrast to the naturally greying cladding, adding a vibrancy look to the buildings.
Apartment buildings at the foot of the Jeseníky Mountains by CL3. Photograph by Tomáš Slavík.
Project description by Atelier CL3
The contemporary, almost minimalistically simple concept of the buildings is a freestyle transcription of the traditional morphology of the original architecture of Jeseniky. The classic gable roof completes the basic mass on the rectangular foundations. Both buildings are completely clad with a typical material of local origin – larch shingles in the natural design.
The loggias form a contrast to the "soft", unplanned larch cladding of the main mass of the house, which will darken over time. The crystalline shine of the coloured glass mosaic, together with the strictly square windows of the same frame colour, define the character of the buildings.
The residential parts are designed as sand-lime brick walls with reinforced concrete monolithic ceilings, and the roof is a wooden gable construction. The building stands on a strip foundation.
Apartment buildings at the foot of the Jeseníky Mountains by CL3. Photograph by Tomáš Slavík.
The design relies on traditional materials – the wooden cladding of larch shingles from the local forest, which is a free paraphrase of the facades of local barns, and gabels of residential buildings. Coloured loggias are set in contrast to the naturally greying cladding, adding a colourful accent and vibrancy to the buildings.
The building has been designed to be as self-sufficient as possible in respect of the mountain environment – the only supplied utility is power. Heating is based on a groundwater heat pump, common areas are equipped with air recuperation, water comes from its own well with water-supplying equipment, and wastewater will be disposed to a domestic sewage treatment plant with cleaned water absorption to the ground.
