House in Dai
HOUSE IN DAI
Opensite architecture studio
ARCHITECTS
Opensite architecture studio
STRUCTURAL DESIGNERS
Mai Onodera, Ryotaro Sakata
MANUFACTURERS
Louis Poulsen, YKK AP, Okabe Zaimokuten, STROOG, Sanwa Company
LEAD ARCHITECT
Yohsuke Namiki
STRUCTURAL ENGINEERING
Ryotaro Sakata Structural Engineers
CARPENTER
Tsutomu Otsuka
CONSTRUCTION
Kojima Construction
PHOTOGRAPHS
Taku Hata
AREA
172 m²
YEAR
2021
LOCATION
Hidaka, Japan
CATEGORY
Houses
Text description provided by architect.
This project is an atelier of a climbing pants designer and his family’s house.
They lived in Tokyo, but they wanted to raise their daughter freely and he wanted a bigger atelier. So he decided to move to the local area.
Their request is a house open to the surrounding landscape and living comfortably in a space without partitions.
The concept of this project is "how to open" to the surrounding landscape. It was important that not only the view is open, but it is open as an experience.
Therefore, a wide and flexible use concrete floor was created around the atelier on the first floor. There is also space for bouldering.
And, there is also a balcony on the second floor that looks like an extension of the living room.
In Japan, nature is not an object to control, but an object to feel and experience the wind and scent.
About how to partition the room, the bedroom is hidden behind a semi-circular closet, and the bathroom is hidden behind the kitchen and storage.
Inside and outside the house, indoor private space and semi-private space, In both cases, I thought about hiding only the private area without breaking the continuity.
To realize the continuous space as described above, I want to reduce the number of pillars as much as possible in order.
Therefore, the two rows in the center of the grid are made into a truss structure, and there is connected to the horizontal line on the outer circumference of the building with rafters.
A large three-dimensional curved roof has been created that smoothly spreads while capturing the landscape.
For the truss structure, the part where the tensile force works is a long bolt of 12φ so that it becomes a light structure.
The independent pillars that stand on the concrete floor have the connection part as the original steel parts, and only the 21.7φ steel pipe can be seen.