3way House / Naf Architect & Design

  • 17 Jan 2013
  • Houses Selected Works
© Toshiyuki Yano

Architects: Naf Architect & Design
Location: , Tokyo,
Architect In Charge: Akio NAKASA
Area: 90.71 sqm
Year: 2010
Photographs: Toshiyuki Yano

© Toshiyuki Yano

A house which has three means of vertical transportation; climbing wall, ladders and stairs. The house is located in a residential area where old and new buildings stand intermingled and buildings are rebuilt to be taller than 7 meters high, as the vicinity has become “district where minimum limit of the building height is 7 meters above ground.”

© Toshiyuki Yano

The client is a family of a couple and two children, and they wanted a traditional wooden house from the start. The structure of the building is a traditional two-storey wooden house with deck roof whose rooftop is surrounded by two-meter parapet to satisfy the regulation of minimum height of the district. The rooftop is like a room without ceiling surrounded by two-meter wall.

© Toshiyuki Yano

We’ve given three means of vertical transportation to this building of three layers; first floor, second floor and rooftop. The climbing wall leads from porch to the rooftop via courtyard; ladders go up from living room through an opening to hobby room; stairs start from kitchen to sun room where laundry is hung. These vertical paths of flow are also passages of sunlight and air, which contribute to creating a sunny and airy indoor environment. Up on the rooftop, roofs of neighbours can be seen stretching far. As the renovation of the vicinity goes on, the view from the rooftop will change with growing number of rooftops.

© Toshiyuki Yano

When we are on the ground, it is hard to realize the relations with neighbours up on the rooftop. We aimed to create versatile living space which allows more opportunities to socialize with neighbours while multiplying family pleasure by closely connecting the ground and rooftop with three means of transportation.

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Cite: "3way House / Naf Architect & Design" 17 Jan 2013. ArchDaily. Accessed 24 Jul 2014. <http://www.archdaily.com/?p=319613>

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