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self-assembled residence by VUILD runs on renewable solar energy at japan’s art island

Type
House

Published by designboom

self-assembled residence by VUILD runs on renewable solar energy at japan’s art island — photograph 1
Image via designboom; see original article for photographer credits · Published project source
self-assembled residence by VUILD runs on renewable solar energy at japan’s art island — photograph 2
Image via designboom; see original article for photographer credits · Published project source
self-assembled residence by VUILD runs on renewable solar energy at japan’s art island — photograph 3
Image via designboom; see original article for photographer credits · Published project source
self-assembled residence by VUILD runs on renewable solar energy at japan’s art island — photograph 4
Image via designboom; see original article for photographer credits · Published project source
self-assembled residence by VUILD runs on renewable solar energy at japan’s art island — photograph 5
Image via designboom; see original article for photographer credits · Published project source
the south-facing roof integrates a solar array
Photography credited in the original designboom article · Published project source

the south-facing roof integrates a solar array

structural members are crafted from 30-millimeter-thick cedar wood
Photography credited in the original designboom article · Published project source

structural members are crafted from 30-millimeter-thick cedar wood

the heaviest components remain under 20 kilograms
Photography credited in the original designboom article · Published project source

the heaviest components remain under 20 kilograms

eliminating the need for cranes or heavy machinery during assembly
Photography credited in the original designboom article · Published project source

eliminating the need for cranes or heavy machinery during assembly

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i
Photography credited in the original designboom article · Published project source

the load-bearing walls of the residence incorporate diagonal bracing | image by VUILD the interior ceiling is structured as panels | image by VUILD structural members are machined and pre-assembled in a factory | image by VUILD reducing the necessity for specialized tools or expertise | image by VUILD the foundation employs a spike frame method | i

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