ARKit sustainably prefabricated kensington residence offsite
image © tobias titz
all images courtesy of ARKit advanced prefabricated architecture

 

 

 

assembled using the ‘ARKit system’, designed especially by the australian firm, ‘the kensington residence’ was prefabricated offsite, in three completely finished sections. the sustainable construction method was environmentally engineered by GHD australia, allowing for a superior quality internal environment and polished external finish. incorporating the unique panelized system, the project combined durable cladding materials, efficient insulation and highly dependable structural integrity. further environmental considerations include passive performance supplemented through effective technology, as well as materials and construction techniques based on embodied carbon and life cycle analysis. furthermore, natural materials with low levels or no volatile organic compounds were included to ensure good quality air on the interior and the overall life of the building.

 

 

ARKit sustainably prefabricated kensington residence offsite
the structure was prefabricated offsite in three completely finished sections and then transported to its location
image © tobias titz

 

 

ARKit sustainably prefabricated kensington residence offsite
the project combined durable cladding materials, efficient insulation and highly dependable structural integrity
image © tobias titz

 

 

ARKit sustainably prefabricated kensington residence offsite
exterior view of the kensington residence that incorporates efficient environmental technologies 
image © tobias titz

 

 

ARKit sustainably prefabricated kensington residence offsite
detail of the polished exterior cladding
image © tobias titz

 

 

ARKit sustainably prefabricated kensington residence offsite
living room interior
image © tobias titz

 

 

ARKit sustainably prefabricated kensington residence offsite
open-plan dining and kitchen
image © tobias titz

 
 

designboom has received this project from our ‘DIY submissions‘ feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.