Photographer: Richard Glover The client required a new 360m2 residence to replace their existing house from the forties. The client lived on the property; therefore orientation and layout of all rooms were to follow a specific site based brief. Maintaining panoramic views of the bay from the upper level living areas and balcony were of upmost importance; the main bedroom was subsequently positioned behind towards the street. A central stair connects the upper living to the ground level family room with access to a large deck and garden. The ground level bedrooms were set further back from the boundary to profit from the northerly aspect. The project incorporates advanced systems for efficiency including a bespoke rainwater tank below the deck, solar evacuated tubing panels providing hot water and hydraulic in-slab heating and a landscaped roof above the ground level study. The upper level highlight windows allow the northern winter light to warm the interiors. All windows are double glazed for optimal thermal insulation values.
Photographer: Richard Glover The client required a new 360m2 residence to replace their existing house from the forties. The client lived on the property; therefore orientation and layout of all rooms were to follow a specific site based brief. Maintaining panoramic views of the bay from the upper level living areas and balcony were of upmost importance; the main bedroom was subsequently positioned behind towards the street. A central stair connects the upper living to the ground level family room with access to a large deck and garden. The ground level bedrooms were set further back from the boundary to profit from the northerly aspect. The project incorporates advanced systems for efficiency including a bespoke rainwater tank below the deck, solar evacuated tubing panels providing hot water and hydraulic in-slab heating and a landscaped roof above the ground level study. The upper level highlight windows allow the northern winter light to warm the interiors. All windows are double glazed for optimal thermal insulation values.