By Condon Scott Architects
Situated at the base of Mount Iron with views to the Southern Alps, this family home was designed to resemble a barn structure retro-fitted for modern living. The solid timber posts and beams are visible and bring to mind images of traditional European barn conversions where the remnants of the original barn structure are exposed. The idea of creating a re-purposed farm building is carried through into the interior where recycled materials are contrasted with clean lines and modern finishes. The design creates a variety of spaces from the double height entry foyer to the cosy attic style bedrooms. Progression through the house culminates in the double height living space with windows focussing on views to the mountains in the distance. The slatted timber screen to the north of the living space creates a dappled light effect on the veranda and this theme is reflected in the external sliding timber screens that can be adjusted to suit sun patterns as the seasons change.
Photographer: Simon Larkin Photography
Condon Scott Architects Ltd is an award winning NZIA registered practice based in Wanaka, New Zealand.
We have designed a wide range of residential and commercial projects in Queenstown, Wanaka, the Central Otago region and further afield. Currently, the practice employs ten people, with a broad range of skills and nationalities, working closely together in a busy studio environment.
Each commission is unique and site-specific and clients are encouraged to be involved throughout the design process. We offer innovative solutions to demanding sites and client briefs.
Having completed more than 600 projects in Queenstown, Wanaka & the Central Otago region over the past 30 years we have a wide range of experience in extreme climate, high altitude architecture including numerous ski field projects, and extensive experience with Resource Consent Applications in sensitive (outstanding visual amenity) landscapes.
The practice offers strong design based architecture and focuses on marrying client needs with sound building practices to maximise environmental and climate conditions.