Auction
Auction310 Harcourt Street, Teneriffe QLD 4005
5 beds
3 baths
2 cars
House
5
3
2
•
House
Designed with families in mind, this property offers a haven for children to play and grow.
Perfect for hosting memorable gatherings, this property boasts features tailored for entertaining guests.
Property Features
Exemplary architecture by Channon Architects has elevated this pre-war Teneriffe cottage into an innovative contemporary Australian home. Renowned for delivering residential excellence to inner-city Brisbane, this team of acclaimed professionals has collaborated with MAAD Developments to create a new level of discreet luxury living. Generously enveloping an expansive three levels showcasing a host of heroes including handpicked feature jade quartzite, more than 25m of custom skylights, and a glass bead interior swimming pool. Liveability is priority in this home which places equal importance on outdoor entertaining and interior flow, while offering a private upper level of retreat. Unquestionably a home which must truly be seen to be wholly appreciated. In Brisbane's greatest locale, between James Street and the Brisbane River, 310 Harcourt Street offers but is not limited to; * Exceptional recent Channon Architects renovation * 341sq m of living across three floors with interior pool * Views across to Teneriffe Hill, private entertaining * App-controlled technology including a/c and lighting * Blackbutt timber floors and joinery, spotted gum decking * Miele appliances, integrated fridge and dishwasher * Secure double garage with workshop/gymnasium * Low maintenance automated irrigated gardens * 500m to James St, walk to CBD and Howard Smith Wharves For sale via Auction on Saturday August 21st at 11:00AM on site, if not SOLD prior. For further information or to arrange an inspection, please contact Hamish Bowman or Josh Brown. This property is being sold by auction or without a price and therefore a price guide can not be provided. The website may have filtered the property into a price bracket for website functionality purposes.