Auction (unless sold prior)
12pm, Thu 27 March 2025
3 Deans Ave, Chch
This substantial home, designed by O'Neil Architecture, has been meticulously restored and thoughtfully enhanced, showcasing its designer dimensions and prized position.
Large scale and timeless luxury are recurring themes throughout this home, from the oversized pivoting front door to the schist stone feature wall spanning the three levels and impressive ceiling heights.
The downstairs is comprised of two interconnecting living rooms and a stunning open-plan everyday living space. These areas easily connect through sliding doors to the 15 metre lap pool, pool house bathroom, and lawn area to ensure everyday enjoyment. The designer kitchen and scullery are practical and sleek, perfect for the busy household and seamless entertaining. The generous guest bedroom provides a practical touch to the architectural elegance with a walk-in wardrobe and ensuite alongside a separate office.
A glass staircase impressively invites you to the upper level, where four more bedrooms and three bathrooms are located. The self-contained master suite is your own sanctuary, where luxury has been elevated to a level rarely experienced. Offering a generous closet and storage space, a beauty preparation area, and an elegant ensuite ensures peace and tranquillity will be enjoyed.
The basement area offers flexibility as a gym, wine cellar or additional living space. A separate laundry, triple car garage, and secure generous off-street parking complete this masterpiece.
Located in one of Christchurch's prized positions, zoned for all the top schools, and so close to Hagley Park, this home surpasses all expectations and has to be a move in the right direction for your future.
To download the information pack for this property, please copy the below link into your web browser: http://www.propertyfiles.co.nz/5526441
This property is being sold by auction and therefore a price guide can not be provided. The website may have filtered the property into a price bracket for website functionality purposes.