Even though it is muted colors that help shape the backdrop additions like the metallic pendant in the dining space and modern wall art in the living room bring a distinct identity to the fabulous residence.
While the lower level features only the living area the top floor contains the small dining space and a cool kitchen with an ergonomic eating bar and granite benchtops. A luxurious master suite along with three additional bedrooms means there is ample sleeping space for a large family and guests over the weekend. Then there is the lovely sitting area with Juliet balconies that lets you take in the sights and sounds outside.
On the top level of the addition is the master bedroom along with a sitting zone that overlooks the backyard. Instead of using an ultra-simple and more mundane cubic form the slight twist in the fresh structure gives it a distinct personality that draws you in.
Pleasant walkways outdoor patios and tranquil sitting zones expand the living area outdoors even as the private spaces on the top level drape the homeowners in complete luxury. Perfectly capturing the spirit of the background it sits in this is a mountain residence that promises picture-perfect holidays all year long!
Built as a family retreat that combines modern ergonomics and comfort with the timeless charm of a rustic mountain cabin the exquisite escape offers the best of both worlds. Designed by Poss Architecture it draws you in with its unassuming charm and the spectacular view on offer!
Some of the materials from the original home were removed and reused in the form of unique weathered décor pieces and accent surfaces that celebrate the rich past of this beautiful row house.
Large glass windows not only bring in plenty of light but also help in keeping the home warm during the chilly winter months. The orientation of the home is such that the house benefits from extra sunlight during the colder months while it is protected from the harsh desert heat during the summer. This passive cooling and heating technique also cuts out reliance on artificial temperature control systems.