Discover the pinnacle of urban living with this exquisite penthouse apartment, where elegance and mountain views merge seamlessly. Spanning nearly 1000 SqFt, this modern design features an open floor plan that highlights rich chevron pattern flooring and high ceilings, creating an atmosphere of grandeur and lightness. The living area is bathed in natural light from large windows, enhancing the sense of openness. The kitchen features a large sleek quartz island and art deco-inspired concrete quartz countertops that extend gracefully to a matching backsplash. This culinary space is complemented by contemporary light fixtures and brushed gold hardware. The moody darn exterior cabinetry offsets the bright white island cabinetry superbly. The open floorplan flows seamlessly to the dining area that provides ample space for hosting friends and family. Step out onto the large balcony and immerse yourself in breathtaking mountain views, perfect for savoring your morning coffee or enjoying an evening cocktail. The primary ensuite features an elegant quartz double vanity and frameless glass shower, complemented by chic penny tile. The additional full bathroom in your guest suite also features penny tile, maintaining a consistent design palette throughout. Practical features enhance the comfort of this residence, including an in-unit washer and dryer conveniently located in the powder room at the front. With two titled parking spots and a prime location offering an abundance of local amenities, swift access to downtown, top private schools, and scenic escapes via Highway 1, this penthouse retreat promises a blend of sophistication and convenience.
Data was last updated November 15, 2024 at 12:05 AM (UTC)
Area Statistics
Listings on market:
44
Avg list price:
$852,950
Min list price:
$379,900
Max list price:
$2,249,000
Avg days on market:
38
Min days on market:
2
Max days on market:
121
Avg price per sq.ft.:
$509.76
These statistics are generated based on the current listing's property type
and located in
West Springs. Average values are
derived using median calculations.