Discover your dream home in the coveted Pringle Creek community of North Whitby! This stunning townhome features a versatile second-floor loft and boasts impressive upgrades throughout. Enter through the inviting glass-enclosed front porch with a cozy sitting area, then into the main lobby with elegant ceramic flooring. The open-concept living and dining areas shine with bright pot lights, crown molding, and rich hardwood floors, highlighted by a striking 16-foot stone fireplace. Enjoy new soffit lighting and advanced electrical features that enhance every space. The modern kitchen is a chefs dream, featuring stainless steel appliances, an undermount sink, quartz countertops, a glass backsplash, and sleek undermount lighting. Step outside through the upgraded walkout sliding door with built-in blinds, leading to a private deck, BBQ area, and a freshly regraded and sodded yard. The serene primary bedroom offers cozy broadloom, large windows with California shutters, a spacious walk-in closet, and a renovated 3-piece ensuite with quartz countertops and a glass stand-up shower. The second-floor loft includes a spacious bedroom with dual walk-in closets and a beautifully renovated 4-piece ensuite with quartz countertops, perfect for family or guests. The finished basement provides ample space for recreation or relaxation, with potential for a third bedroom, plus a newly added 2-piece washroom and laundry closet. Conveniently located within walking distance to top-rated schools, grocery stores, medical facilities, major banks, and vibrant bars and restaurants. This home is a must-see. Schedule your visit today!
Listed by KELLER WILLIAMS ENERGY REAL ESTATE, BROKERAGE
Data was last updated September 10, 2024 at 06:55 AM (UTC)
Area Statistics
Listings on market:
10
Avg list price:
$824,950
Min list price:
$649,888
Max list price:
$925,000
Avg days on market:
17
Min days on market:
1
Max days on market:
62
These statistics are generated based on the current listing's property type
and located in
Pringle Creek. Average values are
derived using median calculations.