Welcome to this beautifully designed villa-style home in the desirable community of Silverado. Offering 1,248 square feet of above-grade living space plus a fully developed 1,140 square foot basement, this fully finished three-bedroom, two-and-a-half-bathroom home combines modern luxury with thoughtful functionality. Ideally situated across from Spruce Meadows, this home offers breathtaking views and direct access to an 80-acre nature reserve with scenic paved walking paths. Enjoy the tranquility of nature while being just minutes from top-rated schools, shopping, and essential amenities. The bright and open-concept main floor is designed for both comfort and style. The gourmet kitchen features a large center island, a gas stove, under-cabinet lighting, a butler station with a bar fridge, pull-out pot storage, and a built-in recycling center drawer. The living space is warm and inviting, highlighted by a cozy gas fireplace, while the primary suite offers a spa-like retreat with heated floors in the ensuite bathroom. The fully developed basement provides additional living space, ideal for a home office, gym, media room, or guest accommodations. With upgraded lighting, smart storage solutions, and high-end finishes throughout, this home offers exceptional functionality and comfort. Located in a quiet and well-connected neighborhood, this property offers easy access to major roadways, parks, and everyday conveniences. Whether you are looking for a peaceful retreat or a home designed for entertaining, this villa in Silverado is a rare opportunity. Contact us today to book a private showing and experience this stunning home for yourself.
Data was last updated April 20, 2025 at 05:30 AM (UTC)
Area Statistics
Listings on market:
39
Avg list price:
$675,000
Min list price:
$279,900
Max list price:
$2,999,999
Avg days on market:
30
Min days on market:
1
Max days on market:
87
Avg price per sq.ft.:
$400.56
These statistics are generated based on the current listing's property type
and located in
Silverado. Average values are
derived using median calculations.