Stylish Inner-City townhome with Garage & Private Yard – Ideal for Professionals, Investors or young families!
Discover the perfect blend of comfort, convenience, and opportunity with this beautifully appointed inner-city townhome. Whether you’re just starting a family, a young professional looking for your first home or an investor seeking a prime rental property, this unit checks all the boxes.
Boasting nearly 1,400 sq. ft. of developed living space across three levels, this 2+1 bedroom, 2.5 bathroom home offers stylish finishes and thoughtful design. Highlights include hardwood flooring, granite countertops, custom window blinds, and stainless steel appliances throughout the modern kitchen – complete with trendy two-tone cabinetry and sleek pot lighting.
The main floor features fresh paint, an inviting open-concept layout, an electric fireplace, and a convenient 2-piece powder room. Upstairs, unwind in the king-sized primary bedroom with a spa-inspired ensuite, while the second bedroom is ideal as a guest room or dedicated home office, complemented by a second full bathroom.
The fully finished basement adds valuable living space with a cozy family room, a third bedroom with a proper egress window, and laundry/storage in the utility room – already roughed-in for an additional bathroom.
Additional perks include a single detached garage, air conditioning, low condo fees, and no pet restrictions, plus a rare fully fenced private backyard – perfect for outdoor entertaining or pets.
Quiet, well-maintained, and affordably priced – this is inner-city living with the freedom to make it your own. Book your showing today and don’t miss out!
Data was last updated July 2, 2025 at 05:30 AM (UTC)
Area Statistics
Listings on market:
24
Avg list price:
$839,900
Min list price:
$304,500
Max list price:
$1,249,000
Avg days on market:
31
Min days on market:
7
Max days on market:
115
Avg price per sq.ft.:
$473.66
These statistics are generated based on the current listing's property type
and located in
Tuxedo Park. Average values are
derived using median calculations.