Welcome to 90 Stadium Suite 829, located in the vibrant heart of Toronto's waterfront Quay West district. This stunning corner suite has been meticulously renovated to offer luxury living in a prime location. Step inside to discover a spacious 1+1 bedroom + den layout boasting approximately 700 sq ft of living space plus a large balcony. The soaring 9 ft ceilings and expansive floor-to-ceiling windows flood the interior with natural light and provide breathtaking panoramic views. The open concept living and dining area is perfect for entertaining, with ample space for hosting guests or simply relaxing in style. Custom wall-to-wall floor-to-ceiling blinds offer both privacy and a warm ambiance, allowing you to adjust the lighting to your preference. The chef's kitchen is a culinary dream, featuring stainless steel appliances, sleek granite countertops, and a spacious kitchen island. Enjoy your morning coffee on the long 100 square foot balcony or relax on it after a hard day's work. This condo is the only one for sale in this price range that has a 'real' bedroom with walls and a window instead of sliding walls. This condo hits all the points on your 'must have' list and pets are also allowed with some restrictions. This unit includes 1 parking spot and 1 storage locker. The amenities are Great! Huge gym, whirlpool, billiards room, theatre room, 24 hr concierge, tons of visitor parking spaces, etc. This well maintained building backs onto the waterfront so you can enjoy walks by Lake Ontario or waterfront trails & parks and dog park. Steps to cafes, restaurants and TTC. This unit is vacant and ready for you to move in anytime...You need to see this condo today!
Data was last updated October 12, 2024 at 03:55 AM (UTC)
Area Statistics
Listings on market:
220
Avg list price:
$688,900
Min list price:
$392,000
Max list price:
$3,295,000
Avg days on market:
29
Min days on market:
0
Max days on market:
226
These statistics are generated based on the current listing's property type
and located in
Niagara. Average values are
derived using median calculations.