410 1030 King Street W in Toronto: Niagara Condo for sale (Toronto C01) : MLS®# C11894351
DNA 3 Condo at 1030 King St W is the third phase of the DNA buildings by Canderel Residential developers. The ground floor of the building offers the convenience of shopping and banking with a Loblaws Urban Market Grocery, a TD Bank and a Sleep Country location.
Award winning Graziani + Corazza Architects, the same architects who designed DNA1 and DNA2 are the designers for the sleek glass exterior. Cecconi Simone, the interior designers of the DNA trilogy, have worked their magic with contemporary finishes.
DNA3 is a spectacular mixed-use development with 14 floors representing 603 units and 20,000 sq. ft. of prime retail space.
Residents will have access to over 6000 square feet of amenity space including a fully-equipped training gym complete with exercise studio, yoga room, his and hers change room and Toronto’s first “Rain Room”. Other amenity features will include an outdoor landscaped terrace with “misting station”, private party rooms, a games room with bar and lounge, theatre room, and a business centre.
Here’s a limited selection of listings at 1030 King St W:
Contact Us for ALL available listings at DNA3 Condo.
Reasons to love this condo: 1. Corner unit with north and east exposures. 2. No units above you - like a penthouse. 3. 9' high smooth finished ceilings with minimal bulk heads, 4. Extremely rare home office with large window. 5. 2 large balconies with separate walk outs 6. Parking and locker included. 7. Building loaded with amenities including a large gym. 8. Grocery store and Tim Hortons located in the building. 9. CN tower view. 10. Streetcar at your door
Data was last updated December 22, 2024 at 03:55 PM (UTC)
Area Statistics
Listings on market:
160
Avg list price:
$654,999
Min list price:
$399,000
Max list price:
$3,295,000
Avg days on market:
49
Min days on market:
2
Max days on market:
298
These statistics are generated based on the current listing's property type
and located in
Niagara. Average values are
derived using median calculations.