By

CALL
TOUR PROPERTY
×

1005-609 Sherbourne Street in Toronto for lease

MLS #:
C13413910
Type:
Comm Element Condo, Apartment
Approx. SQFT:
600-699
1+1 1+1

Listed by Bay Street Integrity Realty Inc..

1005-609 Sherbourne Street is a Comm Element Condo, Apartment and is currently for Lease @ $2,300. Taxes in null were $0.00.

More condos for lease under 2.3k in Toronto

Brand-new 1-bed + den, 1-bath suite at Burke Condos offering bright, functional living space in downtown Toronto. The Apartment on 1005-609 Sherbourne Street has 1 bedrooms, 1 bathrooms, and is located in the community of North St. James Town . Steps to Sherbourne Station. Modern open-concept layout with floor-to-ceiling windows and beautiful city views. Premium amenities include 24-hr concierge, gym, yoga room, café lounge, party room, private dining, outdoor BBQ terrace, games room, theatre, and music room. Move-in ready and minutes to Bloor & Yonge, Financial District, U of T, Yorkville, hospitals, parks, shopping, dining, and DVP access. Includes owned storage locker.

Cooktop, Dishwasher, Refrigerator, Microwave, Oven, Hood Fan, Washer, Dryer, Window Coverings

The address 1005-609 Sherbourne Street was listed for lease (MLS# C13413910) on Monday, June 08, 2026.

WHAT'S YOUR HOME WORTH?

Click here to get an instant estimate and track its value over time.

  • Date Listed: Monday, June 08, 2026
  • Listing Brokerage: Bay Street Integrity Realty Inc. - Disclaimer: The information contained in this listing has not been verified by Bay Street Integrity Realty Inc. and should be verified by the buyer.
  • City: Toronto

    More 1 bedroom condos for lease in Toronto

  • Neighbourhood: North St. James Town
  • Major Intersection: Bloor/Sherbourbe
  • Full Address: 1005-609 Sherbourne Street, Toronto, M4X 0A4, Canada, ON, Canada
  • Kitchen:
  • Living Room:
  • Amenities:
  • Taxes: $0.00 (null)

Recently leased comparables in North St. James Town

Similar condos for lease

WHAT'S YOUR HOME WORTH?

Click here to get an instant estimate and track its value over time.