By

CALL
TOUR PROPERTY
×

702-55 Duke Street in Kitchener for lease

Asking price
$2,300
MLS #:
X12228050
Type:
Condo Apt, 1 Storey/Apt
Approx. SQFT:
900-999
2 2
1

Listed by Maxx Realty Group.

702-55 Duke Street is a Condo Apt, 1 Storey/Apt and is currently for Lease @ $2,300. Taxes in null were $0.00.

More condos for lease under 2.3k in Kitchener

Step into this bright and modern 2-bedroom, 2-bath condo featuring a generous balcony perfect for soaking in urban views and fresh air. The 1 Storey/Apt on 702-55 Duke Street has 2 bedrooms, 2 bathrooms, and is located in the community of . Ideally situated near the LRT, City Hall, Google, KW's growing tech hub, Victoria Park, and an array of shops and dining spots, this home offers unmatched walkability and city convenience. Enjoy the upgraded extended island, sleek walk-in shower, and a range of building amenities: rooftop jogging track, outdoor yoga space, BBQ area, dog wash station, and a high-energy fitness zone complete with spin bikes. Comes with 1 parking spot for added ease. Whether you're working downtown or just love being in the center of it all, this stylish condo offers the perfect balance of energy and ease. Book your private tour today and experience modern city living at its best!

The address 702-55 Duke Street was listed for lease (MLS# X12228050) on Monday, June 16, 2025.

WHAT'S YOUR HOME WORTH?

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

  • Date Listed: Monday, June 16, 2025
  • Listing Brokerage: Maxx Realty Group - Disclaimer: The information contained in this listing has not been verified by Maxx Realty Group and should be verified by the buyer.
  • City: Kitchener

    More 2 bedrooms condos for lease in Kitchener

  • Major Intersection: King St W & Queen St N
  • Full Address: 702-55 Duke Street, Kitchener, N2H 0C9, Canada, ON, Canada
  • Amenities:
  • Taxes: $0.00 (null)

Recently leased comparables in Kitchener

Similar condos for lease

WHAT'S YOUR HOME WORTH?

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