By

CALL
TOUR PROPERTY
×

B113-275 B Larch Street N in Waterloo for lease

Asking Price
$1,950
MLS #:
X8182298
Type:
Condo Apt, Apartment
Approx. SQFT:
0-499
1 1

Listed by Exp Realty.

B113-275 B Larch Street N is a Condo Apt, Apartment and is currently for Lease @ $1,950. Taxes in were $0.00.

More condos for lease under 2k in Waterloo

mazing And Bright Unit !!!Suitable For A Student Or A Professional. The Apartment on B113-275 B Larch Street N has 1 bedrooms, 1 bathrooms, and is located in the community of . Excellent Location From Wilfrid Laurier University, University Of Waterloo And Conestoga College. Bright Unit With High Ceilings, Modern Kitchen, En Suite Laundry. Furnished Dinning Table 2 Chair, Flat Screen Tv And Stand, Sofa, Bed And Mattress And Nigh-Table, Desk And Chair. Book Your Showing Today!

S/S Appliances (Fridge, Stove) En-Suite Laundry; Front Loader Washer/Dryer, Furnished Dinning Table 2 Chair, Flat Screen Tv And Stand, Sofa, Bed And Mattress And Nigh-Table, Desk And Chair.

The address B113-275 B Larch Street N was listed for lease (MLS# X8182298) on Wednesday, March 27, 2024.

WHAT'S YOUR HOME WORTH?

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

  • Date Listed: Wednesday, March 27, 2024
  • Listing Brokerage: Exp Realty - Disclaimer: The information contained in this listing has not been verified by Exp Realty and should be verified by the buyer.
  • City: Waterloo

    More 1 bedroom condos for lease in Waterloo

  • Major Intersection: Hickory St/ Larch St
  • Full Address: B113-275 B Larch Street N, Waterloo, N2L 3R2, ON, Canada
  • Living Room: Combined W/Dining
  • Kitchen:
  • Amenities:
  • Taxes: $0.00 ()

To view this property's sale price history please sign in or register

List Date List Price Last Status Sold Date Sold Price Days On Market
0000-00-00 $00000 Lsd Aug 17, 2023 $1,950
0000-00-00 $00000 Ter N/A N/A N/A

Recently leased comparables in Waterloo

Similar condos for lease

WHAT'S YOUR HOME WORTH?

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