By

CALL
TOUR PROPERTY
×

1-55 Cayuga Street in Brantford for lease

Asking price
$2,100
MLS #:
X13505038
Type:
Triplex, 1 Storey/Apt
Approx. SQFT:
1100-1500
2 2
Brantford
PROPERTY HISTORY
SIGN IN REQUIRED
List Date List Price Last Status Sold Date Sold Price Days On Market
0000-00-00 $00000 Lsd Apr 23, 2025 $2,050
0000-00-00 $00000 Ter N/A N/A N/A
0000-00-00 $00000 Ter N/A N/A N/A

Listed by Royal Lepage Real Estate Associates.

1-55 Cayuga Street is a Triplex, 1 Storey/Apt and is currently for Lease @ $2,100. Taxes in null were $0.00.

More homes for lease under 2.1k in Brantford

Newly Renovated two bedroom unit on the main floor. The 1 Storey/Apt on 1-55 Cayuga Street has 2 bedrooms, 1 bathrooms, and is located in the community of . All new kitchen with brand new stainless steel appliances as well as brand new washer dryer. Lots of natural sunlight throughout, private parking in the back with street parking also available. New plumbing, heating, wiring, flooring and bathroom. Close to essential amenities, downtown brantford, public transportation, Conestoga and Wilfred Laurier Brantford. Private entrance to unit, available immediately.

The address 1-55 Cayuga Street was listed for lease (MLS# X13505038) on Tuesday, June 30, 2026.

WHAT'S YOUR HOME WORTH?

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

  • Date Listed: Tuesday, June 30, 2026
  • Listing Brokerage: Royal Lepage Real Estate Associates - Disclaimer: The information contained in this listing has not been verified by Royal Lepage Real Estate Associates and should be verified by the buyer.
  • City: Brantford

    More 2 bedrooms homes for lease in Brantford

  • Major Intersection: Mohawk to Cayuga
  • Full Address: 1-55 Cayuga Street, Brantford, N3S 1W7, ON, Canada
  • Kitchen:
  • Living Room:
  • Amenities:
  • Taxes: $0.00 (null)
Kitchen13 x 13 ft169 sq ft
Br11 x 11 ft121 sq ft
Br10 x 10 ft100 sq ft
Living16 x 16 ft256 sq ft
Bathroom7 x 7 ft49 sq ft

WHAT'S YOUR HOME WORTH?

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