Address
8 - 470 Second Street, London East, ON
Price
$ 2,600
Property Attributes
  • ID#X13672454
  • TypeRentals
  • Listing Status Active
  • MunicipalityLondon East
  • CityLondon East
  • NeighbourhoodEast H
  • Postal CodeN5V 3X2
  • StyleTownhouse
  • Price$ 2,600
  • Bedrooms3+1
  • Bathrooms1
  • Half Bathrooms1
  • Sqr Footage1399
Data Source:
RLP - CREA EN
Property Description

Spacious 4-bedroom, 2-washroom condo townhouse located at Unit 8, 470 Second Street in London. Conveniently situated near Fanshawe College, public transit, shopping and everyday amenities. Features a bright living area, central heating, washer and dryer, and one parking space. Available September 27, 2026, for $2,600 per month plus utilities. All prospective tenants are welcome to apply. Applications must include a completed rental application, an up-to-date full credit report with credit score, government-issued photo identification, and an employment letter with three recent pay stubs or other satisfactory proof of income. First month's rent and last month's rent deposit are required. The tenancy will be documented using the Ontario Standard Lease. Serious inquiries only.

General Features

Terms LEASE
Neighbourhood East H
Property Sub Type TOWNHOUSE
jumpId 28969391
Property Subtype French Townhouse
Listing Type French Condo
MLS X13672454
Building Type Row / Townhouse
Property Type Single Family

Interior Features

Living Area Range 1399 sqft
Bedrooms 3+1
Basement Partially finished
Basement Type N/A
Cooling Type None
Heating Fuel Natural gas
Heating Type Forced air
Beds 4
Total Baths 1+1
Total Baths 1+1
Total Half Baths 1

Exterior Features

Exterior Finish Aluminum siding, Brick
Parking Type No Garage

Amenities

  • Views
  • New Construction
  • Adult 55+
  • Lease To Own
  • No Strata Fees
  • Furnished
  • Pets
  • Primary On Main
  • Air Conditioning
  • Seller Finance
  • Green
  • Fixer Upper
  • Horse
  • Golf
  • Fireplace
  • Deck
  • Garage
  • Basement
  • Pool

Property vs Rentals Average in N5V 3X2

Price
AVG $K
$K