Address
Lower - 105 Glenridge Avenue, St. Catharines, ON
Price
$ 2,585
Property Attributes
  • ID#X13833232
  • TypeRentals
  • Listing Status Active
  • MunicipalitySt. Catharines
  • CitySt. Catharines
  • Neighbourhood457 - Old Glenridge
  • Postal CodeL2R 4X5
  • StyleSingle Family Dwelling
  • Price$ 2,585
  • Bedrooms2
  • Bathrooms1
  • Half Bathrooms0
  • Sqr Footage2000
Data Source:
RLP - CREA EN
Property Description

Experience the Pinnacle of Executive Luxury with Magnificent 105 Glenridge Avenue #Lower Level! This Remarkable Unit, Recently (2023) Renovated with brand new Kitchen from Top to Bottom, as well as luxury laundry Features two Elegant Bedrooms and Boasts Breathtaking Views of the Impressive huge Backyard view. Furnished, ready to move in; just bring your luggage. Completely independent from the upper level. Close to lots of amenities, Brock University, Ridley College, Niagara College, NOTL, Niagara Falls, Hospitals, Shopping Centers and many more. Bus stop steps from the door. Prestigious neighbourhood in Town. Don't Miss Your Chance to Rent This Gem of A Property, As It Won't Be Available For Long

General Features

Terms LEASE
Neighbourhood 457 - Old Glenridge
Property Sub Type Single Family
jumpId 29316356
Property Subtype French Single Family Dwelling
Listing Type French House
MLS X13833232
Building Type Other
Property Type Single Family
Sewer Sanitary sewer

Interior Features

Living Area Range 2000 sqft
Bedrooms 2
Basement Finished
Basement Type N/A
Cooling Type Central air conditioning, Air exchanger
Foundation Type Poured Concrete
Heating Fuel Natural gas
Heating Type Forced air
Beds 2
Total Baths 1
Total Baths 1

Exterior Features

Parking Type Other, 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 L2R 4X5

Price
AVG $K
$K