1,099$
Good price
Posted date: 2 weeks ago

667/669 Wolseley Avenue | 669 Wolseley Avenue, Winnipeg

Fort Rouge-East Fort Garry | Winnipeg
Apartment for rent, 2 Bedrooms

Services

  • Heating
  • Air Conditioning
  • Pets allowed

Description

Welcome to 667-669 Wolseley Avenue, located in the heart of Winnipeg’s historic and multicultural Wolseley neighbourhood. Surrounded by artsy shops, local restaurants, and stunning 19th-century architecture, this area offers an unmatched sense of community and charm. Just steps away, you’ll find vibrant murals, scenic parks like Vimy Ridge and Mostyn Place, and the picturesque Assiniboine River. Food lovers will enjoy nearby favourites like Hudson Bagels, The Nook, and De Luca’s. Perfect for those who love urban living with a creative flair, 667-669 Wolseley is your gateway to a welcoming and colourful community.

APARTMENT AMENITIES

  • Utilities include: Heat and water
  • Air Conditioning
  • Modern Ceiling Fan
  • Lofty High Ceilings
  • Stainless Steel Appliances
  • Stove
  • Dishwasher
  • Microwave
  • Modern Finishes
  • Updated Lighting
  • Electric Fireplace & Mantel
  • Classic Clawfoot Tub
  • Energy Efficient Windows & Blinds
  • Refinished Hardwood Floors (Select Units)
  • Vinyl Plank Wood Floors

COMMUNITY AMENITIES

  • Pet-friendly Apartment Homes
  • Pet Fee: $50 (Cat or Dog)
  • Recycling Program
  • Close to Major Bus Routes
  • Bicycle Storage Facility
  • Secured Entrance
  • On-site Laundry Facility

The photos are for reference only. The actual suite may vary.

To book a viewing or discuss the leasing process, please text or call our Resident Manager at (431) 668-1540, or leave a message here: https://www.667wolseleyavenueapartments.ca/contactus

Visit our website at Thorwin.ca and apply online today!

Contact the owner

For the details on the accommodation as well as the contact details of the owner, you must go to the original ad of the apartment.

See the ad Source: RentCanada
Map
Fort Rouge-East Fort Garry, Fort Rouge-East Fort Garry, Winnipeg, R3C 2B3