1,125$
Great price
Posted date: 1 week ago

MacKenzie Manor | 5627 51st Ave, St. Paul

Town of St. Paul | Cold Lake (Division 12)
2 Bedrooms apartments for rent

Services

  • Heating
  • Pets allowed

Description

Current Promotions

Save $100 on all 12 month leases

Resident Insurance included

40% off Telus Home Services

$599 Security Deposits (OAC)

$599 Security Deposits (OAC) for Seniors and First Responders

Mackenzie Manor is a 3-storey building with 12 suites, offering one and two-bedroom / one bathroom suites.

These homes offer private balconies, and some units feature views of the surrounding trees or of downtown. 

All homes come with a fully equipped kitchen. Flooring options include carpet and vinyl plank. In-suite storage is available.

Renovated suites are available. These upgraded units offer new cabinetry, appliances, flooring, and fixtures.

Furnished suites are available – please inquire for more details.

This neighbourhood is centrally located and family and seniors friendly.

Mackenzie Manor is located within walking distance of restaurants, grocery stores, and community amenities including the St. Paul Aquatic Park and Tennis Courts and the UFO Landing Pad.

Mackenzie Manor offers designated parking in electrified stalls.

This building is pet-friendly and welcomes up to two dogs or cats per suite. A pet deposit/fee applies - please inquire with the leasing team. 

Smoking is permitted on patios/balconies.

Resident insurance and 24-hour emergency maintenance included!

*Promotions apply to new lease agreements. Conditions may apply, please contact our leasing team for details.*Information, suite availability and rental rates presented are subject to change. Rental rates listed reflect starting from prices and include current incentives when applicable.

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
Town of St. Paul, Town of St. Paul, Cold Lake (Division 12), T0A 3A0