Apartment Active

1540 29 Street NW #113

Calgary, AB · T2R 0B3

$279,000CAD
  • 2Bedrooms
  • 1Bathrooms
  • 910Sq Feet
  • Attached CarportGarage
  • 1978Year Built

About this home

Whether you are looking for your new home or for an investment in a highly sought-after area of Calgary, this unit is ready and waiting for its new owners! Located across from the Foothills hospital, and within walking distance to the University of Calgary, the long term potential of this unit cannot be beat! The open concept layout is roomy and functional, featuring beautiful hardwood floors, a bright kitchen with plenty of cupboards and a large living room that offers space to relax or entertain. There are 2 good sized bedrooms, including the Primary bedroom with an oversized closet! Additional conveniences include in-unit laundry, a covered parking space, and a small yard!

Highlights

  • Apartment Unit
  • Condo Fee Includes Insurance
  • Condo Fee Includes Reserve Fund
  • Forced Air
  • Hardwood Floors
  • In Unit Laundry
  • Investment Property
  • Low Rise
  • No Basement
  • Nw Calgary
  • Open Concept
  • St Andrews Heights

What's nearby

  • Bus Stop
  • Cafe
  • Community Association
  • Dog Park
  • Golf
  • Gym
  • Library
  • Park
  • Pharmacy
  • Place Of Worship
  • Playground
  • Pool
  • Rec Centre
  • Shopping

Property facts

Interior

Bedrooms
2
Bathrooms
1
Square Feet
910
Flooring
Carpet, Hardwood, Slate
Heating
Forced Air, Natural Gas
Cooling
None

Building

Property Type
Apartment
Structure
Low Rise (2-4 stories)
Style
Apartment-Single Level Unit
Year Built
1978
Garage
Attached Carport

Lot & Zoning

Zoning
M-C1

Condo & Fees

Condo Fee
$517.57/mo
Fee Includes
Insurance, Maintenance Grounds, Parking, Reserve Fund Contributions, Snow Removal
Restrictions
Pet Restrictions or Board approval Required

Location

Community
St Andrews Heights
City
Calgary
Postal Code
T2R 0B3

Listing

MLS® Number
A2326303
Days on Market
3
Price per Sq Ft
$307/sqft
Taxes
$1,624 (2026)

Location

1540 29 Street NW #113, Calgary, AB · T2R 0B3