WOW!! If you have been waiting for an AWESOME TOWNHOME in a great complex, then you don't want to miss this 1353 sq. ft. 3-bedroom home that has been lovingly maintained by its original owner. As you drive up to this terrific home you will be delighted to see that your parking stall is right at the front door of your new home and a huge bonus it that there are 2 VISITOR parking stalls right beside you for your guests. This END UNIT is in great condition and has an excellent floor plan. As you enter the foyer, with ceramic tiled flooring, you will be struck by the spacious living and dining rooms with hardwood flooring and featuring a gas fireplace and bay window. The kitchen, with its breakfast nook overlooking the private west facing deck, features lots of cabinet and counter space, stainless steel appliances and ceramic tiled flooring. Completing the main floor is a 2-piece powder room and back entry. The upper-level features: new carpeting; a 4-piece main bathroom; and 3 bedrooms including a large Primary suite with a 2-piece ENSUITE bathroom and a very large lighted semi-walk-in closet. The lower level is undeveloped and awaits your creative talents for your own special space. The west facing deck off the kitchen, overlooking a large green space sheltered by a number of large spruce trees, is a delight to relax on and enjoy those warm summer evenings in a private setting. You will appreciate the care that this very long-term owner has given this townhome over many years. Located in a very quiet setting and only minutes to schools, shopping, downtown and major transportation routes this lovely townhome is a must see. DON'T MISS IT!!
Data was last updated April 18, 2025 at 06:05 AM (UTC)
Area Statistics
Listings on market:
26
Avg list price:
$649,900
Min list price:
$315,000
Max list price:
$2,550,000
Avg days on market:
13
Min days on market:
1
Max days on market:
163
Avg price per sq.ft.:
$373.06
These statistics are generated based on the current listing's property type
and located in
Patterson. Average values are
derived using median calculations.