1985 Burtch RD #32 Active Save Request In-Person Tour Request Virtual Tour
Kelowna,BC V1Y4B4
Key Details
Property Type Townhouse
Sub Type Townhouse
Listing Status Active
Purchase Type For Sale
Square Footage 1,277 sqft
Price per Sqft $406
Subdivision Springfield/Spall
MLS Listing ID 10364031
Style Split level entry
Bedrooms 3
Condo Fees $366/mo
Year Built 1980
Property Sub-Type Townhouse
Property Description
MOTIVATED SELLER! This 3-bedroom, PET FRIENDLY, TRUE CORNER TOWNHOME WITH FENCED YARD and 3 PARKING STALLS must be seen to be appreciated. Great floor plan here with 3 sizable bedrooms all on the same floor. Spacious living room complete with sliding glass doors that lead you to the ULTRA PRIVATE fenced yard with newer patio. Large eat-in kitchen. Light and bright, freshly painted with new H2O tank this year + newer windows. The oversize storage area is conveniently located in the carport area. FAMILY BONUS; The well-equipped playground keeps the youngsters close by. Situated in a fabulous sought-after neighborhood, with an elementary school within walking distance, you can leave the car at home, and also walk to work with just a 15-minute stroll to the Innovation Centre, The Landmark Commercial Community, plus pubs, restaurants, coffee houses, European Deli's, The Kelowna Farmer's Market and shopping for everything else. The 5 minute walk to the transit bus will take you to UBC and Okanagan College. Once again, pet friendly allowing 2 dogs, 2 cats, or 1 of each with no height restriction on the dog. Greystokes Gardens is well known throughout Kelowna for its stellar reputation, and well-run strata. You can't beat the location or the community for young families, professional couples or investors! Everyone will love living here! (id:24570)
Location
Province BC
Rooms
Kitchen 1.0
Interior
Heating Baseboard heaters
Cooling Wall unit,Window air conditioner
Exterior
Parking Features Yes
Fence Fence
Community Features Pets Allowed,Pets Allowed With Restrictions
View Y/N No
Building
Story 3
Sewer Municipal sewage system