766 Favell Court new Save Request In-Person Tour Request Virtual Tour
Kelowna,BC V1W2M7
Key Details
Property Type Single Family Home
Sub Type Freehold
Listing Status Active
Purchase Type For Sale
Square Footage 2,800 sqft
Price per Sqft $446
Subdivision Lower Mission
MLS Listing ID 10328725
Bedrooms 5
Year Built 1978
Lot Size 10,454 Sqft
Property Description
Welcome to 766 Favell Court! Located in the heart of Lower Mission, this peaceful cul-de-sac home is close to schools, daycares, wineries, hiking trails, and a new park on DeHart. Tucked away from busy Gordon Drive, it offers a serene outdoor escape with virtually no noise year-round. The upper level features three bedrooms, including a primary suite with a 3-piece en-suite, plus a second fully renovated bathroom (2024) with a new tub and toilet. On the lower level, a versatile den awaits, perfect for a games room, movie nights, or a play area. The home also boasts a completely separate, two-bedroom LEGAL suite with its own entrance, mudroom, and laundry?an ideal mortgage helper. The private, fenced 1/4-acre yard is perfect for family fun, offering space for badminton, a trampoline, a fire pit, or even a pool. Relax on the covered patio with a natural gas BBQ hookup and enjoy the flat driveway, which includes a two-car garage and RV parking. Recent updates include a new waterproof roof with a 25-year warranty (2023), EV charger compatibility, a hot water tank (2023), a 5-ton heat pump with AC (2024), and stylish interior upgrades like real Italian marble, satin quartz countertops (2022), wood deco walls (2024), and soundproofing for the suite. Don?t miss this move-in-ready family home with endless possibilities (id:24570)
Location
Province BC
Zoning Unknown
Interior
Heating Heat Pump
Cooling Heat Pump
Fireplaces Type Unknown
Exterior
Garage Yes
Garage Spaces 2.0
Garage Description 2
Community Features Family Oriented
Waterfront No
View Y/N Yes
View Mountain view
Roof Type Unknown
Building
Lot Description Underground sprinkler
Story 2
Sewer Municipal sewage system