528 Clifton Lane Active Save Request In-Person Tour Request Virtual Tour
Kelowna,BC V1V0B7
Key Details
Property Type Single Family Home
Sub Type Freehold
Listing Status Active
Purchase Type For Sale
Square Footage 1,620 sqft
Price per Sqft $740
Subdivision Glenmore
MLS Listing ID 10326036
Bedrooms 2
Year Built 2021
Lot Size 6,969 Sqft
Property Description
This sophisticated lake-view rancher is the perfect retreat for downsizers, snowbirds, or those seeking an elegant vacation property in central Kelowna. Built just two years ago by Mullins Designs, this home offers a seamless blend of modern luxury and low-maintenance living. The thoughtful floor plan features soaring 18-foot ceilings, an open-concept main living area, and top-tier finishes throughout. The gourmet kitchen, equipped with premium appliances, a walk-in pantry, and a large island, is ideal for both entertaining and everyday living. Step outside to enjoy breathtaking mountain and lake views from the 200 sq.ft. expansive outdoor space, complete with with triple sided, motorized, framed blinds and a fully fenced dog run, BBQ area and vegetable garden. The primary suite offers direct patio access and includes a walk-in closet and a ensuite with a soaker tub, double vanities, and a rain shower. A second bedroom, full bathroom, and laundry/mud room complete the interior. Additional highlights include an oversized double garage and a handyman workshop. Surrounded by multi-million-dollar properties in the prestigious new community of 'Clifton Estates', this home offers tranquility surrounded by nature trails while being just minutes from downtown Kelowna, the rail trail, shopping, and Lake Okanagan. (id:24570)
Location
Province BC
Zoning Unknown
Interior
Heating Forced air,See remarks
Cooling Central air conditioning
Flooring Hardwood
Exterior
Garage Yes
Garage Spaces 2.0
Garage Description 2
Fence Fence
Waterfront No
View Y/N Yes
View Lake view,Mountain view,View of water,View (panoramic)
Roof Type Unknown,Unknown
Building
Story 1
Sewer Municipal sewage system