2035 Boucherie RD #11 Active Save Request In-Person Tour Request Virtual Tour
West Kelowna,BC V4T1Z6
Key Details
Property Type Single Family Home
Sub Type Other, See Remarks
Listing Status Active
Purchase Type For Sale
Square Footage 924 sqft
Price per Sqft $182
Subdivision Westbank Centre
MLS Listing ID 10362587
Bedrooms 2
Condo Fees $725/mo
Year Built 1996
Property Sub-Type Other, See Remarks
Source Association of Interior REALTORS®
Property Description
NEW ROOF – October 2025 ($5,439 value)! Plus a brand-new John Wood 50 USG electric hot water tank ($1,766 value) recently installed — giving you peace of mind for years to come. Located just steps from the park's private sandy beach and directly across from open green space, this well-designed 2-bedroom home offers a bright, spacious layout on one of the larger pads along the beautiful shoreline of Okanagan Lake. Enjoy a relaxed, quiet, lakeside lifestyle with convenient access to wineries, hiking trails, shops, restaurants, schools, public transit, and golf courses — everything the Okanagan has to offer is right at your doorstep. You'll appreciate the friendly, welcoming community and the pet-friendly policy (up to 2 indoor cats, with park approval). Financing is available exclusively through Peace Hill Trust (recommended credit score approx. 730 for park approval). Pad rent $725/month includes water, sewer, and garbage services. (id:24570)
Location
Province BC
Zoning Unknown
Rooms
Kitchen 1.0
Extra Room 1 Main level 8' x 10' 5pc Bathroom
Extra Room 2 Main level 9' x 7' Bedroom
Extra Room 3 Main level 11' x 10' Primary Bedroom
Extra Room 4 Main level 12' x 8' Dining room
Extra Room 5 Main level 15' x 14' Living room
Extra Room 6 Main level 10' x 7' Kitchen
Interior
Heating Forced air,See remarks
Cooling Window air conditioner
Exterior
Parking Features No
Community Features Pets not Allowed
View Y/N No
Roof Type Unknown
Private Pool No
Building
Story 1
Sewer Septic tank
Others
Ownership Other, See Remarks
Virtual Tour https://vimeo.com/1128518650?share=copy&fl=sv&fe=ci