10651 S Poppy Meadow Ln
South Jordan, UT 84009
MLS #2168777

Single Family Home for Sale

Discover the perfect blend of timeless Craftsman architecture, generous living space, and an unbeatable South Jordan location in the highly desirable Rushton Meadows community. Ideally situated on the edge of Daybreak, this exceptional home offers all the convenience, parks, shopping, restaurants, and recreation that make the area so sought after-without the additional expense of Daybreak HOA fees. Designed with both everyday living and entertaining in mind, this spacious two-story home features 5 oversized bedrooms and 3.5 bathrooms with a floor plan that offers room for everyone. Rich Craftsman styling, inviting curb appeal, and beautifully proportioned living spaces create a warm and welcoming atmosphere from the moment you arrive. The true centerpiece of the home is the extraordinary primary suite, thoughtfully designed as a private owner's retreat. Occupying nearly half of the upper level, this luxurious space feels more like its own private wing than a traditional bedroom. Enjoy an expansive bedroom, dual walk-in closets, double vanities, and a spacious ensuite bath designed to provide comfort, privacy, and everyday luxury. The open-concept main level offers seamless flow between the kitchen, dining, and living areas, making it ideal for family gatherings, holidays, and entertaining guests. Large bedrooms, abundant storage, and a highly functional layout provide flexibility for growing families, remote work, or multigenerational living. Located in one of South Jordan's most desirable neighborhoods, Rushton Meadows places you just minutes from Daybreak, Mountain View Corridor, Bangerter Highway, shopping, dining, schools, parks, walking trails, and numerous outdoor recreation opportunities. This rare combination of location, space, architectural charm, and value makes this home an exceptional opportunity in today's market. Square footage figures are provided as a courtesy estimate only. Buyer is advised to obtain an independent measurement.