263 Grouper Ln, Summerville, SC 29483

About this home

Alley-Load Living at The Cove at Mallard Crossing

Featuring a desirable alley-fed design, fenced front yard, and charming streetscape, 263 Grouper Lane offers a unique opportunity to enjoy one of The Cove at Mallard Crossing's most distinctive home styles. Situated on a private lot, this beautifully designed new construction home combines modern comfort with everyday convenience. The Cove at Mallard Crossing is centrally located so you can enjoy all that Summerville has to offer, including parks, shopping, dining, historic downtown Summerville, and major commuter routes. Combined with smart home features and access to the highly regarded DD2 school district, this thoughtfully designed community delivers the perfect balance of convenience, quality, and value.

Step into The Poplar, a beautifully designed two-story home offering modern comfort, thoughtful design, and plenty of flexible living space. The inviting front porch welcomes you into a bright foyer that opens to a spacious family room with seamless flow into the dining area and kitchen, creating the perfect setting for everyday living and entertaining. A convenient powder room and access to the covered patio and rear-entry two-car garage complete the main level.

Upstairs, the private primary suite features a generous bedroom, a well-appointed bathroom, and a large walk-in closet. Three additional bedrooms provide room for family, guests, or a home office, while the loft adds valuable bonus space for work, relaxation, or play. A centrally located laundry room and a full secondary bath enhance everyday convenience, while an optional third bathroom layout offers additional flexibility.

With its smart design, open-concept living spaces, desirable alley-fed layout, and comfortable bedroom arrangement, The Poplar offers the perfect blend of style, functionality, and everyday livability.

The photos you see here are for illustration purposes only. Interior and exterior features, options, colors, and selections will differ.