2430 CHANTILLY AVENUE

Architecture, design, and function come together with remarkable intention in this custom Winter Park residence designed by renowned architect Gary Hancock. From the impressive curb appeal and graceful archways to the carefully selected finishes throughout, every part of this home was designed with purpose. The result is a residence that feels sophisticated and distinctive while remaining remarkably comfortable for everyday living. Striking from the moment you arrive, the home features beautiful archways, balanced architectural lines, and a timeless exterior that immediately sets it apart. Step inside to an open, light-filled floor plan with 10-foot ceilings, expansive windows, level 5 drywall, and designer lighting throughout.An open floor plan creates an easy flow between the main living spaces, with a fireplace anchoring the living room and the adjoining dining area opening directly to the outdoor entertaining space. At the center of the home is a Italian-inspired chef’s kitchen featuring custom cabinetry, designer countertops, a paneled refrigerator, and premium induction range.The primary suite offers a private retreat with a spacious bath complete with a freestanding soaking tub, oversized walk-in shower, and a large walk-in closet. Each secondary bedroom is generously sized and includes its own en-suite bath, providing privacy and convenience for family and guests, while the bonus room and additional storage provide added flexibility. The outdoor spaces are an extension of the home, with a covered patio, fully equipped summer kitchen, sparkling pool, and expansive backyard offering plenty of room for both entertaining and relaxing. Perfectly positioned in Winter Park, this home offers easy access to Park Avenue, exceptional dining and shopping, top-rated schools, and virtually everything you need just minutes from your front door. A rare opportunity to own a custom-designed home with exceptional architecture, quality construction, and a prime Winter Park location—all at an exceptional value.