New Construction Opportunity in The Meadows at Bayard! Don't miss the chance to own a brand-new home in the highly sought-after community of The Meadows at Bayard, known for its quiet charm and prime location just a short drive from the Bethany Beach Boardwalk. With an incredibly low HOA fee of just $250 annually and a projected completion date of August 2025, this home offers a perfect blend of quality craftsmanship, modern design, and convenience. Situated on a spacious ¾ acre private lot, this energy-efficient, 3,113 sq. ft., 5 bedroom, 3 bathroom, two-level home is thoughtfully designed for comfort and livability. Step inside to discover the light-filled open floor plan. The heart of the home is a huge gourmet kitchen with quartz countertops that's perfect for both cooking and entertaining. With a large island that opens to the great room with linear fireplace, and access to a generous screened porch, you'll love the seamless indoor-outdoor living. The flex room offers versatile space to be used as a formal dining area or home office. The Owner's Suite is tucked away at the rear of the home for maximum privacy, featuring a large walk-in closet and a luxurious tiled shower. The home also includes four additional guest bedrooms with two shared bathrooms, ensuring plenty of space for family and friends. Premium finishes include luxury vinyl plank (LVP) flooring throughout, with tile in all bathrooms. Additional highlights include a walk-in pantry, separate laundry room with cabinets and countertop, and a fully insulated, painted 3-car side entry garage, offering ample space for vehicles and storage. Outside, enjoy your large private backyard oasis or take a quick drive to Bethany Beach for sun and surf. The area offers endless activities, from live music at the bandstand, fresh finds at the farmer's market, to dining at the area's top restaurants. With low property taxes and this ideal location, this home offers the perfect combination of luxury and convenience. Photos are of a previously completed similar Dalton model.