Horseshoe Bay is a two-story residence providing 3,043 square feet of heated living area, characterized by a 76-foot width and 70-foot depth footprint. The structure utilizes a side-load 3-car garage, measuring 868 square feet, which keeps the front elevation clear of vehicle storage. Its architectural profile reaches a maximum height of 36 feet and features an 8:12 roof pitch, contributing to a classic exterior aesthetic.
The main level encompasses 2,653 square feet and centers on an open-concept core, where the family room and kitchen share a direct line of sight. This area includes a central kitchen island and an adjacent breakfast nook for daily meals, while a formal dining room provides a distinct space for gatherings. A first-floor master suite is positioned for privacy, supported by a dedicated home office and a laundry room located near the main living zones.
An additional 390 square feet of heated living space is located on the second floor, complemented by a 441 square foot bonus room. This upper level provides a flexible area suitable for a media room, guest suite, or hobby space, set apart from the primary living areas on the ground floor. The 11-foot ceiling heights on the main level and 10-foot ceilings on the upper floor enhance the interior volume and natural light penetration throughout the home.
Constructed on a slab foundation with stick-framed roof assembly, the residence emphasizes structural durability and long-term utility. The layout incorporates 3 full bathrooms and 1 half bath, ensuring sufficient facilities for residents and guests alike. With its split-level configuration and centralized utility spaces, the design accommodates a variety of household needs while maintaining a clear, organized floor plan.
Key Features: 3 bedrooms, 3 full bathrooms, 1 half bath, first-floor master suite, open-concept family room, 3-car side-load garage, bonus room, home office, slab foundation, 11-foot main level ceilings, 3,043 sq ft total living area.
Explore floor plans, available formats, and modification options for this design.
