900 OAK HOLLOW Place, Brandon, FL 33510

Tucked away on a quiet, private cul-de-sac, 900 Oak Hollow offers a rare lifestyle balance—resort living, on over two acres of lush, tree-lined grounds, just minutes from Water Street and Downtown Tampa, yet completely removed in feel. The property delivers a level of privacy, scale, and tranquility that’s increasingly rare this close to the city. Fully reimagined through a comprehensive 2024–2025 renovation, the estate blends modern upgrades with timeless design. A striking exterior creates a clean, architectural presence, while entry is framed by a custom, heavy-duty iron door and tasteful white oak flooring, setting the tone for the level of craftsmanship and detail carried throughout. The main residence offers 3 bedrooms and 4 spa-style bathrooms, complemented by newer core systems and infrastructure, including plumbing, electrical, HVAC, and roof, delivering both elevated design and long-term peace of mind. Designed to live as beautifully as it entertains, expansive open living spaces connect to a chef’s kitchen outfitted with new Thermador appliances, then flow seamlessly outdoors to a resort-style pool and deck overlooking the pond, where ducks glide by and the landscape becomes part of the experience. As the sun sets, over 60 exterior solar-powered lights create a warm, ambient glow across the grounds—transforming the property into a true evening retreat. A fully renovated and furnished 3-bedroom, 1-bath guest residence adds exceptional flexibility—ideal for hosting, extended stays, or immediate income potential. Throughout the home, generous storage and well-proportioned closets enhance everyday livability without compromising design. Ample parking, a private setting, and seamless indoor-outdoor living position the property as a true entertainer’s retreat or a private estate sanctuary designed for both gathering and everyday living—with effortless access to Tampa’s most dynamic lifestyle destinations and major thoroughfares. A rare offering where privacy, presence, and proximity converge.