2006 De Verne ST Austin, TX 78704

Listing details for 2006 De Verne ST, Austin, TX 78704 : Nestled in the heart of Austin's Zilker Neighborhood, 2006 De Verne St offers an exquisite blend of comfort and luxury. This 3-bedroom midcentury gem has been meticulously remodeled, standing as a testament to the city's unique charm. The house has undergone a transformation with a range of enhancements. As you step inside, you'll notice the upgraded waterproof Luxury Vinyl Plank flooring, providing both a modern aesthetic and enduring durability. You're also welcomed by the gentle circulation of ceiling fans, creating a comfortable ambiance. The bathroom and kitchen spaces have been revitalized with new vanity and kitchen faucets that seamlessly blend style and functionality. The kitchen boasts custom pre-fabricated shaker-style cabinets, complete with self-closing hinges and drawers, adding an elegant touch. Throughout the home, upgraded light fixtures beautifully illuminate the space, infusing contemporary design. Both the interior and exterior have received a fresh coat of paint, breathing new life into the space. The driveway materials have been renewed, complementing the convenience of covered parking for one car and ample off-street parking. The property's prime location near top-rated schools, including Barton Hills Elementary and Austin High School, as well as its proximity to Zilker Elementary, Shady Grove, Uchi, and the vibrant South Congress district, offers easy access to Austin's cultural and culinary scene. With a remarkable walk score of 82, it's ideal for walking and exploring the neighborhood. Biking enthusiasts will love the excellent bike score of 86, and downtown Austin's vibrant culture is just a short drive away, making this residence in Barton Hills a tranquil oasis that strikes the perfect balance between serenity and city life. Don't miss this exceptional opportunity to own a piece of Austin's architectural legacy at 2006 De Verne St, where Zilker Neighborhood, Barton Hills, and luxury harmoniously converge.