2505 Thornton Road RD #3201 Austin, TX 78704

Listing details for 2505 Thornton Road RD #3201, Austin, TX 78704 : Welcome to Mirador, a condominium community located in the heart of South Austin's vibrant 78704 zip code. This unique property is a blend of sustainability and modern living providing the perfect balance of urban convenience and authentic Austin charm. Residents enjoy easy access to the bustling South Lamar area, with its trendy boutiques, popular dining options, and lively entertainment scene, while being just minutes away from downtown Austin. Mirador features a variety of thoughtfully designed floor plans, from cozy one-bedroom units to spacious two-bedroom layouts, each crafted with attention to detail and quality finishes. Modern kitchens with stainless steel appliances, quartz countertops, and sleek cabinetry set the stage for culinary adventures, while open-concept living areas provide the perfect space for relaxation and entertaining. This property stands out with unique amenities that include a brand new pickle ball court along with a community lounge and co-working space. The beautifully landscaped grounds offer peaceful outdoor spaces, such as a dog park, BBQ areas, a yoga lawn, and a community garden perfect for enjoying Austin’s sunny weather. Living at Mirador means being part of a dynamic and diverse community, with nearby parks like Zilker Park and Barton Springs, live music venues, and a rich cultural tapestry of South Austin to explore. Whether you’re an outdoor enthusiast, a foodie, or an art lover, Mirador offers endless opportunities for recreation and inspiration. The community prioritizes your peace of mind with secure access, covered parking, and designated parcel delivery areas to ensure a hassle-free living experience. Don’t miss your chance to be part of this exciting new community; schedule a tour today and discover the lifestyle you’ve been dreaming of; We invite you to elevate your perspective. This unit is a rare one bed plus office floor plan offering an additional flex space and optionality.