1081 Old Oaks Dr · Apartment for Rent

Property Status: Active Welcome to 1081 Old Oaks Drive, an exceptional two-story home in the desirable Travis Ranch South community of Forney, Texas. Built in 2022, this thoughtfully designed residence offers the perfect blend of modern style, functionality, and comfort. With approximately 2,600 square feet of living space, this property provides ample room for both everyday living and entertaining. Step inside and you are greeted by a bright, open-concept layout that seamlessly connects the living room, dining area, and kitchen. Large windows flood the interior with natural light, while clean, modern finishes create an inviting atmosphere. The kitchen serves as the heart of the home, featuring abundant cabinetry, generous counter space, and a layout designed for both convenience and connection. Whether preparing family meals or hosting friends, this space makes entertaining effortless. This home features four spacious bedrooms and three full bathrooms. The primary suite offers a private retreat with a comfortable bedroom, an en suite bath, and generous closet space. Secondary bedrooms are versatile and can be used for family, guests, or a home office. Each bathroom is designed with modern fixtures and finishes, ensuring comfort and style throughout. Outside, the property sits on a lot of more than 5,500 square feet, providing space for outdoor living, gardening, or future customization. A two-car attached garage adds both storage and convenience. Living in Travis Ranch South means enjoying a welcoming neighborhood with easy access to schools, shopping, dining, and recreation. For commuters, U.S. Highway 80 is only minutes away, providing quick routes into Dallas and the surrounding metroplex. Don’t miss the opportunity to make it yours—schedule a showing today! Office Phone: (214) 684-6658 Copyright © 2026 North Texas Real Estate Information Systems, Inc. All rights reserved. All information provided by the listing agent/broker is deemed reliable but is not guaranteed and should be independently verified.