Scofield Farms Real Estate

Located in north Austin just east of MoPac Expressway near Scofield Ridge Parkway, north of Parmer Lane, Scofield Farms is a well-planned community started in the 1980s. The influence of several different developers has resulted in a healthy variety of floor plans and home styles, with something to fit the needs of every homeowner.

Over Scofield Farms' 20-year history, development has been handled by several developers, including Newmark, David Weekley Homes, and D.R. Horton. The work of these varied developers means that Scofield Farms is by no means a boring, cookie-cutter neighborhood. Residents of Scofield Farms can choose between everything from high-end townhomes to modest starter homes, ranging from 1200 to over 3500 square feet. With its affordable real estate, Scofield Farms is a great place to begin any Austin home search.

Scofield Farms residents enjoy many amenities, including two swimming pools located within the neighborhood boundaries. Local parks provide places for residents to picnic, play, or take a relaxing stroll.

Another factor in Scofield Farms' favor is its overall location. Almost equidistant from MoPac Expressway, Parmer Lane, and IH-35, Scofield Farms allows its residents easy access to all three of these major Austin thoroughfares. Not that they really need to travel very far - many of Austin's greatest attractions are only a stone's throw away from Scofield Farms. The Arboretum, a two-level outdoor shopping mall; the Domain Shopping Center, an upscale retail cluster; and the convenient H-E-B supermarket ensure that shopping is a breeze for Scofield Farms residents. On a more practical note, Scofield Farms is also near to major tech-industry employers located north Austin, including IBM, Dell, Samsung, and National Instruments. Professionals seeking a short commute will love the location of Scofield Farms.

For more information about real estate in Scofield Farms and other Austin areas, contact an Austin real estate agent from the Carvajal Group by clicking here.