19919 Fm 973 Rd, Coupland, TX 78615

Positioned in one of the fastest-growing corridors in Central Texas, this unrestricted 91.78-acre tract offers a rare opportunity to secure land with both immediate usability and long-term development upside. Located along N FM 973 and Cameron Rd in Coupland, this property sits strategically between Taylor, Manor, and Pflugerville—areas experiencing significant residential and commercial expansion.

With approximately 1,049 feet of frontage on FM 973, the site offers exceptional visibility and access, making it well-suited for a range of development opportunities. Key highlights include: No restrictions allowing for flexible use; Ag-exempt status for current tax benefits; Proximity to the Samsung Semiconductor Plant, a major driver of regional growth; Nearby infrastructure improvements including FM 973 expansion; Future development surrounding the upcoming Travis County ESD and North Manor commercial projects.

As growth continues to push east of Austin, properties with this level of frontage, location, and flexibility are becoming increasingly limited. Showings are by appointment only. Buyer to independently verify all details.

A rare 91.78-acre tract positioned along North FM 973 in Coupland represents one of the last unrestricted land opportunities in one of Central Texas's fastest-growing corridors. The property sits strategically between Taylor, Manor, and Pflugerville, all experiencing significant residential and commercial expansion, with approximately 1,049 feet of frontage on FM 973 providing exceptional visibility and direct highway access.

This is not a constrained residential parcel. The land carries no deed restrictions, allowing owners to pursue a range of development opportunities while maintaining agricultural exemption status for current tax benefits. The site's location in the fast-growing eastern corridor of the Austin metropolitan area, combined with its scale and frontage, positions it differently than typical single-family residential properties. The nearly 92-acre footprint offers the rare combination of immediate usability and long-term development potential.

The property's strategic positioning between Taylor and the Samsung Semiconductor Plant, the primary economic driver reshaping this region, cannot be overstated. Regional infrastructure investments continue accelerating, including ongoing FM 973 expansion and planned Travis County Emergency Services District improvements. North Manor commercial development projects are adding momentum to the corridor. These are not speculative factors but documented regional trends reshaping property values across Williamson and Travis counties.

Coupland Independent School District serves the property, with students attending Coupland Elementary, Taylor Middle School, and Taylor High School. The area is experiencing demographic shifts driven by the semiconductor industry clustering and Austin's continued eastern expansion.

Access to major employment centers is straightforward. The property lies within 30-35 minutes of central Austin, closer to Domain at approximately 25 minutes, and positioned near Tesla's manufacturing and engineering operations. This proximity to major employers and infrastructure corridors creates multiple use scenarios.

The land itself is predominantly level, cleared in key areas, with open lot characteristics suitable for various applications. A 2-car garage structure provides immediate utility. The scale of the acreage means flexibility in how the site is developed or held as regional growth patterns solidify.

Properties with this combination of unrestricted use, tax-advantaged status, prime frontage on a major highway, and positioning within a demonstrable growth corridor rarely become available. As Austin expands eastward and semiconductor manufacturing reshapes the regional economy, land with these characteristics becomes progressively scarcer and more valuable. This represents a meaningful opportunity for investors or developers with a 5-10 year horizon in Central Texas's most dynamic growth region.