Asphalt Paving and Chip Seal Contractor for San Marcos, the Texas Hill Country Edge, and Central Texas

San Marcos is the Hays County seat and home to Texas State University, one of the fastest-growing universities in Texas with over 38,000 enrolled students, situated at the Balcones Fault Zone, the geologic boundary where the Texas Hill Country’s limestone Edwards Plateau transitions to the lower Central Texas plain. The San Marcos River, fed by springs at Spring Lake on the campus of Texas State University, emerges from the Edwards Aquifer at a constant temperature of approximately 68°F year-round, one of the clearest and most consistent spring-fed rivers in Texas, and the defining natural feature of San Marcos’ landscape, identity, and paving drainage environment. Hays County has ranked among the fastest-growing counties in the United States for over a decade, and the residential and commercial development pressure that growth has brought to San Marcos, new neighborhoods, retail corridors, university-adjacent commercial development, and the IH-35 commercial spine that connects San Antonio to Austin, creates one of the most active and diverse paving markets in the C. Brooks service area. San Marcos is the largest city in the network by population and among the most commercially complex.

C Brooks Paving reaches San Marcos from our base in approximately 45-55 minutes, north on US-281 or IH-35 through New Braunfels and on to San Marcos, one of the more direct routes in our Central Texas service corridor. The paving scope in San Marcos is different from our Hill Country and South Texas locations in its scale and density: urban commercial parking lots, high-traffic university-area streets, Hays County subdivision paving, and the residential driveways of a rapidly growing city with a mix of established neighborhoods on the limestone hills west of IH-35 and newer developments on the flatter terrain east of the freeway. We schedule San Marcos projects routinely and provide a written estimate covering sub-grade conditions, surface type, and drainage approach before any work begins.