Premium Stucco for Westlake Hills Estates
Where Hill Country views meet architectural excellence. Star Stucco delivers estate-quality finishes for Westlake's finest homes -- from Barton Creek waterfront estates to ridgeline residences above Loop 360.
Why Westlake Demands the Highest Quality
Westlake Hills is home to some of Central Texas's most distinguished properties. With homes valued well above $1M, architectural review boards that enforce strict standards, and discerning homeowners who accept nothing less than perfection, this community requires a contractor who understands the stakes.
From the gated estates of Barton Creek Lakeside and Davenport Ranch to the established luxury of Rob Roy, Lost Creek, and Westwood, we have earned the trust of Westlake's most particular homeowners. Our team specializes in complex multi-story applications, custom color matching to existing stone and masonry, and finishes that maintain and enhance property value for decades. Every project includes a detailed scope review, substrate analysis, and premium material specification tailored to your home's unique architectural character.
Premium Finishes for Discerning Homeowners
Signature finish options selected by Westlake's most prestigious properties.
Hand-Troweled Santa Barbara
An old-world finish with subtle organic texture that complements Hill Country limestone. Uniquely crafted by our master artisans for warm, timeless elegance.
Venetian Smooth
A polished, refined finish with multiple burnished layers that produce depth and luminosity. Ideal for contemporary Westlake estates seeking sophisticated modern aesthetics.
Custom Mediterranean
Rich textured stucco inspired by coastal villas, tailored to pair with natural stone accents. Perfect for Barton Creek properties seeking European grandeur.
The Star Stucco Difference
Why Westlake homeowners choose Star Stucco over standard contractors.
Protect Your Westlake Investment
Your home is more than a residence -- it is a statement. Trust Star Stucco to deliver finishes worthy of Westlake's most distinguished properties.