Tennis Court Reconstruction & Post-Tensioned Concrete Solutions
The Dilemma: Resurfacing vs. Demolition
When managing aging or improperly constructed courts, facility owners often face a frustrating dilemma. Standard resurfacing methods, such as filling surface cracks, leveling water pockets (“birdbaths”), or applying temporary overlays, only hide underlying issues without solving them. Structural settled bases and severe drainage defects quickly reappear, leading to repeated repairs and wasted budget. On the other hand, complete demolition and rebuilds are extremely costly, time-consuming, and disruptive to your property.
A Proven, Cost-Effective Reconstruction Alternative
At Trans Texas Tennis, we pioneered and perfected a permanent reconstruction technique: the Post-Tensioned Concrete Overlay System. Instead of relying on short-term fixes like elastomeric crack fillers, epoxy injections, slip sheets, or fabric overlays, our engineered system places a heavy-duty, post-tensioned concrete slab directly over your existing court surface. This innovative approach delivers a brand-new, championship-level playing surface with superior crack resistance—all while avoiding the high costs of complete teardowns.
Key Advantages of Our Post-Tensioned Overlay System
Eliminates Demolition & Hauling Costs: Saves substantial time and money by avoiding the excavation, loading, and disposal of old asphalt or concrete.
Corrects Slope & Drainage Deficiencies: Restores proper surface drainage to prevent water pooling and sub-base deterioration.
Minimizes Surface Cracking: Delivers exceptional structural stability that virtually eliminates structural cracking for years to come.
Creates a Long-Lasting Base: Provides an ultra-durable foundation ideal for high-performance acrylic surfacing and heavy daily play.
Preserves Existing Infrastructure: Integrates smoothly with existing perimeter fencing, lighting structures, and surrounding landscapes.
Reduces Site Disturbance: Causes significantly less environmental and property impact during construction compared to full site excavation.