Tennis Court Construction

A court built with a correctly engineered base, proper drainage design, and quality surface system should provide 20–30 years of service before full base reconstruction is warranted. The surface acrylic typically requires resurfacing every 5–8 years depending on use intensity, climate exposure, and maintenance intervals — but that resurfacing is applied to a structurally sound base, not to a deteriorating one that needs replacement. The single biggest factor in long-term court life is the quality of the base construction, not the surface brand.

Asphalt bases are the most widely used option for tennis courts — flexible, well-suited to most climate environments, and less demanding during installation. Standard concrete offers superior compressive strength but is more susceptible to fracturing from soil movement and thermal expansion without reinforcement. Post-tensioned concrete addresses this directly by keeping the slab in continuous compression — making it the preferred choice for sites with expansive clay soils, significant grade transitions, or extreme seasonal thermal swings. Saviano evaluates base type as part of the site assessment, not as a default selection.

Yes, and it is most effective when planned from the outset of the court design rather than added during a resurfacing cycle. A tennis court accommodates up to four pickleball courts within its dimensions, with color differentiation used to keep the line sets legible for each sport. Saviano integrates multi-sport layouts during the initial design phase — see the full pickleball court construction section for additional detail on surface systems and dual-sport configuration options.

Drainage is the most consistently underestimated element of tennis court construction. A court that drains slowly keeps players off the surface longer after rain and accumulates surface moisture that accelerates coating degradation over time. Inadequate subsurface drainage allows moisture to migrate into the base, undermining compaction and, in freeze-thaw climates, accelerating structural damage. Saviano designs court drainage systems — surface pitch geometry, perimeter collection, and subsurface routing where warranted — as structural elements from the first site assessment, not as a detail added after the base design is complete.

A Saviano site evaluation covers soil composition and drainage behavior, existing grade and topography, solar orientation, prevailing wind patterns, utility locations, equipment access logistics, and any constraints from adjacent structures, easements, or setback requirements. This evaluation produces the site data that drives every subsequent design and engineering decision — surface system selection, base thickness, drainage routing, orientation, fencing placement, and lighting layout. Skipping or shortcutting this step means making those decisions without the information they require. That is where expensive mid-project discoveries originate. Consulting services are available for property owners who want an independent site assessment before committing to a full construction scope.

Yes. Court lighting and fencing are managed as integrated components of the full project scope — designed alongside the court layout rather than coordinated as separate work by separate contractors after the court is complete. Conduit for lighting is staged during base construction, fencing dimensions are aligned to court orientation from the initial design, and both systems are installed by Saviano crews who are familiar with the specific project rather than arriving on a finished court with no design context.