Tennis Court Installation Questions

Expansive clay soil swells when wet and shrinks when dry, which stresses a concrete or asphalt base and can cause cracking over time. Limestone bedrock is more stable but may require additional excavation equipment. Proper sub-base preparation and compaction testing address both conditions before the base is poured.

Most residential tennis court installations come in at $45,000-$75,000, depending on surface type, base depth, fencing, and site conditions. Grading a sloped lot or adding lighting pushes the total higher. An on-site evaluation gives you an itemised written estimate before any work begins.

Surface choice, base depth, fencing height, lighting, and the amount of grading required are the main cost drivers. A flat lot with stable soil costs less to prepare than a sloped or rocky site. Extras like windscreens, ball machines, or seating add to the total.

Every enquiry starts with an on-site evaluation, after which you receive an itemised written estimate covering base preparation, surfacing, fencing, lighting, and line marking. A rough ballpark before the visit is possible, but the written estimate is the reliable number to plan around.

A post-tension concrete or asphalt base with a basic acrylic surface and minimal fencing is typically the lowest-cost route. Skipping lighting and choosing standard line colors also reduces the total. Keep in mind that cutting corners on base depth is the most common cause of early cracking and costly repairs.

A regulation singles court is 78 feet long by 27 feet wide, but the full play area including run-off space requires roughly 120 feet by 60 feet. For a doubles court with comfortable clearance, plan for at least 7,200 square feet of usable, reasonably flat ground.

A full court needs a footprint of approximately 120 by 60 feet, so most standard suburban lots are too small. Larger residential lots of half an acre or more often have enough room. An on-site evaluation confirms whether your specific yard can accommodate the court and required run-off zones.

USTA guidelines call for at least 21 feet of run-off behind each baseline and 12 feet on each side. If trees, fences, or structures sit inside those zones, play is affected and fencing placement becomes complicated. The on-site evaluation maps the available clear space before any design is finalised.

Yes, but the slope must be cut and filled to achieve a grade of no more than 1 percent for surface drainage. Steeper slopes require more excavation and retaining work, which adds to the base preparation cost. The site evaluation determines how much grading your lot needs.

Every court needs a consistent 1-percent cross-slope so water runs off the surface rather than pooling. Lots with poor natural drainage or heavy clay soil may also need a perimeter drain or subsurface system. The on-site evaluation identifies what your specific lot requires before the estimate is written.

Acrylic-coated asphalt is the most common choice for residential and school courts because it balances cost, durability, and consistent bounce. Cushioned acrylic adds joint protection for older players. Clubs and commercial facilities often choose post-tension concrete under acrylic for longer surface life and lower long-term maintenance costs.

The on-site evaluation includes layout confirmation so dimensions, orientation, and run-off clearances are agreed on before any ground is broken. The itemised written estimate reflects those confirmed measurements. That step eliminates surprises about court placement or sizing once construction is underway.

A properly built residential court uses the same regulation dimensions and surface standards as a club court. The difference is typically in extras like lighting, seating, and fencing height. For regular home play, a standard acrylic surface on a well-prepared base performs consistently and holds up to daily use.

On lots of half an acre or more, a full court is often practical once grading and setback requirements are confirmed. Many larger residential properties in the San Antonio area have the footprint but need site evaluation to verify usable flat area and drainage routing before committing to a design.

Court orientation matters. A north-south alignment keeps the sun out of players’ eyes during morning and evening play, which are the most comfortable times in San Antonio’s climate. The site evaluation considers your lot’s orientation and any shade from structures or trees when recommending court placement.

DIY court construction is not practical for most homeowners. Achieving the correct base compaction, consistent slope, and proper acrylic application requires commercial equipment and experience. Errors in the base layer cause cracking and drainage failure that cost more to fix than the original installation would have.

Resurfacing works well when the base is structurally sound and cracks are surface-level. If the base has shifted, heaved, or has widespread alligator cracking, a new build is more cost-effective long term. An on-site evaluation determines which path makes sense for your existing court. See Court Resurfacing Repairs & Maintenance for more detail.

Base quality is the deciding factor. A thin or poorly compacted base will crack within a few years regardless of the surface applied on top. Spending more on proper base depth and compaction upfront consistently produces a longer-lasting court than saving money there and choosing a premium surface coating.

Post-tension concrete under a cushioned acrylic coating offers the longest service life because the base resists settling and the surface layer can be recoated without replacing the slab. Standard asphalt-base acrylic courts are durable and more affordable but typically need resurfacing sooner, especially in climates with significant heat cycling.

The process runs from site evaluation and grading through base installation, surfacing, fencing, line marking, and a final walkthrough. The base -- either asphalt or concrete -- is the most critical phase, as its thickness and compaction determine how long the surface lasts. Each stage is completed before the next begins. Learn more at Court Design & Site Preparation.

A straightforward residential court typically takes two to four weeks from groundbreaking to final walkthrough, weather permitting. Sites that need significant grading, retaining walls, or drainage work add time before the base can be poured. Concrete bases also require adequate cure time before the acrylic surface is applied.

The area must be cleared of vegetation, graded to the correct slope, and compacted before any base material goes down. Rocky or clay-heavy soil may need additional excavation or a sub-base layer. Drainage routing is also confirmed at this stage so water has a clear path away from the finished court.

Yes. The itemised written estimate covers base preparation including grading and drainage alongside surfacing, fencing, and line marking. All of that work is coordinated through one project rather than handed off to separate contractors. The final walkthrough confirms every element meets spec before the job is signed off.

Grading and excavation produce the most disruption -- expect displaced soil, equipment tracks, and dust during that phase. Once the base is poured, the site becomes more contained. Access routes and staging areas are agreed on during the site evaluation so the impact on the rest of your property is minimised.

Yes. Hill Country terrain around areas like Boerne and Fair Oaks Ranch often involves significant elevation changes across a single lot. Achieving the required 1-percent drainage slope typically means more cut-and-fill work and sometimes retaining walls. The site evaluation quantifies exactly how much grading your specific lot requires.

Larger residential lots in San Antonio’s suburban neighborhoods often can, but the run-off clearance is what catches people off guard. An on-site measurement is the only reliable way to confirm fit, the playing lines alone do not tell the full story.

Standing water degrades the acrylic coating from below, and a poorly compacted subgrade cracks the slab within the first two seasons. Fixing a failed base means tearing out the surface and starting over, far more disruptive than doing it correctly the first time.

Concrete offers greater long-term rigidity and is standard for most residential installs in South Texas. Asphalt is more flexible and can suit larger or commercial sites. The builder assesses your subgrade conditions and recommends the appropriate base during the site evaluation.

It can be a selling point for buyers who want private recreation. The court’s condition, size, and how well it fits the lot matter more than simply having one. A regulation-size court built on a solid base holds its appeal better than an undersized or poorly drained one.

Fencing is quoted as a separate line item in the written estimate, not bundled into the base build. That way you can see exactly what each component costs and make decisions about scope before any work begins.

Permit requirements vary by municipality and lot size. The site evaluation identifies what approvals your project is likely to need, and the process is explained clearly so you know what to expect. Specific permit filing responsibilities are confirmed during the estimate stage.

Our partners are vetted independent local contractors. Insurance coverage is a condition of working with us, so you should confirm the specific policy details with your assigned partner at the estimate stage. Never allow work to begin without seeing proof of general liability coverage.

A final walkthrough is completed before the job is signed off, specifically to catch surface irregularities and confirm drainage performs correctly. Any issues identified at that stage are addressed before the project closes. Raise concerns during the walkthrough rather than after sign-off, as that is the formal checkpoint.