A graded, drained, regulation-lined court built to play on from day one, no mid-project surprises.
On-Site Evaluation First
Written Estimate
Final Walkthrough
Backyard to Commercial
What Goes Wrong
Where rushed installations fail, and what a thorough build does differently
Skipped Grade Check
A base laid without a confirmed drainage slope will pond water after South Florida’s seasonal rains, softening the sub-base and cracking the surface above it.
Drainage Slope by Design
Grade and drainage direction are confirmed at the site evaluation so the base slope is engineered in, not corrected after the fact.
Rushed Cure Interval
Applying the acrylic color coat before the asphalt base has fully cured causes delamination, the surface peels and loses adhesion within the first season.
Cure Before Coating
The acrylic coat is applied only after the base has reached full cure, regardless of schedule pressure, no shortcuts on that interval.
Run-Off Space Ignored
A court footprint that ignores required run-off clearance leaves players without safe stopping room and may breach Palm Beach County setback rules.
Run-Off Planned Upfront
Setback rules, existing landscaping, and run-off clearance are all mapped at the initial site visit before the layout is finalised.
Vague Site Assessment
A surface-level quote that skips soil conditions and drainage design produces mid-project change orders once the real site work becomes clear.
Itemised Written Scope
Base preparation, surfacing, fencing, and line marking are each listed separately in the written estimate so the full scope is visible before work starts.
The site evaluation covers more than footprint. A regulation singles court runs 78 by 27 feet; doubles adds 9 feet per side, and run-off clearance adds further space on all sides. Palm Beach County setback rules and existing landscaping affect how much of that space is realistically available. Grade and drainage direction are confirmed at the same visit so the base scope reflects actual site conditions.
Base preparation sets the court’s long-term performance. An asphalt base layer is the most common choice for South Florida outdoor courts; a concrete slab foundation is used where soil conditions or owner preference call for it. Either base is graded to a controlled drainage slope before the acrylic surface coating is applied. High humidity and seasonal rain in the region put extra demand on drainage design.
Surface coating, line striping, and net fitting complete the installation. The acrylic color coat is applied after the base has fully cured, the cure interval is not shortened regardless of schedule pressure. Singles and doubles lines are marked to regulation dimensions, and net posts are set in concrete at the correct height and tension. A final walkthrough confirms every element before sign-off.
Why Us
Why Palm Beach County Sports Courts for Tennis Court Installation?
Local site knowledge, a clear written process, and accountability at every stage, from first visit to final walkthrough.
Evaluation Before Any Commitment
An on-site visit confirms grade, drainage, and run-off space before a single scope item is written.
Itemised Written Estimate
Base prep, surfacing, fencing, and line marking are listed separately, no bundled totals that hide site work.
Palm Beach County Site Knowledge
Local setback rules, high water table, and summer-storm drainage are factored in from the first visit.
Final Walkthrough Sign-Off
Every element, surface, lines, net posts, fencing, is checked and confirmed before the job closes.
Residential to Commercial Scope
We take enquiries for backyard courts, HOA facilities, schools, and commercial recreation sites.
Most tennis court installations in Palm Beach County come in at $25,000-$75,000, depending on surface type, site conditions, fencing, and lighting. An on-site evaluation produces an itemised written estimate so you see every line item before work begins.
What makes the cost of a tennis court go up?
The biggest cost drivers are poor soil requiring deep base work, sloped lots needing significant grading, premium surfaces like post-tension concrete, and added fencing or lighting. Each factor is identified during the on-site evaluation and broken out in the written estimate before you commit.
What is the cheapest way to build a tennis court?
An asphalt base with an acrylic coating is typically the lowest-cost route for a full regulation court. Skipping lighting and choosing a standard chain-link fence also keeps the budget down. Cutting corners on base preparation, however, leads to cracking and resurfacing costs within a few years.
How much space do I need for a tennis court with room around it?
A regulation doubles court is 78 feet long by 36 feet wide. With the recommended run-off clearance, the total footprint is typically 120 feet by 60 feet. Singles-only play can use a slightly narrower envelope, but the length stays the same.
Is my property big enough for a tennis court and the run-off space it needs?
You need a clear, roughly level area of at least 120 by 60 feet after accounting for any setbacks or easements. The on-site evaluation measures usable space, checks for obstructions, and confirms whether the footprint fits before any work is planned.
Does a tennis court add value to a property?
Yes, in markets where buyers expect resort-style amenities, a regulation court in good condition is a genuine differentiator. A cracked or neglected court, however, can read as a liability. Keeping the surface in good shape through periodic resurfacing protects that value.
How is a tennis court built?
The process starts with site evaluation and grading, followed by a compacted aggregate base, then an asphalt or concrete structural layer. An acrylic color coating and texture system goes on top, and finally the lines are painted to regulation dimensions. A final walkthrough confirms everything meets spec before sign-off.
Will the court drain well and stay level over time?
Proper drainage starts with the on-site evaluation, which assesses soil and existing drainage before a single grade is cut. A correctly compacted base and a 1-percent cross-slope built into the surface move water off the court and reduce the settling risk that causes cracking over time.