Custom Pickleball Court Construction in Dallas–Fort Worth

What Goes Into a Tournament-Grade Pickleball Court?

Most people picture a pickleball court as a slab with lines painted on it. The lines are the last two percent of the job. What determines whether your court still plays true in ten years is everything underneath: how the ground was prepared, how the concrete was engineered, and how water gets off the surface.

We build to USA Pickleball (USAP) specifications. The playing boundary is 20 by 44 feet, with a 7-foot non-volley zone (kitchen) on each side of the net. But the boundary is not the court. Players chase balls past the baseline, and a court built right to the line feels cramped and unsafe. We pour a 30x60 slab footprint, which is the recreational standard and gives you real run-off room at both ends and along the sidelines.

Underneath that surface sits a post-tensioned concrete slab. North Texas is built on Blackland Prairie clay, a high-plasticity soil that swells in wet weather and contracts in drought. That movement is relentless, and it is what splits standard rebar-poured slabs along a weak line within two or three seasons. A post-tension slab has steel tendons stressed after the concrete cures, holding the entire pour in compression so it moves as one engineered unit. We pair it with a vapor barrier / moisture mitigation layer to control moisture migration from below.

The last structural piece is drainage. We build a continuous 1% slope drainage plane across the pad so rainwater sheets off rather than settling into low spots. This is the difference between a court you can play on an hour after a Texas downpour and one with permanent birdbaths. Construction follows American Sports Builders Association (ASBA) guidance throughout.

On top of the cured slab goes the 7-layer acrylic color system: adhesion promoter, acrylic resurfacer coats with graded silica sand for texture, colour coats, and regulation line paint. It is a genuine surfacing system, not court paint, and it is what holds colour and grip through 110-degree summers.

Common Problems We Solve

Courts that crack in the second or third year

Nearly every cracked backyard court we are asked to repair in DFW was poured without post-tensioning. The concrete itself is usually fine. The soil beneath it moved, and there was nothing holding the slab together. Rebuilding on a post-tension slab is the fix, and building that way the first time is considerably cheaper.

Water pooling after every storm

A court that holds water was almost always poured flat, or sloped in the wrong direction. Standing water degrades the acrylic surface, breeds algae, and makes the court unusable for days. The 1% slope plane is planned before the forms go in, not corrected afterwards.

HOA approval that stalls for months

Architectural committees ask for specific things: dimensions, fence height and material, surface colours, and lighting photometrics if you are adding lights. Submissions that arrive without them go to the bottom of the pile. We send the complete packet the first time, which is why most of our submissions clear on the first review.

Four crews and nobody in charge

A typical court build involves an excavator, a concrete contractor, a surfacing company, and a fencing or equipment installer. Four schedules, four invoices, and four parties who blame each other when something goes wrong. We are 100% in-house, so the crew that digs your pad is the crew that tensions your net.

Turning an Existing Tennis Court Into Pickleball Courts

Tennis-to-pickleball conversion is one of the most common requests we get, particularly from HOAs and homeowners with an underused tennis court. A standard tennis court has enough surface to hold up to four pickleball courts, or one or two with generous surrounds and a shared walkway.

The decision hinges entirely on the existing slab. If it is structurally sound, with only surface cracking and normal wear, we repair the cracks with a fibreglass membrane, level any low spots, resurface with the full acrylic system, and stripe it for pickleball with a brass internal-wind net tensioner and proper posts. That is a fast, cost-effective project.

If the slab has actually moved, if cracks run through the full depth, or if the court holds water in a way that grading cannot fix, then resurfacing is putting good money over a failing base. We will tell you that directly, even though a rebuild is the harder sell. A resurface over a moving slab reappears as cracks within a season or two.

What Your Build Week Looks Like

Once permits and HOA approval are in hand, the schedule is predictable. Week one is excavation and sub-base: we cut the site, compact the aggregate base, and set forms. Week two is the pour, with the vapour barrier and post-tension cables placed before concrete arrives, then tendons stressed once it reaches strength.

Weeks three and four are the cure and surfacing. Concrete needs time, and rushing acrylic onto a green slab is how you get delamination in year two. When it is ready, we acid-etch, apply the resurfacer and colour coats, and stripe to regulation tolerance. Week five is equipment and finishing: net posts set in proper concrete footings, tensioner fitted, fencing and lighting if they are part of your scope, then the walkthrough.

Through all of it you get a daily update from the same crew lead, and the site is swept before anyone leaves. Most of our customers tell us the cleanliness surprised them more than the speed. If you are weighing when to start, why fall is the ideal window to build in DFW covers how weather affects the pour and the cure.