(303) 569-4046 Serving Denver & the Front Range Licensed, Bonded & Insured
Go Denver Concrete
Pickleball Courts in Aurora, Colorado
Aurora, Arapahoe County

Aurora Pickleball Court Contractors

Half the courts we build here replace something that was already sitting on the ground.

Court projects in this city arrive from two very different kinds of property. The newer master-planned side, out around Southshore, Tallyn's Reach, and Saddle Rock, usually has room to work with: an amenity parcel with grass on it, a reserve balance, and a decision to make about how many courts to build. Established communities closer to Sterling Hills, Murphy Creek, and Tollgate Crossing have the opposite situation. There is no spare land, but there is a tennis court that gets used twice a summer, or a cracked sport court slab from another era sitting behind the clubhouse.

Those two starting points produce completely different jobs. One is earthwork and a fresh slab. The other is a judgment call about whether the concrete already on the ground is worth keeping, and getting that call right matters more than anything a fencing bid will tell you.

What each kind of site brings to the job

Open ground is the easier problem, not the cheaper one. Topsoil has to come off and go somewhere. Irrigation has to be found, capped, and rerouted. The pad gets cut flat across an area big enough that a mild slope becomes a real cut-and-fill exercise, and anything sitting on new fill needs that fill placed in lifts and tested. Skip it and you get a court that plays fine for two seasons, then grows a low corner nobody can coat away.

Conversions are cheap when the existing slab is sound and expensive when it is not, and you cannot tell by looking. So we core it or cut test squares. Thickness, reinforcement, and whether cracks move vertically decide everything. A slab that is still working telegraphs every crack through the new surface inside a year, and the association has bought a repainted problem.

Apartment and employer properties add a third wrinkle: the court has to connect to the rest of the site. An accessible route, drainage that does not run onto the playing surface, and enough separation from parking that a ball does not end up under a car.

Where the court is going, and what the site demands

Five starting points and what each one adds to the concrete scope
Starting pointWhat the site puts in the wayWhat we plan for it
Open amenity parcel, nothing built on itTopsoil, buried irrigation, and a grade that has to be cut flatStrip and stockpile topsoil, reroute irrigation, build the pad in compacted lifts
Tennis court being convertedA slab of unknown thickness with cracks that may still be movingCores or test cuts first. Sound slab gets an overlay, a moving slab comes out.
Old asphalt sport courtAsphalt that has already proven it moves with the seasons hereFull removal. Coating a surface that is still working is money spent twice.
A corner of an existing parking lotTraffic separation and drainage designed to run water across the areaIsolate the court from lot pavement, reshape the drainage around it, pour independently
A sloped or terraced areaCut and fill, so part of the slab sits on native ground and part on new fillEngineered fill compacted and tested, with reinforcement continuous across the transition
Weighing a conversion against a new pad?

Send photos of the existing surface and the crack pattern. We will tell you whether that slab is worth keeping before anybody spends money on a design.

20 x 44the striped playing area, in feet
30 x 60the smallest total pad we will recommend around it
5"slab depth under a court that hosts league play
1%planned slope so water leaves the surface

Sun, hail, and what our winters ask of a court

A court is a large, thin, unshaded slab, which is close to the hardest thing you can ask concrete to do here. UV at this elevation fades acrylic color faster than people expect, so a court that read deep blue in year one looks washed out by year five. That is maintenance, not a defect.

Hail hits courts harder than most flatwork because nothing is over them. Cured concrete shrugs it off; a fresh pour does not, which is why a court slab goes down early in the day with cover staged nearby. Freeze and thaw work the surface all winter, and water standing on a court sits through dozens of cycles. So we build slope in, even though players would rather have it dead flat.

Concrete and coating have different windows. We can place the slab spring through fall, but acrylic surfacing wants warm, dry weather and a properly cured slab, so a late-season pour usually means playing the following spring.

What we settle before the pad is formed

  • Court count and layout, including whether to build the pad now for courts added later
  • Orientation, which players will notice every evening for the life of the court
  • Net post sleeve locations set from the striping layout, not guessed at afterward
  • Where water arrives from and where it leaves, including the area around the fence line
  • Fence post footings, gate swing, and whether posts go in before or after the slab
  • Conduit for lighting run under the slab, since retrofitting it means cutting the court
  • An accessible route from parking or the walk system to the court gate
  • Which surfacing contractor is coating it and what they require from the concrete
Boards ask about the coating color at the first meeting and about the slab at the last one. It should run the other way. Nobody has ever complained about a color that was one shade off. They complain about a puddle at the kitchen line.What the crew sees on site
Aurora Pickleball Courts

Pickleball Courts in Aurora

Still unsure about something?

Call the crew at (303) 569-4046 and we will talk it through.

When the existing slab passes, yes, and by a lot, because you skip earthwork, base, and most of the concrete. When it fails, a conversion becomes a removal plus a new build, which costs more than open ground would have. So we test before anyone budgets.

Thickness, reinforcement, and crack behavior. We core it or cut a test square, look at what is under it, and check whether the cracks have vertical offset or open and close seasonally. Tight, stable cracks in a slab of adequate thickness can be repaired and overlaid. Anything with movement across it will reappear through the coating.

Flatter than an ordinary exterior slab, and most surfacing contractors will hand you a tolerance in writing. The practical standard is that no low spot holds water after it drains. We finish to a laser-verified grade with the slope built in and check with a straightedge before we leave.

Give the concrete a full cure first, generally around a month, and longer if the weather has been cold. Coating green concrete traps moisture under an acrylic film and causes blistering and adhesion failure. The surfacing crew also needs warm, dry days to work, so a September pour usually means a spring coating.

Standing water, harsh deicers, and metal. Water that cannot leave freezes into every hairline. Ice melt attacks the coating and the concrete under it, so shovel with a plastic blade and skip chemicals. Metal chairs and anything dragged across leave marks the coating never recovers from.

The court footprint plus a working perimeter, several weeks on a new build once you count earthwork, forming, placement, cure, and surfacing. Conversions run shorter. We keep the rest of the amenity area reachable and put phase dates on paper, so the board can tell residents something specific.

On a commercial or multifamily property, plan on it. A court that people can get to only across grass or up a curb is a problem waiting to be raised, and adding the route later usually means cutting into work you just paid for. It is a short run of walk with slope limits on it, and building it with the court is far cheaper.
Finished concrete project at a Colorado home

Need Pickleball Courts in Aurora?

Get a free, no-obligation estimate from a crew that knows Colorado soil, Colorado weather, and how to finish concrete that lasts.