Frequently Asked Questions

An on-site evaluation measures your usable space, grades, and setbacks before any layout is drawn. A half-court basketball setup needs roughly 30 by 50 feet; a pickleball court needs 30 by 60 feet. The evaluation identifies exactly what fits and flags any obstacles that would affect the layout.

Yes. A single surface can carry line markings for basketball, pickleball, and tennis simultaneously. The court dimensions and surface type are chosen to accommodate all the sports you want, and each sport’s lines are painted in a distinct color so they stay readable. See multi-sport court options for layout examples.

Not necessarily. A half-court basketball layout fits in roughly 30 by 50 feet, and a pickleball court fits a similar footprint. Yards smaller than that can still support a practice key or a shooting area. The on-site evaluation determines the most playable layout for whatever space you have.

Plan for at least 3 to 6 feet of clear buffer on every side of the playing surface. That buffer keeps players from running into fences or landscaping and is required for safe ball retrieval. Tighter clearances are workable but limit how freely the space plays.

Modular polypropylene tiles and acrylic-coated asphalt are both engineered for year-round outdoor exposure. They resist UV degradation, freeze-thaw cycles, and heavy foot traffic. Routine cleaning and occasional line-marking touch-ups are typically all that is needed to keep the surface in good playing condition for many years.

Drainage correction, significant grading, tree root removal, and retaining walls are the most common items that add cost beyond the surface itself. The itemised written estimate covers base preparation, surfacing, fencing, lighting, and line marking so there are no surprises after work begins. Most cost increases trace back to site conditions found during the on-site evaluation.

Most backyard basketball court installations come in at $15,000-$35,000, depending on court size, surface type, and base work required. Site conditions like slope, drainage, and soil type also move the number. An on-site evaluation produces an itemised written estimate so you know exactly what you are paying for before any work starts.

Court size, surface material, and base preparation are the three biggest cost drivers. A full concrete pour costs more than modular tile over an existing slab. Sloped or poorly draining yards need more grading work, which adds to the base prep line. Fencing, lighting, and custom line striping each add to the total.

Site prep and base work are included in the project scope, not treated as a separate contract. Every job starts with an on-site evaluation covering drainage and ground conditions. The written estimate then itemises base preparation, surfacing, and any fencing or lighting, so nothing is hidden or handed off to another contractor.

An NBA full court is 94 by 50 feet, but a recreational full court typically runs 84 by 50 feet. A standard half court is 47 by 50 feet. Add at least 3 feet of buffer on each side for safe play. Smaller lots can still fit a 30 by 30 foot shooting area if a regulation half court is not possible.

No. Grass cannot support a stable playing surface. The ground beneath it shifts with moisture and foot traffic, which causes cracking and uneven bounce. The grass and topsoil must be removed, the subgrade graded and compacted, and a proper base installed before any surface goes down.

Concrete is the most durable long-term base and gives the truest ball bounce, but it requires proper thickness and curing. Modular polypropylene tile installs faster, drains through the surface itself, and is easier to repair section by section. Asphalt is a lower-cost alternative but softens in high heat and needs resurfacing sooner. The right choice depends on your budget, soil, and how often the court will be used.

Surface cracks, fading, and rough texture usually mean resurfacing is enough. If water pools after rain, the base has heaved, or cracks run deep and wide, the underlying structure is failing and resurfacing alone will not hold. An on-site evaluation of the base and drainage gives a clear answer before any work is quoted.

Yes, when drainage is corrected at the base stage. Puddles form because the sub-base is uneven or impermeable, not because of the surface coating. Every project starts with a drainage evaluation, and the base is graded and compacted to the correct slope before surfacing begins, so water sheds rather than collects.

Acrylic sport coatings applied over a properly prepared asphalt or concrete base hold up well under continuous daily traffic. The base preparation is the main durability factor, a correctly graded and compacted base prevents the cracking and heaving that shortens surface life. Courts built for schools and HOAs are specified for high-traffic loads from the start.

Fading is gradual and normal over several years of UV exposure; cracking is not inevitable if the base is sound. Courts crack when the sub-base shifts or drains poorly, so base preparation is the primary safeguard. A court built on a correctly graded, well-drained base will resist structural cracking far longer than one where base issues were skipped.

The most common surprises are poor soil that requires deeper excavation, existing base material that must be removed rather than reused, and drainage corrections that were not visible until the site was opened up. Fencing, lighting, and ADA pathway work also add to the base court cost. The itemised written estimate covers each element so there are no hidden additions.

Court size, number of sports, base condition, fencing height, lighting, and site access are the main variables. Larger courts and those requiring full base excavation cost more than resurfacing an existing slab. $35,000-$75,000 is a typical range, but the on-site evaluation and itemised estimate give the accurate figure for your specific site.

Yes, every court build requires site preparation. Without it, the base will shift, water will pool, and the surface will crack within a few seasons. Proper grading, compaction, and drainage work done before the pour is what keeps the finished court stable and level for years.

No. A yard that looks flat to the eye can still have soft spots, uneven soil density, or hidden drainage paths that cause settling under a hard surface. A site evaluation checks grade, compaction, and drainage before any work begins, so problems are caught before they become expensive repairs.

Yes, most sloped yards can accommodate a court with the right grading plan. The steeper the slope, the more cut-and-fill work is needed to create a level pad. An on-site evaluation determines how much grading is required and whether retaining walls are needed to hold the finished grade.

Yes, poor drainage is one of the most common causes of court failure. Standing water softens the base, accelerates surface cracking, and creates unsafe playing conditions. Drainage is assessed during the initial site evaluation, and the base design includes the slope and sub-surface drainage needed to move water away from the court.

The site is graded to a precise cross-slope, typically around 1 percent, so water sheds off the surface without pooling. Laser or transit levels are used to verify the grade before the base is compacted and the surface is applied. A final walkthrough confirms the finished court meets spec before sign-off.

Yes, thorough base preparation is the main factor that prevents settling and cracking. Proper excavation depth, compacted aggregate base, and correct drainage reduce the ground movement that causes surface failure. Skipping or rushing any of those steps is the most common reason courts crack prematurely.

Even coverage depends on fixture placement, mounting height, and beam angle, all calculated before installation. An on-site evaluation maps the court dimensions and identifies any obstructions that could create shadows. Fixtures are then positioned so overlapping beam patterns eliminate dark zones across the full playing surface.

Glare usually comes from fixtures mounted too low or aimed at the wrong angle, while dark spots result from too few fixtures or poor spacing. Both problems trace back to skipping a proper layout plan before installation. A site evaluation that accounts for court size, pole height, and beam spread prevents both issues from the start.

Yes, in many cases lights can be mounted to existing fence posts, but the posts must be structurally sound and set at the right height. An on-site evaluation checks post gauge, depth, and spacing before any fixtures are attached. If the existing structure cannot carry the load safely, new dedicated poles are recommended.

Not necessarily. If the existing fence is structurally intact and correctly positioned, it can often stay. The on-site evaluation checks post depth, panel condition, and gate alignment to confirm what can be kept. Only sections that are damaged, undersized, or incorrectly placed would need to be replaced.

A properly specified and installed court fence is built for repeated ball impact, foot traffic near the perimeter, and weather exposure. The key factors are post depth, gauge of the mesh or chain link, and secure tensioning. Courts that see heavy daily use need heavier-gauge materials and deeper post footings than a lightly used backyard setup.

When additional pole foundations or electrical runs are required, total project cost rises. Most jobs in this range come in at $2,000-$10,000, depending on court size, number of fixtures, and how far the wiring must run from the panel. An itemised written estimate is provided after the on-site evaluation so you see every line item before committing.

Resurfacing repairs address cracking, peeling, surface depressions, faded or worn coatings, and drainage-related bubbling. Structural cracks, uneven spots that cause ball bounce inconsistency, and line markings that have faded to the point of being unreadable are all common targets. The right fix depends on how deep the damage runs beneath the playing surface.

Yes, small cracks widen faster than most people expect. Water enters the crack, expands during temperature swings, and forces the edges apart. A hairline crack that costs little to fill today can become a structural failure that requires full-section replacement within one or two seasons if left alone.

Recurring cracks or peeling almost always point to a base problem that the previous repair did not address. If the sub-base has settled, shifted, or is holding water, any coating applied on top will fail again. A proper repair starts with evaluating drainage and base stability before any surface material goes down.

A correctly executed resurfacing removes trip hazards, levels uneven spots, and restores consistent traction across the playing area. Safety depends on the repair addressing the full extent of the damage, not just the visible surface. An on-site evaluation confirms what work is needed before any commitment is made.

Isolated damage in one or two areas can often be patched without touching the rest of the court. When cracking or coating failure covers more than roughly a third of the surface, or when the base has shifted unevenly, full resurfacing produces a more durable and visually consistent result than patching alone.

No. Court coatings are acrylic-based systems applied in multiple layers over a prepared surface, not standard exterior paint. Applying paint over an unrepaired or unprepared court surface traps moisture, accelerates peeling, and can create a slippery finish that raises safety concerns. Surface prep and the right coating system are what make the finish last.

Most multi-sport court projects in the Charlotte area come in at $15,000-$35,000, depending on court size, surface type, base preparation, and whether fencing or lighting is included. An on-site evaluation produces an itemised written estimate so you see every cost before committing.

Court size, surface material, and base preparation have the biggest impact on price. Adding fencing, lighting, or multiple sport line markings each adds to the total. Poor drainage or significant grading work on your site will also raise the base preparation cost before surfacing begins.

Most residential properties in the Charlotte area can accommodate at least a half-court, which needs roughly 30 by 25 feet of usable space. Setback rules, HOA covenants, and drainage conditions all factor in. An on-site evaluation confirms what your specific lot can support before any work is planned.

A regulation full basketball court is 94 by 50 feet; a half-court needs about 47 by 50 feet. Multi-sport layouts for basketball and pickleball combined typically require at least 60 by 30 feet. An on-site measurement confirms whether your yard fits the layout you have in mind, or whether a scaled version makes more sense.

A hoop on an existing slab is cheaper upfront but limits what you can play and may not hold up if the slab is cracked or sloped incorrectly. A purpose-built court gives you a consistent, sport-specific surface with proper drainage and room for multiple games. If the slab is in good condition and sized right, resurfacing it is a middle option worth considering.

A half-court with a modular tile surface over a compacted gravel base is typically the lowest-cost starting point. Skipping fencing and lighting at first also reduces the initial outlay. Both can be added later. An itemised estimate lets you see exactly where the money goes so you can phase the build to fit your budget.

Most pickleball court installations in the Charlotte area come in at $20,000-$25,000, depending on site conditions, surface type, and whether fencing or lighting is included. A flat, already-graded lot costs less than a sloped yard needing significant base work. An on-site evaluation produces an itemised written estimate so you know exactly what drives the number.

Often yes, but it depends on the slab’s size, condition, and slope. A standard pickleball court is 20 by 44 feet, and the slab must drain at a consistent 1 percent grade without low spots. Cracks or heaving sections usually need repair before acrylic surfacing is applied. An on-site evaluation confirms whether conversion or a new pour is the better path.

The playing surface is 20 by 44 feet, but USA Pickleball recommends a total footprint of 30 by 60 feet to allow safe out-of-bounds space on all sides. Plan for at least that full 30-by-60 envelope before committing to a layout.

The minimum recommended footprint is 30 by 60 feet, which gives 10 feet of buffer on each end and 5 feet on each side. If your usable flat area is close to that, an on-site evaluation can confirm whether grading or minor regrading can make it work.

Concrete is harder, more dimensionally stable, and less prone to surface softening in summer heat, making it the preferred base in Charlotte’s climate. Asphalt costs less upfront but can soften and rut under heavy sun and requires resurfacing sooner. Both work when built correctly; concrete simply holds up longer under regular play.

Correct base compaction and a consistent 1 percent drainage slope built in from the start prevent nearly all of these issues. Courts that develop low spots or bounce irregularities almost always trace back to inadequate base prep or poor drainage design. Getting the sub-base right the first time is the only reliable fix.

Most tennis court installations in the Charlotte area come in at $20,000-$45,000, covering base preparation, surfacing, fencing, line marking, and lighting where specified. Every project starts with an on-site evaluation and an itemised written estimate so you see exactly what each line item covers before any work begins.

Site prep costs rise when the ground needs significant grading, soil removal, or drainage work before a stable base can be laid. Skipping or cutting corners on this stage leads to cracking and water pooling later, so the prep cost is directly tied to the long-term condition of the surface.

A regulation singles court measures 78 by 27 feet, but you need a total footprint of roughly 120 by 60 feet to include run-off space on all sides. Doubles play requires a court 36 feet wide, pushing the recommended total area to about 120 by 66 feet.

It depends on whether your usable flat area is at least 120 by 60 feet after accounting for setbacks, slopes, and existing structures. An on-site evaluation measures the actual available space, checks grade changes, and confirms whether grading can open up enough room if the lot is close to the minimum.

An asphalt base with an acrylic hard-court surface is typically the lowest upfront option for a full-size court. Reducing fencing to a basic chain-link spec and deferring lighting also lowers the initial cost, though both can be added later. Cutting base depth to save money is the one area where short-term savings reliably create expensive repairs within a few years.

A well-built tennis court adds measurable appeal to larger residential lots and estate properties, particularly in areas where outdoor amenities are a selling point. The value added depends on lot size, neighborhood norms, and court condition at time of sale. A court in poor repair can work against a sale, so ongoing maintenance matters.

Yes. Most tennis courts can take pickleball lines and net posts without touching the existing surface, fencing, or base. The scope depends on surface condition and whether you want a shared layout or a dedicated pickleball setup. An on-site evaluation confirms exactly what needs to change and what can stay.

A shared layout is a genuine option. One standard tennis court fits up to four pickleball courts, and color-coded line marking keeps both sports readable at the same time. A full conversion makes sense only if you no longer want tennis at all. The right choice comes down to how you plan to use the space.

The base, fencing, and lighting typically stay untouched. The surface stays too, unless it has cracks or wear that need repair first. What changes is the line marking and, in most cases, the net height or net posts. A site evaluation identifies anything that needs attention before lines go down.

Both are possible. Permanent painted lines are more durable and easier to read during play. Temporary tape lines cost less upfront but wear quickly, peel in heat, and need regular replacement. If you use the court regularly, permanent lines are the more practical long-term choice.

No, not always. On a shared court, tennis lines stay and pickleball lines are added in a contrasting color so each sport reads clearly. On a full pickleball-only conversion, the surface is typically repainted or resurfaced so the old lines disappear cleanly. The approach depends on your intended use.

A standard tennis net is 36 inches at the posts and 34 inches at center, while a pickleball net sits at 34 inches at the posts and 34 inches at center. The difference is small, but it affects play. A center strap can lower a tennis net to the correct height, or dedicated pickleball posts can be installed alongside the existing ones.

No. Tell us the site and the sport, pickleball, basketball, tennis, or multi-sport, and the builder will assess what the ground can support. If you are undecided, the on-site evaluation is the right place to work that out, not before it.

The builder checks soil conditions, natural slope, and drainage before writing anything down. In the Charlotte area, red clay soil often needs specific grading and sub-base depth to prevent pooling and cracking. Those findings go directly into the written estimate.

Surface cracks let water into the base layer. Once moisture reaches the sub-base, freeze-thaw cycles expand the damage and the repair scope grows significantly. A court that needs a recoat today can need full base replacement if left another season.

Permitting requirements vary by municipality across the Charlotte area. The builder accounts for local permit requirements in the written scope so there are no surprises after work starts.

Yes. Resurfacing and repair for worn or cracked courts follow the same process, on-site assessment first, itemised written scope second, work third. The builder confirms whether the existing base can be resurfaced or needs repair before any cost is quoted.

We arrange vetted independent local court builders who carry out the on-site work. We handle the enquiry, coordinate the evaluation, and make sure the full scope is in writing before anything is booked.

Yes. A court needs a stable, level base with proper drainage so the surface stays playable and does not settle unevenly. Skipping prep is the most direct cause of pooling water, surface cracks, and a court that feels off underfoot within the first few seasons.

Small cracks, faded lines, and a worn top coat usually point to resurfacing. Widespread cracking, sinking spots, or standing water after rain typically mean the base needs more work. A surface inspection determines which applies before any estimate is written.

Yes. A multi-sport layout uses regulation striping for basketball, pickleball, and tennis on a single surface. The builder sizes the court to the available space and marks each sport’s lines in a distinct color so they are easy to read during play.

The estimate itemises every phase separately, base preparation, acrylic surfacing, fencing, lighting, and line marking. Nothing is bundled into a lump sum, so you can see exactly where costs sit before any work is booked or any commitment is made.