Frequently Asked Questions

Most residential court fences in Atlanta require a zoning or building permit, especially once the fence exceeds 6 feet. Fulton County and City of Atlanta rules both apply depending on your address. Submit your site plan and fence height to the relevant permitting office before any posts go in the ground.

A 10-foot fence along the sides and a 12-foot fence behind the baselines is the standard for pickleball. That height catches lofted shots and overhead smashes that a standard 6-foot fence lets through. Courts near a street or neighbor’s yard often benefit from the taller baseline height on all four sides.

Yes, in most cases. A site evaluation checks the court perimeter, existing surface edges, and any drainage or grade issues before a layout is drawn. If the slab or surface extends to a usable boundary, fence posts can typically be set without altering the playing area.

Atlanta-area setback rules vary by municipality and zoning district, but residential fences commonly require a setback of at least 2 to 6 inches from the property line. Some jurisdictions allow placement at the line itself. A survey of your lot and a check with your local zoning office will give you the exact figure before installation.

City of Atlanta code generally requires fences to sit behind the property line, which itself sits back from the public sidewalk right-of-way. That gap is typically 5 to 10 feet from the sidewalk edge, though it varies by street classification. Confirm the right-of-way boundary with your local planning department before finalizing the fence line.

Existing gate openings can usually be incorporated into the new fence layout. The site evaluation maps current access points and checks whether the existing gate frames, posts, and hardware are structurally sound enough to reuse. Openings that are too narrow for equipment access or ADA clearance can be widened during installation.

Yes. Existing tennis court slabs are a common base for new fencing, and the perimeter dimensions work well for pickleball use too. The site evaluation checks the slab edge condition and any existing post sleeves before the new fence layout is drawn. See tennis-to-pickleball conversion if you also want to restripe the court.

Replace when more than 20 to 30 percent of posts are leaning, rusted through, or set in failed concrete. Patching isolated sections on an otherwise sound fence is cost-effective, but a fence with widespread post failure or corroded mesh will need the same repairs again within a few seasons. The site evaluation identifies which category your fence falls into.

Chain link is the most common court fencing material because it is durable, low-maintenance, and allows airflow that reduces wind load on posts. Galvanized or vinyl-coated 11-gauge mesh at 2-inch openings is the standard spec for pickleball. Welded wire and powder-coated steel panels are alternatives if aesthetics or privacy matter more.

DIY court fencing is possible for a simple rectangular layout on flat ground, but post spacing, footing depth, and tension-wire alignment all affect how the fence performs over time. Errors in post setting are the leading cause of leaning fences within a few years. Permit requirements in Atlanta also typically require a licensed contractor for structures over 6 feet.

The site evaluation covers property line setbacks, underground utilities, soil type, existing slab or surface edges, drainage patterns, and gate placement. Any permit requirements are identified at this stage. The written proposal that follows lists every line item so there are no surprises once work begins.

A standard single-court fence installation typically takes one to three days once permits are in hand and materials are on site. Concrete footings need 24 to 48 hours to cure before tension wire and mesh are hung. Complex layouts with multiple gates or significant grade changes add time.

Post holes are the main source of disruption, each leaving a small mound of displaced soil. On a standard court perimeter that means 20 to 30 holes, each roughly 10 inches wide and 36 to 48 inches deep. Excess soil is removed or graded back, and the area around each post is cleaned before the walk-through inspection at sign-off.

Yes, new post footings are required for any new fence installation. Posts are set in concrete at a depth that meets local frost and load requirements, typically 36 to 48 inches in the Atlanta area. Existing post sleeves in a slab can sometimes be reused if they are the correct diameter and spacing.

Rocky or clay-heavy soil that slows digging, a sloped lot requiring raked or stepped fence sections, extra gates, taller fence heights above 10 feet, and permit fees all push the final number up. The written, itemised proposal provided after the free site evaluation breaks out each of these factors before any work is booked.

No. The on-site evaluation and the written, itemised proposal are both free. The proposal lists base and surfacing options separately, with fencing as its own line item, so you can see exactly what each element costs before committing.

Yes, both factors affect the total. Taller fence sections use more mesh and require heavier posts with deeper footings. A non-rectangular layout adds corner posts and custom tension-wire runs. These variables are priced as separate line items in the written proposal so you can compare options clearly.

A properly sized fence keeps the vast majority of balls in play. A 10-foot side fence and 12-foot baseline fence catch nearly all shots, including high lobs. Gaps at gate frames or sagging mesh are the most common failure points, which is why the walk-through inspection at sign-off checks tension and alignment on every section.

Leaning almost always traces back to post footings that are too shallow, too narrow, or set in soil that has shifted. Atlanta’s clay-heavy soil expands and contracts with moisture, which works shallow footings loose over time. Rust at the post base, where the steel meets the concrete, is the other common cause.

Georgia law treats a fence on a shared property line as jointly owned, meaning neither party can remove it without the other’s consent. If the fence sits entirely on your property, your neighbor has no legal right to remove it. A survey confirming the fence location is the clearest way to establish ownership before any dispute escalates.

It depends on local zoning. Most Atlanta-area residential zones cap side and rear fences at 6 feet without a variance, but some districts allow up to 8 feet. Your neighbor would need a permit for anything above the standard height limit, and the permit process includes a setback review.

A fence that violates setback rules can trigger a code enforcement order requiring removal or relocation at the owner’s expense. In some cases a neighbor can seek an injunction. Getting a survey and confirming setbacks before installation is the only way to avoid that outcome.

Post footing depth, concrete mix, post gauge, and mesh tension are the four factors that determine long-term stability. The walk-through inspection at sign-off checks all of these before the job is closed out. Asking for the post specification and footing depth in writing before work starts gives you a clear benchmark to hold the installer to.

Raked chain link, where the mesh follows the slope continuously, works well on gradual grades. Stepped sections suit steeper drops and keep the fence height consistent above grade. The site evaluation measures the grade change across the perimeter and recommends which approach minimizes gaps at the base while keeping post depths consistent.

Yes, but drainage should be addressed before or alongside the fence installation. Standing water around post footings accelerates concrete deterioration and post corrosion. The site evaluation flags drainage issues so they can be factored into the proposal rather than discovered after the fence is already in the ground.

Deeper footings and a wider concrete bell at the base resist the heave that Atlanta clay causes during wet and dry cycles. Posts set at 42 to 48 inches with a flared footing bottom stay stable where shallower posts fail. Galvanized or powder-coated steel also resists the surface rust that clay moisture accelerates.

A flush-post layout with no outriggers keeps the fence footprint tight to the court edge, recovering several inches on each side compared to a standard brace-post setup. Shorter 8-foot fence sections on the sides, with taller panels only behind the baselines, also reduce the visual mass on a constrained lot.

If you notice uneven brightness, dark corners, flickering fixtures, or players struggling to track the ball at night, the lighting system needs attention. Older metal halide or fluorescent setups often degrade unevenly over time. A free on-site evaluation can confirm whether the issue is failing fixtures, poor placement, or an undersized electrical feed.

Dark spots usually mean the fixtures are aimed incorrectly, spaced too far apart, or mounted at the wrong height for the court dimensions. A single pole position that is off by a few feet can leave a full quadrant underlit. Proper photometric planning before installation maps the beam spread across the entire surface to eliminate those gaps.

Glare shows up when players look toward a fixture and lose sight of the ball, or when the light source is visible directly in the line of play. Fixtures mounted too low, aimed at too shallow an angle, or lacking proper shields are the usual causes. Correctly aimed LED fixtures with full-cutoff housings direct light downward onto the surface, not into players’ eyes.

Adding fixtures only helps if the existing poles, wiring, and circuit capacity can support them. If the root cause is poor pole placement or an underpowered feed, extra lights will not solve the problem and may overload the circuit. An on-site evaluation identifies whether targeted additions or a full redesign is the right path.

Full replacement makes sense when the existing poles are in the wrong positions, the wiring is undersized, or the fixtures are an older technology that cannot meet current foot-candle standards. Patching an outdated layout often costs more over time than starting fresh with a properly designed LED system. A written, itemised proposal will show both options side by side so you can compare costs directly.

Court lighting involves load calculations, conduit burial, pole setting, and precise fixture aiming, work that goes beyond general handyman scope. Incorrect wiring can create safety hazards, and fixtures aimed without photometric data will leave uneven coverage. A court lighting installer handles the electrical, structural, and optical elements as a single coordinated scope.

A standard installation covers pole supply and setting, underground conduit and wiring runs, fixture mounting, aiming, and connection to the electrical panel. The scope is confirmed in a written, itemised proposal before any work begins, with lighting listed as its own line item separate from surfacing or fencing. A walk-through inspection with you closes out the job before sign-off.

Yes. A complete installation covers pole setting, underground conduit, wiring to the panel, fixture mounting, and final aiming to match the photometric plan. Each element is listed separately in the written proposal so you can see exactly what is included and what it costs before work starts.

Starting from scratch means trenching for conduit, setting poles in concrete footings, running wire from the panel, mounting fixtures, and aiming them. It is the most involved scope, but it also gives the most control over pole placement and circuit sizing. Everything is scoped and priced in the itemised proposal before any digging begins.

A single-court installation with new poles and wiring typically takes one to two days once materials are on site. More complex jobs involving longer conduit runs, panel upgrades, or multiple courts take longer. Your written proposal will include a timeline so you know what to expect before work is scheduled.

The court surface is inaccessible during installation, primarily while footings cure and conduit is buried. Most single-court jobs are complete within one to two days. The timeline in your written proposal will show the specific window so you can plan around it.

Full-cutoff LED fixtures aimed correctly keep light on the court surface and minimize spill beyond the boundary. Pole placement and fixture shielding are planned during the on-site evaluation with neighboring properties in mind. Atlanta-area residential zones often have light-trespass limits, and the layout is designed to stay within them.

Yes, pole positions and fixture aiming angles are planned around your specific court orientation during the free on-site evaluation. North-south oriented courts and east-west courts require different pole placements to avoid glare along the line of play. The photometric plan accounts for your exact layout before any hardware is ordered.

For a standard pickleball court, poles are typically set 18 to 20 feet high and positioned outside the court boundary to keep the playing area clear. Exact placement depends on your lot dimensions, setback requirements, and the beam spread of the chosen fixtures. The on-site evaluation determines the right configuration for your specific property.

Recreational backyard courts and competitive community courts have different foot-candle requirements. A recreational setup typically targets 30 foot-candles at the surface; competitive play calls for 50 or more. The on-site evaluation matches the fixture count, wattage, and pole layout to your court size and how you intend to use it.

More lumens only help when the light is distributed evenly and aimed to avoid glare. A high-wattage fixture pointed at the wrong angle can make play worse, not better. Consistent foot-candle coverage across the full surface, with no hot spots or dark zones, is what improves visibility and reduces eye strain during play.

Compare foot-candle uniformity across the surface, fixture color rendering index (CRI 70 or higher is standard for sport courts), pole height, energy draw, and whether the layout meets any local ordinance limits on light trespass. Your written, itemised proposal breaks out each component so you can evaluate options against each other on a like-for-like basis.

Even coverage without glare comes from mounting fixtures at the correct height, using full-cutoff housings, and spacing poles so beam patterns overlap without creating hot spots. Photometric planning before installation maps the expected foot-candle distribution across every zone of the court. That plan is reviewed with you before any hardware is ordered.

If the on-site evaluation uncovers a panel upgrade, longer conduit runs, or additional circuit capacity, that work is scoped and priced in the written proposal before anything starts. Nothing is added to the job without your sign-off. You will not encounter surprise charges mid-installation because the itemised proposal locks in the scope upfront.

Coverage is confirmed through photometric planning before installation, which maps foot-candle levels across every zone of the court surface. After installation, the installer walks the court with you before sign-off to verify even coverage and correct any aiming issues on the spot. That walk-through is a standard part of every job.

The walk-through inspection before sign-off is specifically designed to catch this. If dark spots are visible during that inspection, fixture aiming is adjusted before the job is closed out. Identifying and correcting coverage gaps at that stage is far simpler than returning after the job is complete.

A free on-site evaluation produces a written, itemised proposal with a timeline before any work is booked. That proposal shows pole placement, fixture count, and the full scope of electrical work so you can review the plan in detail. Nothing is committed until you are satisfied with what is on paper.

LED fixtures specified for outdoor sport courts carry IP65 or higher ingress protection ratings, meaning they are sealed against dust and direct water jets. Atlanta’s heat and humidity are accounted for when selecting fixture housing materials and conduit sealing methods. The on-site evaluation confirms the right spec for your site conditions.

Sloped lots affect pole footing depth and conduit routing, and drainage issues influence where conduit can be buried safely. Both factors are assessed during the free on-site evaluation. The written proposal then reflects the actual site conditions rather than a generic flat-lot assumption.

All underground wiring runs through buried conduit rated for direct burial or wet locations, with sealed junction boxes at every connection point. Fixtures use weatherproof housings rated for outdoor exposure. Surge protection at the panel is also part of the scope when the site evaluation identifies a need for it.

It depends on whether the existing panel has an open circuit of sufficient amperage and whether conduit can be routed to the court without major excavation. Many older properties can support court lighting with a dedicated circuit and a straightforward conduit run. The on-site evaluation checks panel capacity and routing options before any costs are committed.

Yes, every crack must be filled and cured before coating is applied. Coating over open cracks traps moisture underneath, which accelerates cracking and causes the new surface to peel. Skipping this step means the coating fails within one or two seasons rather than lasting its full service life.

Cracks grow because water enters the gap, expands when it freezes or heats, and forces the edges apart. In Atlanta’s climate, repeated summer heat cycles do the same damage without freezing. Once a crack reaches the base layer, soil movement underneath accelerates the spread. Early repair stops that cycle before the base is compromised.

Yes. Cracks are routed, cleaned, and filled with a flexible filler that is tooled flush with the surrounding surface. Once the coating layers go on, the repaired area sits level with the rest of the court. A proper fill eliminates the lip that catches feet or deflects a low bounce.

A correctly filled and coated crack blends into the finished surface. Hairline repairs become nearly invisible under full-color coating. Wider repairs may show a faint line in raking light, but the surface color and texture will be consistent across the court. The installer walks the court with you before sign-off so you can confirm the result.

No. Peeling paint and dirt must be removed before any coating is applied. Coating over loose material bonds to the old layer, not the substrate, and will peel again quickly. Pressure washing and mechanical prep are part of the process, not optional extras.

Acrylic court coatings are formulated for both asphalt and concrete substrates. The prep steps differ slightly between the two, and the written proposal will specify which system applies to your surface. Both result in a UV-stable, textured playing surface suited to pickleball.

Prep includes pressure washing, removal of loose or peeling material, crack routing and filling, and a final surface inspection before the first coat is applied. The written proposal itemises each prep step separately so you know exactly what is covered before work begins.

A free on-site evaluation covers the substrate type, crack depth and width, drainage patterns, and the condition of any existing coating. That inspection drives the written, itemised proposal. Nothing is scheduled until you have reviewed the scope and timeline in writing.

Acrylic court coatings leave a consistent, lightly textured surface that provides grip without roughness. Filled cracks are tooled flush before coating, so there are no ridges underfoot. The installer walks the court with you at completion so you can check the feel and finish before signing off.

Most acrylic coatings are dry to foot traffic within 24 hours under normal Atlanta summer conditions. Full cure for rolling equipment or heavy use typically takes 48 to 72 hours. The timeline in your written proposal will reflect the specific products used and the forecast weather at the time of application.

If cracks are isolated and the rest of the surface is sound, targeted crack repair plus a full recoat is the right approach. If cracking is widespread across the slab, patching individual spots leaves the surrounding surface uncoated and the problem returns quickly. The on-site evaluation identifies which scope makes sense for your court.

No. Crack repair addresses surface and shallow structural cracks without touching the base. A full rebuild removes the existing slab and reconstructs the sub-base and surface from scratch. Crack repair is appropriate when the base is still stable; a rebuild is needed when the base has failed. The on-site evaluation determines which applies.

DIY crack fillers and hardware-store sealers are not formulated for court surfaces and often trap moisture or shrink, making the crack wider over time. A handyman patch applied without routing the crack edges will debond within one season. Starting with a proper repair costs less than redoing failed DIY work before the real fix can begin.

Most residential court crack repair and coating projects come in at $500-$2,000, depending on court size, crack severity, and the number of coating layers specified. You receive a written, itemised proposal after the free on-site evaluation, with base prep and coating priced as separate line items.

The main cost drivers are court size, the number and depth of cracks, the condition of the existing surface, and how many coating layers are specified. Extensive peeling or a heavily contaminated surface adds prep time. The written proposal breaks each element into its own line item so you can see exactly what you are paying for.

Yes. The written, itemised proposal lists surface cleaning, crack filling, and all prep steps as separate line items alongside the coating work itself. Nothing is bundled into a single number, so you can see the cost of each phase before agreeing to any work.

No coating bonds reliably to a dirty or loose surface. That is why pressure washing and removal of all peeling material are required steps before any filler or coating is applied. Skipping prep is the single most common reason court coatings fail early, so it is never treated as optional.

Cracks can return if the underlying soil continues to shift or if water infiltration was not fully addressed during repair. A flexible filler reduces the chance of re-cracking at the same spot, but no surface repair eliminates movement in an unstable base. The on-site evaluation identifies base issues before work begins so expectations are set accurately.

Our partners are vetted independent local contractors. Insurance requirements are confirmed during the vetting process. Ask your assigned partner for their current certificate of liability insurance before work starts, which any legitimate contractor will provide without hesitation.

Yes. Acrylic court coatings are specifically designed to produce a consistent, playable surface. Cracks are filled flush, and the coating layers build a uniform texture across the entire court. The installer walks the court with you at completion so you can confirm the surface meets your expectations before sign-off.

Crack repair addresses the surface symptom, not the soil movement causing it. A flexible filler accommodates minor seasonal expansion and contraction, but significant ongoing soil movement will eventually re-open the crack. If the on-site evaluation finds active base instability, that issue needs to be resolved before surface repair makes sense.

Acrylic court coatings formulated for outdoor use are UV-stable and moisture-resistant, making them well suited to Atlanta’s climate. Lifespan depends on traffic volume, maintenance, and whether prep was done correctly. A seasonal maintenance package extends coating life by catching surface wear before it becomes structural damage.

Drainage problems must be resolved before crack repair and coating can hold. Water pooling under or around a repaired crack will undermine the filler and cause the coating to delaminate. The on-site evaluation flags drainage issues, and the proposal will note whether grading or drainage work is needed before surface repair begins.

Crack repair makes sense when the slab is structurally sound and cracking is limited. On an older court with widespread surface deterioration, full resurfacing addresses the entire playing surface rather than individual problem spots. The on-site evaluation determines which approach gives the better long-term result for your specific court.

Most pickleball court privacy fences run 8 to 10 feet tall. That height stops most errant balls and blocks sightlines from neighboring properties. Courts in open or elevated settings sometimes go to 12 feet. The right height depends on your lot grade, surrounding structures, and any local height restrictions.

A solid fence at 10 feet stops the vast majority of shots, but high lobs can still clear it. No fence height eliminates every errant ball. Pairing a solid lower panel with a taller mesh or windscreen extension above it gives you ball containment without the full visual weight of a solid 12-foot wall.

It can, if the fence is placed too close to the baseline or sideline. Standard clearance is at least 10 feet behind each baseline and 5 feet on the sides. Keeping those buffers and choosing a lighter-colored or partially open panel design reduces the enclosed feeling without sacrificing privacy.

That is confirmed during the free on-site evaluation before any work is booked. The installer measures your available footprint, notes setback requirements, and maps the fence line to your exact court dimensions. The written proposal shows the layout so you can review it before committing.

Yes. Retrofitting privacy fencing onto an existing court is straightforward as long as the surrounding ground is stable and there is enough clearance around the playing surface. Post footings are set outside the court perimeter, so the surface itself is not disturbed. An on-site visit confirms whether any prep work is needed first.

No. A windscreen is a mesh fabric attached to chain-link fencing; it reduces wind and limits visibility but is not a structural barrier. A privacy fence uses solid or semi-solid panels set in concrete footings, providing full visual screening, better sound buffering, and a more permanent perimeter than a windscreen alone.

Before panels go in, the installer checks property lines, local setback rules, underground utilities, soil stability, and existing drainage patterns. Any HOA covenants or permit requirements are also identified at this stage. The free on-site evaluation covers all of these so nothing surfaces as a surprise mid-install.

A solid fence placed within a few feet of the court edge can cause balls to rebound back into play unexpectedly. Maintaining the recommended clearance buffers eliminates that problem. Panel material also matters: smooth, hard surfaces reflect more than textured or mesh-topped designs, so material choice is part of the layout discussion.

A temporary screen works for short-term privacy or seasonal use, but it degrades faster, offers no structural wind resistance, and does not add property value. A permanent fence with concrete footings lasts decades with minimal upkeep. If the court is a long-term fixture, the permanent option is the more cost-effective choice over time.

Privacy fencing suits all three settings, but the design requirements differ. Residential yards prioritize aesthetics and neighbor relations. HOA and community courts often need a specific material or color to match existing standards. Commercial properties focus on durability and low maintenance. The on-site evaluation scopes the right solution for your specific context.

Vinyl and aluminum panels need little more than an annual wash and a check of post footings. Wood requires periodic sealing or staining, typically every two to three years in humid climates. Hardware like gate hinges and latches should be inspected yearly and lubricated to prevent corrosion, especially in areas with heavy rainfall.

A hybrid design works well: solid panels from ground level to about 6 feet for privacy, topped with open mesh or spaced pickets up to 10 feet for airflow and light. This blocks sightlines from standing neighbors while keeping the court from feeling like an enclosed box during play.

Grading, tree root removal, or utility relocation can add to the project scope and affect the final cost. The written, itemised proposal lists fencing as its own line item and calls out any prep work separately, so you see exactly what each element costs before work begins.

A standard single-court perimeter typically takes two to four days from post setting to panel installation, assuming no major site prep is needed. Concrete footings require a cure period before panels are hung. The written proposal includes a timeline so you know the schedule before any work is booked.

Yes, if solid panels are placed too close to the sidelines or baselines. A hard surface within a few feet of the court edge creates unpredictable rebounds. Keeping standard clearance buffers and using textured or partially open panels near play zones minimizes any effect on ball behavior during a game.

Install after the court layout is finalized. Fence post positions depend on exact court dimensions and clearance buffers. Installing before the layout is set risks misaligned posts that either crowd the playing surface or leave awkward gaps. If the court is still being planned, use that time to get the on-site evaluation done.

Panel material, fence height, total linear footage, gate count, and site prep requirements are the main cost drivers. Most projects come in at $11-$17 per linear foot, with vinyl and aluminum at the higher end and chain-link with privacy slats at the lower end. The itemised proposal breaks each element out separately.

In most Atlanta-area jurisdictions, fences above 6 feet require a building permit, and any fence in an HOA community needs board approval before installation. Requirements vary by municipality and subdivision. The on-site evaluation identifies what approvals apply to your property so you can secure them before the install date.

A misaligned fence layout is caught before installation because the installer walks the court with you before sign-off. The written proposal includes the fence line mapped to your court dimensions, giving you a chance to review and flag any discrepancies before a single post is set.

Our partners are vetted independent local installers who carry their own liability coverage. Any issues identified at the final walk-through are addressed before sign-off. For concerns that arise after completion, contact us directly and we will connect you with the installing partner to resolve the issue.

Aluminum and vinyl panels hold up best in humid, wet conditions. Neither rusts, warps, or requires periodic sealing. Pressure-treated wood is a viable middle option but needs regular sealing to resist moisture. Standard chain-link with galvanized coating also performs well but provides less visual privacy than solid panel alternatives.

Yes. Stepped or racked panel installations follow the slope of the ground, keeping the gap at the base consistent and small. Stepped panels work in sections on steeper grades; racked panels flex continuously on gradual slopes. The right method depends on the degree of slope, which is assessed during the on-site evaluation.

It can, but tight lots leave little room for the recommended clearance buffers around the court. A narrower fence profile, such as aluminum pickets with privacy slats rather than thick wood panels, helps maximize usable space. The on-site evaluation will show whether your footprint can accommodate a full perimeter or a partial screen instead.

Red clay expands when wet and contracts when dry, which can shift fence posts over time. Setting posts in concrete footings drilled below the active soil layer, typically 36 to 42 inches deep in the Atlanta area, reduces movement significantly. The on-site evaluation checks soil conditions and flags whether deeper footings or additional drainage are needed.

Yes, modular tiles are designed to sit directly over existing concrete or asphalt. The base needs to be structurally sound and reasonably level, no deep cracking, heaving, or soft spots. A free on-site evaluation will confirm whether your current surface qualifies without any additional base work.

The base should have no more than a quarter-inch variation over a 10-foot span. Larger dips or humps cause tiles to rock, creating uneven play and premature wear at the joints. Minor surface irregularities can often be patched before tiles go down, which is assessed during the on-site evaluation.

No, but the base does need to be stable and reasonably flat. Small surface imperfections are tolerable because the tile system has slight flex built in. Structural problems, heaving slabs, large cracks, or soft ground, must be addressed first, or the tile surface will reflect those issues.

Yes. Modular tiles work well in residential backyards and multi-use spaces. They can be laid over a poured concrete pad, an existing patio slab, or a new asphalt base. Because the tiles interlock without adhesive, the court can also be reconfigured or removed if your needs change.

Yes. Modular pickleball tiles are UV-stabilized polypropylene, rated for outdoor use in climates with high heat, humidity, and heavy rain. Atlanta’s summer temperatures and afternoon storms are within the normal operating range for this surface type. The tiles do not absorb water, so they dry quickly after rain.

The gap pattern built into interlocking tile systems channels water through and off the surface quickly. Courts are typically playable within minutes of rain stopping. The base underneath still needs a slight slope, usually a 1% grade, to carry water away from the playing area rather than pooling beneath the tiles.

Prep typically involves clearing the area, patching any significant cracks or voids in the base, and confirming the slope is adequate for drainage. On a sound existing slab, prep can be minimal and completed the same day tiles go down. The written proposal itemises any prep work separately so you know the full scope upfront.

Tiles installed over an unprepared base will rock, separate at the joints, and wear unevenly. Beyond the playing experience, repeated flex over a soft or uneven base can crack the tiles themselves. Fixing the base after tiles are already down costs significantly more than addressing it before installation starts.

The biggest risk is an incorrect base assessment. Tiles that look flat at first can shift, rock, or separate within a season if the underlying surface has hidden low spots or drainage problems. A professional installation includes a base inspection before any tile goes down, catching those issues before they become costly to fix.

Modular tiles suit both. For casual backyard use, the quick installation and low maintenance make them a practical choice. For regular or competitive play, look for tiles rated at 100 USAPA-approved specifications, which provide consistent ball bounce and foot traction. The on-site evaluation can walk you through which tile grade fits your intended use.

It depends on your base condition and goals. Modular tiles are faster to install, require no curing time, and can be removed or reconfigured later. Resurfacing bonds directly to the slab and gives a seamless playing surface. If your base is structurally sound and you want flexibility, tiles are a strong option. Learn about resurfacing if you want to compare both approaches.

A standard single court can typically be tiled in one to two days once the base is confirmed ready. There is no curing time, so the surface is playable immediately after installation. The timeline is confirmed in the written proposal before any work is booked.

Yes. Tiles over a soft or uneven base will flex underfoot, and joints can separate over time. This creates trip hazards and inconsistent ball bounce. Catching base problems before installation, through an on-site evaluation, is the most effective way to prevent this outcome.

Not necessarily. One advantage of modular tiles is that they can be removed without damaging the base underneath. If you later decide a poured or resurfaced court suits you better, the base is still usable. Choosing tiles first is a lower-commitment starting point compared to a bonded surface coating.

Most modular tile installations come in at $5,000-$10,000, depending on court size, base condition, and tile grade. The written proposal prices the base and surfacing separately, so you can see exactly what each element costs before committing.

Court size is the largest factor, followed by the condition of the existing base. Significant crack repair or re-grading adds cost. Tile grade, standard versus USAPA-rated performance tiles, also affects the total. Fencing and lighting are priced as separate line items in the written proposal.

Yes. Modular tiles interlock mechanically, no adhesives, no coatings, no curing time. Installation generates minimal debris, and the surface is ready to play immediately after the last tile is set. It is one of the least disruptive court surface options available for residential and commercial properties.

Poured acrylic surfacing bonds directly to the slab and delivers a seamless, low-maintenance playing surface with consistent ball response. Modular tiles offer faster installation, no curing period, and the ability to remove or reconfigure the court later. Poured surfaces tend to perform better in high-traffic competitive settings; tiles suit residential and flexible-use courts well.

Maintenance is minimal. Periodic sweeping or rinsing removes debris from the tile gaps, and a visual check of the joints once or twice a year catches any tiles that have shifted. Unlike coated surfaces, there is no repainting or resealing required. Seasonal maintenance packages are available if you want scheduled upkeep.

Confirm the base is structurally sound, that drainage slopes away from the court, and that the area is clear of obstructions. A free on-site evaluation covers all of this before any work is scheduled. You also receive a written, itemised proposal with a timeline so there are no surprises on installation day.

Modular tiles require a rigid base, concrete or asphalt, not bare soil. Red clay and shifting ground must be stabilised and a proper slab poured before tiles can go down. Skipping that step leads to an unstable surface that will rock and separate. The on-site evaluation will flag any ground preparation needed.

Yes, compared to solid bonded coatings. The open-grid design of interlocking tiles lets water pass through the surface rather than pooling on top. That said, the base still needs adequate slope to carry water away. Properties with poor natural drainage may need grading work before installation to get the full benefit.

Small lots can work if there is enough flat area for at least a regulation 20-by-44-foot court. Sloped lots typically require grading or a retaining structure to create a level base before tiles go down. The on-site evaluation measures the available space and slope to confirm feasibility before any commitment is made.

UV-stabilized polypropylene tiles are designed to handle sustained heat and humidity without warping, fading, or becoming slippery. The interlocking joints allow slight thermal expansion, so tiles do not buckle in Atlanta’s summer temperatures. Surface texture is maintained even when the tiles are hot, keeping traction consistent during peak afternoon play.

Most pickleball court installations in the Atlanta area come in at $18,000-$45,000, depending on site conditions, surface type, and whether fencing or lighting is added. A free on-site evaluation gives you a written, itemised quote before any work is booked.

The written proposal itemises base preparation and surfacing as separate line items, with fencing and lighting listed individually so you can see exactly what each element costs. Nothing is bundled into a single opaque figure.

Site prep, surfacing, and line marking are all part of the installation scope. The written quote prices base work and surfacing separately so you can see what each stage costs and adjust the spec if needed.

A regulation pickleball court is 20 by 44 feet, but you need a minimum of 30 by 60 feet to include safe out-of-bounds run-off on all sides. A free on-site evaluation confirms whether your yard can fit that footprint before any commitment is made.

Yes, if the usable flat area is at least 30 by 60 feet after accounting for fences, trees, and structures. Yards that fall short of that can sometimes use modular tile on a reduced footprint for casual play. A site visit confirms what your specific lot can support.

Setback requirements vary by municipality and zoning district, so the answer depends on your specific parcel. The free on-site evaluation reviews your available footprint against local setback rules before a proposal is written, so you know what is buildable.

Moderate slopes can be graded and compacted to create a level sub-base. Steeper or heavily uneven ground requires more extensive earthwork, which is priced as a separate line item in the written quote after the on-site evaluation assesses the grade.

Yes. A properly compacted aggregate base with a slight cross-slope, typically 1 percent, lets water sheet off the surface rather than pool. Without that base work, the surface will crack and delaminate over time. Base preparation is priced as its own line item in every quote.

The area is cleared of vegetation, graded to a consistent slope, and compacted before any base material goes down. If underground utilities or tree roots are present, those are addressed at this stage. The on-site evaluation identifies all required prep work upfront.

A straightforward backyard court typically takes several days to a week from groundwork through line marking, assuming no major grading or weather delays. Your written proposal includes a project timeline so you know what to expect before work begins.

Grading and base compaction do disturb the surrounding turf, particularly along the edges of the court footprint. The crew removes spoil and debris as work progresses. A walk-through inspection with you before sign-off confirms the site is clean and the court meets spec.

A hard-surface court is a permanent installation, so repurposing the slab later means demolition and removal costs. Modular tile systems are removable and leave the base intact, which gives more flexibility if your plans change. Modular tile installation is one option worth considering at the quote stage.

A portable net on an existing hard surface works for casual play, but an uneven or cracked surface causes bad bounces and increases injury risk. A built court with a compacted base and acrylic surfacing gives consistent play and holds up to regular use without resetting before every session.

A DIY setup on grass or an uneven surface is fine for testing whether you enjoy the game. If you are playing regularly, the surface inconsistency becomes frustrating quickly, and a proper base cannot be added on top of a DIY install, the ground still needs to be prepared from scratch.

Court installation requires specific knowledge of sub-base compaction tolerances, acrylic surfacing systems, and line-marking dimensions that most general contractors do not work with daily. A specialist handles those details as standard practice rather than learning them on your project.

Fencing and lighting are available but priced as separate line items in the written quote, not bundled into the base installation. That way you can include or defer each element based on your budget. Court fencing installation and court lighting installation are both offered.

Acrylic-coated asphalt or concrete surfaces are designed for outdoor use and handle UV exposure, rain, and foot traffic well. Routine cleaning and periodic resurfacing keep the playing surface consistent. Pickleball court maintenance covers what an ongoing upkeep schedule looks like.

The installer walks the court with you before sign-off, so dimensions and layout are confirmed against the agreed spec at that point. The written, itemised proposal produced before work starts documents the exact footprint, giving you a clear reference if anything needs to be addressed.

Our partners are vetted independent local contractors. Licensing and insurance requirements vary by Georgia county, so confirm the specific credentials with the partner assigned to your project during the free on-site evaluation before signing anything.

Raise the issue with the installing partner directly, referencing the written proposal and the walk-through sign-off record. For surface defects that develop over time, pickleball court repair and crack repair and coating are available through the same network.

Georgia red clay expands when wet and contracts when dry, which puts stress on any rigid surface above it. A properly engineered aggregate base isolates the slab from that movement, but the depth and compaction spec must account for local soil conditions. The on-site evaluation assesses the soil before the base design is finalised.

Sloped intown lots almost always need grading before a court can be built. The extent depends on the degree of slope, a gentle grade may need only light cut-and-fill, while a steep lot requires significant earthwork. The on-site evaluation measures the grade and prices the grading as a separate line item.

The court is built with a consistent 1-percent cross-slope so water drains to the edges rather than pooling on the playing surface. On lots with poor natural drainage, perimeter channels or French drains are added. Both options are assessed during the site evaluation and priced in the written quote.

Most small-lot infill and townhome properties do not have the 30-by-60-foot clear footprint a full court requires. A modular tile surface on a smaller slab can work for casual play, but a regulation court is unlikely to fit without encroaching on setbacks or neighboring lots.

Most courts benefit from a thorough cleaning two to four times per year. Courts surrounded by trees, near clay-heavy soil, or in high-humidity climates may need attention more often. Light sweeping after each session extends the time between deep cleans and keeps grit from grinding into the surface coating.

Consistent light sweeping after play, prompt removal of standing water, and a scheduled deep clean two to four times a year cover most maintenance needs. Catching surface issues early, before they become cracks or coating failures, is the single most effective thing you can do to extend court life.

A broom handles loose debris and a hose rinses light dust, but neither removes embedded grit, algae, or the oxidized residue that makes surfaces slick. Regular sweeping is a good habit between professional cleanings, but it does not substitute for low-pressure washing with surface-safe solutions on a scheduled basis.

No, when the right equipment and dilution rates are used. High-pressure washing above 1,500 PSI can lift acrylic coatings, so low-pressure or soft-wash methods are used instead. Harsh alkaline or solvent-based cleaners are avoided on coated surfaces. Correct technique cleans without stripping the color coat or texture layer.

No. Cleaning removes dirt, algae, and surface contamination. Resurfacing applies a new acrylic coating layer to restore texture, color, and ball bounce. A court can be clean but still need resurfacing if the coating is worn thin, faded, or peeling. The two services address different problems. Learn about resurfacing

If the surface looks dark, green, or grimy but the coating is intact, cleaning is the right call. If you see bare concrete showing through, widespread color fade, or a rough texture that catches the ball, resurfacing is needed. A free on-site evaluation will confirm which service fits your court’s condition.

Most standard court cleanings come in at $300-$800, depending on court size, surface type, and the level of contamination present. A written, itemised proposal is provided before any work is booked so you know exactly what is included.

Court size, surface material, and the degree of buildup are the main factors. Heavy algae or mold growth, clay-stained concrete, or courts that have not been cleaned in several years take longer to treat. Line repainting and crack inspection are separate line items and are priced that way in your written proposal.

The entire court surface is cleaned, not just visible problem areas. Spot-treating only shifts contamination to adjacent zones and leaves uneven texture. Full-surface cleaning ensures consistent traction and appearance across the playing area, including the kitchen, baselines, and sideline margins.

After a standard wash-and-clean service, the court is typically ready to play within two to four hours once the surface is fully dry. Humidity and temperature affect drying time. If any sealant or line paint is applied as part of the visit, a 24-hour cure window is standard before play resumes.

Yes. The process covers loose debris, embedded grit, organic matter like leaves and pollen, and the compacted dirt layer that builds up along baselines and net posts. Grit left on the surface acts like sandpaper on the acrylic coating, so full removal is part of every maintenance visit.

Low-pressure washing combined with pH-neutral or mildly alkaline cleaners formulated for acrylic sport surfaces is the standard approach. Solvent-based products, bleach at full concentration, and pressure above 1,500 PSI can all degrade the color coat. The right dilution and dwell time matter as much as the product itself.

Yes. Bare concrete tolerates slightly more aggressive cleaning than a coated acrylic surface, where protecting the color layer is the priority. Modular tile courts need attention at the seams and drainage channels rather than broad surface washing. The approach is matched to the material during the on-site evaluation.

A general cleaning crew can sweep and rinse, but they typically lack the surface-specific knowledge to avoid stripping acrylic coatings or spreading algae spores across the court. Using the wrong pressure setting or cleaner concentration can cause more damage than the original contamination. Sport-surface maintenance requires material-specific methods.

Yes, and that is a benefit. Dirt and algae often mask hairline cracks, low spots, and coating delamination. Once the surface is clean, those issues become visible and can be addressed before they worsen. A walk-through inspection after cleaning lets you see the court’s true condition before sign-off.

Recurring slick spots usually mean algae or mold is rooted in a porous surface area, not just sitting on top. Treating the symptom without addressing the cause means it returns within weeks. A proper clean uses a biocidal solution on affected zones to break the growth cycle, not just rinse the surface.

Yes. Mold, mildew, and algae are treated with a biocidal wash appropriate for the surface type, followed by a low-pressure rinse. The contamination is neutralized rather than just displaced. Courts with heavy biological growth may need a second treatment if the growth has penetrated the texture layer of the coating.

Portable nets, benches, and any loose equipment near the court should be moved before the crew arrives. Permanent net posts and fencing stay in place. Clearing the surface area takes about five minutes and ensures the full court gets cleaned without working around obstacles.

Runoff from a court cleaning is mostly water, dissolved organic matter, and cleaning solution. The crew directs runoff away from landscaping and hardscape where possible. The court itself is left clean and dry, with no residue or equipment left behind after the visit.

Faded lines are often a separate service from cleaning, but the two are commonly done together. Once the surface is clean, worn lines are clearly visible and can be repainted in the same visit. Line repainting is listed as its own line item in the written proposal so you can choose whether to include it.

Cracks and low spots are noted during the walk-through inspection after cleaning. Maintenance does not fill cracks, but identifying them early prevents water from widening them between visits. Repair options are quoted separately. See crack repair options

In a climate with heavy rainfall and high summer heat, three to four maintenance visits per year is a practical baseline. Wet conditions accelerate algae and mold growth, while heat cycles expand and contract the surface coating. Courts in shaded or low-drainage areas may need attention more frequently than that. See seasonal maintenance options

Clay-heavy soil tracked onto the court bonds to the acrylic surface and is harder to remove once dry. Frequent edge sweeping, prompt rinsing after rain, and clearing drainage channels around the court perimeter slow the buildup. A scheduled deep clean removes clay residue before it stains or abrades the coating.

Regular cleaning removes the grit and organic matter that accelerate surface wear in humid, hot conditions. It does not reverse coating degradation already in progress, but it slows the rate of wear by keeping abrasive particles off the surface. If the coating is already thin or peeling, resurfacing addresses the underlying damage. Learn about resurfacing

Isolated cracks under 1/4 inch wide with a stable base usually qualify for targeted repair. If cracking is widespread, the surface is lifting in multiple spots, or the base has shifted, a full resurface is the more cost-effective long-term fix. A free on-site evaluation will tell you which applies before any work is booked.

Most repairs address surface cracks, low spots, delaminated coating, and faded or worn line striping. The base is inspected first; if it is sound, the work stays at the surface layer. A written, itemised proposal lists every element before work begins so you know exactly what is included.

Yes. Crack filling and patching are standard steps in a court repair. The cracks are cleaned out, filled with a flexible repair compound, and feathered smooth before any resurfacing coat is applied. Your written proposal will list this as a separate line item so the scope is clear upfront.

Minor low spots can be built up with a leveling compound during the repair process. Significant drainage issues tied to the base grade require more involved work and are priced separately in the written proposal. Addressing them at repair time prevents standing water from reopening the same surface damage later.

A close color match is achievable, but a patched area rarely blends perfectly with an aged surface. The most consistent result comes from applying a full color coat over the entire court after repairs are complete. Your proposal will include that option as a separate line item so you can decide.

Painting over a base problem will not hold. New coating applied over an unstable or cracked base will peel and crack again within one season. The base issue needs to be corrected first; then a fresh color coat makes sense and will last as intended.

Small cosmetic cracks can be filled with consumer-grade crack filler, but the results are usually short-lived. Proper repair requires surface grinding, flexible filler, and acrylic resurfacing compounds applied at the right thickness and temperature. DIY attempts on structural cracks or drainage issues often make the underlying problem harder and more expensive to fix later.

Water enters the crack, undermines the base, and causes the surrounding surface to heave or delaminate. A hairline crack that costs relatively little to fill can become a wide, unstable section requiring base reconstruction within one or two freeze-thaw or heavy-rain cycles. Catching it early is significantly cheaper.

The court is pressure-washed, cracks are routed or ground out to create clean edges, and loose material is removed before any filler or coating is applied. The amount of prep scales with the damage -- a single crack needs minimal work, while widespread delamination requires more extensive grinding and cleaning across the full surface.

Most targeted repairs allow the court to be back in use within 24 to 48 hours once the final coat has cured. Larger jobs involving base work or a full color coat may need 48 to 72 hours. Your written proposal will include a timeline so you can plan around it.

A well-maintained court typically needs a resurfacing coat every 4 to 8 years, depending on traffic and climate. Crack repairs should be done as soon as damage appears rather than on a fixed schedule. Annual inspections catch small issues before they grow into larger, costlier repairs. See Pickleball Court Maintenance for ongoing care options.

Concrete is dimensionally stable and holds repairs well, but cracks are harder to prevent when the slab shifts. Asphalt is more flexible and easier to patch, but it softens in high heat and can rut under heavy use. The repair approach differs for each -- your on-site evaluation will confirm which base you have and what method suits it.

Repair costs typically run $500-$2,000, depending on the extent of cracking, whether base work is needed, and whether line striping or a color coat is included. Base and surface work are priced as separate line items in your written proposal so you can see exactly where the cost comes from.

The main factors are the number and severity of cracks, whether the base needs leveling or reconstruction, the size of the court, and whether line striping and a full color coat are added. Each element is listed as its own line item in the written proposal, so you can see what drives the total.

Not automatically. Multiple small cracks with a stable base can still be repaired individually and then covered with a fresh color coat. If the cracks are wide, interconnected, or the base has moved, a full resurfacing is the more durable solution. The free on-site evaluation determines which approach makes sense for your specific court.

Line striping and color touch-ups are available as part of the repair scope and are listed as separate line items in your written proposal. They are not automatically bundled into every repair, so you choose whether to include them. Adding a full color coat at the same time as crack repair gives the most consistent finished appearance.

Yes, in most cases. Uneven spots caused by surface delamination or minor base settlement can be ground down or built up with a leveling compound without replacing the full court. If the unevenness comes from significant base failure across a large area, more extensive work is needed -- the on-site evaluation will confirm the scope.

Yes. Small cracks are the ideal time to repair -- the base is still sound, the work is straightforward, and the cost is low. Waiting until cracks widen or water infiltrates the base turns a simple surface fix into a more involved and expensive job. Early repair is always the better option.

A properly prepared and filled crack, sealed with an acrylic resurfacing coat, will hold up to regular play and normal weather cycles. Longevity depends on the quality of the base prep and the materials used. The installer walks the court with you before sign-off so you can confirm the work meets expectations before the job closes.

If a crack returns in the same location, it usually signals ongoing base movement rather than a failed repair. The right response is a base inspection to identify the root cause before reapplying surface material. Your written proposal outlines the scope of work, so both parties have a clear record of what was agreed and completed.

Yes, but surface repair alone will not stop recurrence if the clay soil beneath the base is still moving. The crack is filled and sealed at the surface, and the base is assessed for stability. In Atlanta’s red clay conditions, a drainage correction or base reinforcement is often recommended alongside the surface repair to reduce repeat cracking.

Yes, if the drainage issue is not corrected. Water pooling at the base softens the sub-base, which causes the surface to crack and heave repeatedly. Repairing the surface without addressing the drainage is a short-term fix. The on-site evaluation identifies drainage contributors, and the written proposal prices drainage work as a separate line item.

The court must dry out fully before any repair work begins -- applying filler or coating to a damp surface causes adhesion failure. Once dry, delaminated areas are removed, the base is checked for softening, and the surface is patched and recoated. If standing water is a recurring issue, drainage corrections are addressed at the same time.

Older courts can often be repaired successfully if the base is still structurally sound. Courts with decades of deferred maintenance, widespread base deterioration, or multiple layers of old coatings typically need a full resurfacing rather than patching. The free on-site evaluation assesses the base condition and gives you an honest recommendation before any work is committed.

Resurfacing typically covers crack filling, surface leveling, application of a new acrylic coating, and repainting of lines and kitchen zones. The old playing surface is cleaned, any loose material is removed, and fresh coats are applied in sequence. The result is a consistent, playable surface from baseline to net post.

Yes, if the cracks are surface-level and the base beneath is structurally sound. Cracks are filled and feathered before new coating goes down, which restores a consistent playing surface and corrects dead spots that cause uneven bounce. If the base has shifted or heaved, resurfacing alone will not hold, the base needs attention first. A crack repair assessment can confirm which applies.

Resurfacing refreshes the top playing layer, filling cracks, applying new acrylic coats, and repainting lines, while leaving the existing base in place. A full replacement tears out the base and rebuilds from the subgrade up. Resurfacing costs less and finishes faster, but only works when the base is still structurally intact.

Yes. Small cracks let water in, and in Atlanta’s clay-heavy soil that water expands and contracts with temperature swings, widening the crack each cycle. A hairline crack left through one wet season can become a structural fault that requires base repair rather than simple resurfacing, which costs significantly more.

The base should be checked for heaving, soft spots, and drainage flow before any coating is applied. Surface cracks are mapped and categorized by depth. Existing line paint adhesion and any pooling zones are noted. Our partners conduct a free on-site evaluation and provide a written, itemised proposal before any work is booked.

Yes. Fresh acrylic coatings restore the textured surface profile that worn courts lose over time, which directly improves shoe grip and gives the ball a truer, more consistent bounce. The improvement is immediate once the coating cures fully, typically within 24 to 48 hours depending on temperature and humidity.

No. Resurfacing only addresses the top playing layer. Drainage issues and base failures require separate work, regrading, adding drain channels, or repairing the compacted base, before any new surface coating is applied. Coating over a drainage problem traps water underneath and causes the new surface to fail prematurely.

Courts with isolated crack damage and a sound base can often be fully resurfaced without any base replacement. If damage is concentrated in one zone, say, near a post anchor or a low drainage point, that section can sometimes be patched and blended before the full resurfacing coat goes down. The on-site evaluation determines the split.

Both options exist and serve different needs. Spot repair fills and seals isolated cracks without recoating the whole surface. A full resurfacing applies new acrylic coats across the entire court, restoring uniform color, texture, and line markings. Spot repairs cost less upfront but leave visible color variation where old and new coatings meet.

The court is pressure-washed and cleared of debris before work begins, so there is no significant mess left behind. Downtime depends on scope, but a standard resurfacing job typically keeps the court out of play for 24 to 72 hours while coatings cure. The installer walks the court with you before sign-off.

The sequence runs: pressure wash, crack filling and feathering, acrylic resurfacer coats to level the surface, color coating layers, and finally line painting to current pickleball dimensions. Each coat must cure before the next is applied. The number of color coats affects both durability and the final playing texture.

DIY crack fillers rarely bond well to acrylic court surfaces and almost always show a visible color mismatch. They also lack the flexibility to move with the base through Atlanta’s seasonal temperature swings, so they tend to re-crack within one season. A properly feathered and coated repair by a court specialist lasts significantly longer.

Court resurfacing requires sport-specific acrylic materials, proper surface prep, and knowledge of drainage slope tolerances, a general handyman typically lacks all three. An incorrect slope or wrong product can cause pooling, peeling, or a surface that plays inconsistently. Using a court-specific installer protects the investment and the playability of the finished surface.

If the on-site evaluation misses something and additional damage surfaces once work begins, the scope and cost are discussed with you before any extra work proceeds. Our partners provide written, itemised proposals, so any change to the original scope is documented and approved rather than added silently to the final bill.

Resurfacing is the right fix only when the base is structurally sound. If the court has heaving, significant drainage failure, or crumbling sub-base, those issues must be addressed first. Applying a new surface over a compromised base will fail within one to two seasons, making the resurfacing spend a waste.

Yes, in most cases. A worn or contaminated surface loses its texture profile, which causes both slipping and inconsistent bounce. Fresh acrylic coatings restore that texture. If slipperiness comes from algae or mold growth rather than wear, the surface needs thorough cleaning and treatment before recoating, which is part of proper prep.

The deciding factor is base condition. Courts with surface cracks, faded color, and worn texture but a stable, well-draining base are strong candidates for resurfacing. Courts with heaving slabs, standing water after rain, or crumbling edges need base work first. A free on-site evaluation will tell you which category your court falls into.

Ask whether the quote separates base prep from surface coating, and whether fencing or lighting work is listed as its own line item. Ask what happens if hidden damage is found mid-job. Our partners provide written, itemised proposals with base and surfacing options priced separately, so you can see exactly what each element costs before approving anything.

Longevity depends on proper crack preparation, correct product selection for the climate, and adequate cure time between coats. Shortcuts in any of those steps cause early failure. Ask your installer to specify the crack filler product, the number of acrylic coats, and the required cure time, those details separate a durable repair from a cosmetic one.

A properly resurfaced court with a sound base will restore consistent bounce, correct traction, and accurate line markings, the same playing characteristics as a new surface. The installer walks the court with you before sign-off, so you can confirm the finish meets expectations before the job is closed out.

Resurfacing can repair the surface cracks that clay soil movement causes, but only after the movement has stabilized. Atlanta’s expansive red clay shifts with moisture changes, so if the base is still actively heaving, new coatings will re-crack quickly. Base stabilization must come first; then resurfacing seals and restores the playing surface.

Acrylic court coatings are designed for outdoor exposure and handle heat and humidity well when applied correctly. The risk in Atlanta’s climate is moisture trapped under the coating during application, if the surface is not fully dry before each coat goes down, bubbling and peeling follow. Proper prep and dry-day scheduling are the key variables.

Yes, always. Resurfacing over a court with standing water or inadequate slope traps moisture under the new coating, which causes it to bubble and delaminate within months. Drainage corrections, regrading, adding channels, or addressing base permeability, must be completed and verified before any new surface coating is applied.

Age alone does not determine whether resurfacing is enough, base condition does. An older court with a stable, well-draining base and only surface wear is a good resurfacing candidate. A court of any age with a compromised base, significant heaving, or widespread structural cracking needs a rebuild. The free on-site evaluation identifies which situation applies.

If players struggle to track the ball near the baseline, squint at the net, or avoid evening play altogether, the lighting is not adequate. Shadow lines across the court surface and complaints about eye strain after a session are also clear signs. A free on-site evaluation can confirm whether your current setup meets standard play illumination levels.

Dark spots are caused by gaps in fixture coverage, poles positioned too far from the court boundary, or fixtures aimed at the wrong angle. A single pole centered on one side rarely eliminates shadows at the far corners. Correct pole placement and beam-angle selection are what close those gaps.

Uneven light usually means the fixtures have mismatched beam spreads or the mounting height is too low relative to the court width. It can also happen when one fixture has failed or degraded faster than the others. Consistent illumination requires fixtures with matched lumen output mounted at the right height and spacing for the court dimensions.

Walk the court at night and look for shadows at the baselines and sidelines, flickering, or a yellowish cast that makes the ball hard to read. If players are adjusting their position to avoid dim zones, the system is underperforming. A measured foot-candle reading across the surface gives a definitive answer.

Yes. Directional LED fixtures with tight beam angles and optional glare shields keep light within the court boundary. Pole placement and fixture tilt are calculated to minimize spill onto adjacent properties. This is a standard part of the design process, not an add-on.

Outdoor fixtures need weatherproof housings rated IP65 or higher to handle rain, humidity, and temperature swings. Indoor setups focus on ceiling height, glare reduction, and even distribution without the structural demands of pole foundations. Lumen targets differ too, outdoor courts often need higher output to compensate for the absence of reflective walls and ceilings.

No. Excessive brightness creates glare that makes it harder to track a fast-moving ball, especially on overhead shots. The goal is uniform illumination at the right foot-candle level for the play type, not maximum output. Fixture placement and beam control matter more than raw wattage.

Yes, the design scales from a single residential court to a multi-court facility. Pole count, fixture wattage, and electrical load are calculated per court, so each surface gets consistent coverage. Multi-court layouts also allow shared poles on interior boundaries to reduce total hardware.

Both settings are supported. Outdoor installations use weatherproof LED fixtures on ground-set poles, while indoor courts use ceiling-mounted or suspended fixtures suited to the structural mounting points available. The fixture spec and mounting method differ, but both deliver consistent, glare-controlled illumination across the full court surface.

Yes, significantly. Poles that are too short create steep beam angles that cast harsh shadows and glare at eye level. The standard recommendation for recreational play is poles between 18 and 20 feet, positioned outside the court boundary. Getting this wrong affects both visibility and player comfort on every shot.

Most single-court LED lighting projects come in at $3,000-$10,000, with multi-court and indoor installations varying based on pole count, electrical work, and fixture spec. Lighting is listed as its own line item in the written proposal, so you can see exactly what you are paying for before committing.

The main cost drivers are the number of poles, fixture wattage, trenching distance for electrical conduit, and whether a new electrical panel circuit is needed. Multi-court layouts and remote or uneven terrain add to the pole foundation work. Each of these is broken out as a separate line item in the written proposal.

Yes. A free on-site evaluation produces a written, itemised proposal with a timeline before any work is booked. You can review the numbers, ask questions, and decide at your own pace. There is no obligation attached to the evaluation or the proposal.

The crew sets pole foundations, runs conduit for the electrical feed, mounts and aims the fixtures, then connects to the power supply. Once everything is wired, the system is tested for output and beam coverage across the full court surface. The installer walks the court with you before sign-off to confirm the result meets the spec.

A single-court outdoor installation typically takes one to two days, depending on trenching distance and whether electrical panel work is needed. Multi-court projects run longer. The written proposal includes a timeline so you know the schedule before work begins.

Trenching for conduit is the main source of disruption, and it runs outside the court boundary where possible. The court surface itself is not used as a work staging area. Once the installation is complete, the installer walks the court with you to confirm the surface and surroundings are left in good condition.

Court lighting requires a licensed electrician for the panel connection and conduit work, plus a lighting designer who understands beam angles and foot-candle targets for sport surfaces. A general handyman can handle neither safely nor to code. Incorrect wiring or poorly aimed fixtures create both safety hazards and a court that still plays poorly at night.

Outdoor LED fixtures rated IP65 or higher resist rain, dust, and humidity. LED light sources have rated lifespans measured in tens of thousands of hours, far outlasting older metal halide or fluorescent alternatives. Steel or aluminum poles with galvanized or powder-coated finishes hold up to years of outdoor exposure without significant corrosion.

Ask for the target foot-candle level at the court surface, the fixture IP rating, the pole height and placement plan, and what the electrical connection requires. Also confirm whether the proposal is itemised so you can see each cost separately. A written proposal with a timeline before any work is booked gives you all of this in one document.

The fixture selection and aiming plan are designed to keep light within the court boundary. Directional LEDs with glare shields limit spill, and pole placement is chosen to avoid direct sightlines to neighboring windows. The on-site evaluation accounts for your specific property layout before any equipment is specified.

The installer walks the court with you before sign-off, so any coverage gaps or aiming issues are identified and corrected on the spot. If a problem appears after that walkthrough, contact the installing partner directly using the details on your written proposal. Document the issue with photos to speed up the resolution.

Yes. LED fixtures rated IP65 or higher are sealed against moisture ingress, and quality LED drivers are rated to operate in ambient temperatures well above what Atlanta summers produce. Heat actually affects older HID lamp types far more than modern LED modules, making LED the more suitable choice for hot, humid climates.

Weatherproof housings rated IP65 or higher prevent water ingress during rain. Conduit and junction boxes are sealed to keep moisture out of the electrical connections. Surge protection on the circuit guards against voltage spikes from nearby lightning strikes, which is a practical consideration in Georgia’s storm season.

Court lighting poles are ground-set in concrete foundations outside the court boundary, so they do not attach to or penetrate the home structure. Conduit routing is planned during the on-site evaluation to avoid disturbing existing landscaping, hardscaping, or historic exterior materials. The written proposal details the exact routing before any digging begins.

Yes. LEDs are less sensitive to moisture and temperature fluctuations than metal halide or fluorescent lamps, which can flicker or fail to strike in cold or damp conditions. In shaded areas where ambient light is low, LEDs also deliver consistent color rendering that makes the ball easier to track against a dark background.

A seasonal maintenance package typically covers a surface inspection, deep cleaning, line marking touch-ups, crack monitoring, and drainage checks. Minor surface repairs and net hardware checks are also common inclusions. The exact scope is confirmed in a written, itemised proposal before any work begins, so you know precisely what is covered.

The package covers the entire court surface, not just visible problem spots. Limiting work to one area misses developing issues elsewhere, which tend to worsen faster once the surrounding surface is cleaned or sealed. A full-court approach gives you an accurate picture of overall condition.

Most courts benefit from two visits per year, once before summer heat peaks and once before the wet season. Atlanta’s humidity and temperature swings accelerate surface wear, so a twice-yearly schedule catches problems before they become costly repairs. Courts with heavy use or tree cover may need a third visit.

Regular sweeping and rinsing helps, but it does not catch hairline cracks, coating delamination, or drainage slope changes that a trained eye will spot. DIY cleaning also risks using the wrong products, which can degrade acrylic surfaces. A maintenance visit addresses surface integrity, not just visible dirt.

Maintenance includes a structured inspection for cracks, surface texture loss, and drainage issues that cleaning tools cannot diagnose. Pressure washing at the wrong PSI strips acrylic coating and voids surface warranties. A maintenance visit also documents court condition over time, giving you a record if repair work is ever needed.

No. Seasonal maintenance is preventive, not structural. Significant cracking or base failure requires dedicated repair work. If the inspection uncovers damage beyond routine maintenance scope, you receive a clear explanation and a separate written proposal for the repair, no work proceeds without your approval. See crack repair and coating for that scope.

Slipperiness after rain usually means algae or mold growth in the surface texture, which returns quickly if not treated with the right cleaning agent. Dirt accumulation after storms points to poor drainage slope or low spots pooling debris. Both issues are identified and addressed during a seasonal maintenance visit.

Maintenance includes a drainage check that identifies low spots and slope irregularities causing standing water. Minor pooling caused by debris blockage or surface buildup can be resolved during the visit. Structural drainage failures, such as a compromised base, require a separate repair assessment rather than routine maintenance.

Yes. A visit covers a surface inspection, full-court cleaning, line marking assessment, and minor repairs such as small crack sealing or surface touch-ups. Anything beyond minor scope is flagged separately with a written itemised proposal, so you decide what to proceed with before any additional work starts.

Net tension, post stability, and hardware condition are checked as part of the visit. Lighting is assessed for obvious faults if fixtures are present. Repairs to posts or lighting systems fall outside routine maintenance scope and are quoted separately if issues are found.

The court is unavailable during the visit, typically a few hours depending on court size and condition. Cleaning agents need a short drying window before play resumes. The timeline is confirmed in your written proposal before scheduling, so you can plan around it.

Virtually none. Debris, cleaning residue, and any material from minor repairs are cleared before the crew leaves. The court is ready for play once the surface has dried, which is confirmed before sign-off.

Consistent maintenance significantly reduces repeat problems by treating the root cause rather than just the symptom. Algae and mold are treated with agents that slow regrowth. Drainage issues are corrected so debris stops accumulating in the same spots. No surface is immune to wear, but documented seasonal care slows deterioration measurably.

Yes. High-pressure washing above 1,200 PSI strips acrylic coatings, and bleach-based cleaners break down color layers over time. Maintenance uses surface-appropriate methods and pH-neutral agents matched to your court’s coating type, avoiding the damage that common DIY approaches cause.

The technician documents the finding and explains it clearly before any additional work is discussed. You receive a separate written, itemised proposal covering the repair scope, cost, and timeline. Nothing beyond the agreed maintenance scope proceeds without your sign-off. A free on-site evaluation supports that process.

Yes, and it is often more valuable for older courts because surface degradation accelerates once protective coatings thin out. Maintenance catches the point where cleaning alone is no longer enough and resurfacing becomes the better investment. A pre-visit evaluation confirms whether maintenance or resurfacing is the right next step.

It depends on the severity. Surface texture loss, widespread fading, or coating failure from repeated freeze-thaw or UV exposure typically requires resurfacing, not maintenance alone. The inspection will identify which category your court falls into and give you a written recommendation before any work is booked.

Court size, surface condition, and the scope of minor repairs found during the visit are the main factors. A court with heavy algae buildup or multiple small cracks takes longer to service than a well-kept one. Pricing starts at $300-$800, with any additional repair work listed as separate line items in your written proposal.

Extra cleaning time or minor repairs beyond standard scope are quoted as separate line items in your written proposal, not added silently to the bill. You see the full breakdown before work starts, so there are no unexpected charges at the end of the visit.

Before heavy rain, drainage channels are cleared and low spots are addressed to prevent pooling. Before summer heat, surface coating is inspected for delamination and cracks are sealed to stop heat expansion from widening them. Both visits also include a full clean to remove organic growth that accelerates surface breakdown.

Yes. Properties with poor natural drainage see faster algae growth, surface staining, and base erosion beneath the court. Regular maintenance catches these effects early and keeps the surface safe and playable. Without it, drainage-related damage compounds quickly and typically leads to a full resurfacing or base repair sooner than expected.

Post-storm and post-freeze checks can be scheduled as standalone visits outside a standard seasonal plan. These cover debris removal, crack inspection, and drainage assessment after an event. If you are on a seasonal plan, storm-related findings are documented and factored into the next scheduled visit or flagged for earlier attention if urgent.

If the surface is structurally sound with no significant cracking, fading, or drainage issues, new lines and net adjustments may be all you need. If the surface is rough, cracked, or worn through, resurfacing before striping is the right call. A free on-site evaluation will tell you which path applies to your court.

Not always. A court with a stable, intact surface can take new pickleball lines without resurfacing first. Courts with widespread cracking, peeling coating, or standing water after rain need surface work before striping. The on-site evaluation checks for those conditions and the written proposal prices base and surfacing options separately.

Yes. A standard 60-by-120-foot tennis court fits two side-by-side pickleball courts, each 20 by 44 feet, with buffer space around them. Some layouts fit up to four courts depending on orientation and how much run-off room you need. The on-site evaluation maps the exact layout before any work starts.

A single pickleball court on a full tennis surface leaves generous run-off space on all sides. Two courts side by side are tighter but still meet standard play dimensions. The layout is measured and marked on your specific court before sign-off, so you can see the spacing before it is permanent.

No, if the tennis lines are kept. Many conversions use a contrasting color for pickleball lines so both sets remain readable. The tennis baseline, service boxes, and net post positions stay in place. You can run both sports on the same surface without removing or repainting anything.

A standard conversion covers surface prep, layout measurement, line striping in a contrasting color, and net height adjustment or portable net placement. Crack repair, full resurfacing, fencing, and lighting are priced as separate line items in the written proposal, so you choose only what the court actually needs.

The court is cleaned and any loose debris or surface contamination is removed before striping begins. Crack filling and coating repairs are quoted separately and completed before lines are applied. The written proposal details exactly which prep steps are included so there are no surprises on the day.

Yes, when crack repair is needed it is completed before any lines go down. Striping over an unrepaired crack causes the line to lift or crack along the same fault within months. Repair work is priced as its own line item in the proposal, separate from the striping cost. See crack repair and coating for more detail.

The free on-site evaluation checks surface hardness, crack depth, drainage slope, and coating adhesion. If any of those fall outside acceptable range, the written proposal flags the specific issue and prices the fix separately. You get a clear reason for every recommended step, not a blanket upsell.

Yes, provided the court dimensions allow it. Lines are measured to USA Pickleball specifications: a 20-by-44-foot court with a 7-foot non-volley zone on each side. The installer walks the finished court with you before sign-off, so any measurement concern is caught and corrected on the spot.

Pickleball nets sit at 34 inches at the center versus 36 inches for tennis. If you are keeping tennis use, a portable pickleball net is the simplest solution. If the court is pickleball-only, the existing tennis posts can often be fitted with a lower net. The proposal lists net options as a separate line item.

A line-only conversion on a sound surface typically takes one day. If crack repair or resurfacing is added, allow two to four days depending on the scope and curing time. The written proposal includes a timeline before any work is booked, so you know the schedule upfront.

Most conversions in the Atlanta area come in at $300-$800, depending on surface condition, number of courts, and whether crack repair or resurfacing is needed. The written proposal prices base work and optional upgrades as separate line items so you can see exactly what each element costs.

The main cost drivers are surface condition, number of pickleball courts being laid out, and whether crack repair or full resurfacing is needed first. Fencing modifications, lighting, and portable nets each add cost and are listed as separate line items in the written proposal.

For casual backyard play, DIY tape or paint can work short-term. For any shared, HOA, or commercial court, incorrect line placement creates disputes and potential liability. USA Pickleball layout requires precise measurement from a fixed centerline, and errors in the non-volley zone dimension change how the game plays entirely.

Yes, the court needs to be clear during striping and any surface work. A line-only job closes the court for roughly one day. If resurfacing is included, add curing time before play resumes, typically 24 to 48 hours. The project timeline in the written proposal gives you the exact closure window.

Line striping produces minimal mess. Crack repair and resurfacing involve grinding, patching compound, and coating materials that are contained to the court surface. The crew cleans up before leaving, and the walk-through inspection at sign-off confirms the court is ready to use.

The free on-site evaluation measures the existing court and maps the pickleball layout to scale before any work is scheduled. If the court is undersized or oddly shaped, you will know that before signing anything. The written proposal includes the confirmed layout dimensions.

The installer walks the court with you before sign-off specifically to catch any layout issue. If a line is off, it is corrected before the job is closed. Catching errors at that stage costs far less than repainting after the fact, which is why the walk-through is a standard step, not optional.

Both are handled under one project. Crack repair, surface coating, and line striping are all priced in the same written proposal, with each scope listed as its own line item. You do not need to coordinate separate contractors for the surface work and the layout.

It depends on how much slope exists. Courts built to standard spec have a slight pitch for drainage that is compatible with pickleball. A steeper or uneven slope affects ball bounce and may need leveling before conversion is practical. The on-site evaluation measures the grade and flags any issue in the written proposal.

Only if standing water is present after rain. Pooling water undermines surface coatings and makes the court unsafe. If drainage is the issue, it is identified during the on-site evaluation and priced as a separate line item before any striping work begins. A court that drains correctly needs no drainage work.

Atlanta’s heat and humidity accelerate surface wear, especially on older acrylic coatings. A court in good condition with intact coating holds up well after conversion. One that is already chalking, peeling, or showing UV damage will continue to degrade. The on-site evaluation checks coating adhesion and recommends resurfacing if the surface is at risk. See pickleball court resurfacing for more detail.

Yes, in almost every case. Converting an existing tennis court avoids excavation, base construction, and drainage installation, which are the most expensive parts of a new build. If the existing base and surface are structurally sound, conversion costs a fraction of new construction and can be completed in days rather than weeks.

No. The on-site evaluation is free and carries no obligation. The installer visits your site, checks the real conditions, and delivers a written proposal. You decide whether to proceed after you have seen every cost in writing.

A rough idea of your available space, what is currently on the ground (grass, concrete, asphalt, or an existing tennis court), and any known drainage or tree-cover issues. The installer will verify everything on-site, so estimates are fine at this stage.

Base options (concrete or asphalt), acrylic colour coating, regulation striping, net post anchoring, and any fencing or LED lighting you want, each priced as a separate line item. A clear project timeline is included alongside the costs.

Atlanta’s freeze-thaw cycles in winter can widen existing cracks in a concrete or asphalt base. Catching base problems early keeps repair costs lower. Waiting until spring also compresses the permitting window, which varies by county across the metro.

Permit requirements vary county by county across metro Atlanta, and HOA rules differ by community. The installer’s site evaluation captures what applies to your specific location, and the proposal reflects any permit or approval steps that affect the timeline.

Yes. A standard tennis court can accommodate multiple pickleball courts. The installer assesses the existing base condition, checks for crack propagation or drainage issues, and prices the conversion, new acrylic coating, regulation pickleball striping, and net post anchoring, as separate line items.

The playing area is 20 ft x 44 ft, but a usable court needs more room around it. Most sites work toward a total footprint of around 30 ft x 60 ft, with more space being better. The free on-site evaluation measures your available area against those dimensions before any design is drawn up.

Cracks widen over time, especially through Atlanta’s freeze-thaw cycles in winter. Water enters the crack, expands, and forces the edges apart. What starts as a surface repair becomes a base repair if left long enough. Catching it early keeps the fix to crack filling and recoating rather than a full resurface.

Both work, and both are priced in your written proposal so you can compare them. Concrete is rigid and resists movement; asphalt is more flexible and generally faster to install. The right choice depends on your soil conditions, drainage, and budget, the on-site evaluation captures those details before a recommendation is made.

A general contractor can handle excavation and concrete work, but court-specific steps, acrylic coating application, regulation line marking, net post anchoring depth, and drainage slope, require court installation experience. A build done without that knowledge often needs to be corrected or torn out, which costs more than doing it right the first time.

Permit requirements vary by county and municipality across metro Atlanta, and HOA communities may have their own approval process on top of county rules. The site evaluation captures your location and property type so the installer can advise on what approvals apply before the proposal is written.

The installer measures the available footprint, checks the existing surface or soil, assesses drainage and grade, notes tree cover or root issues, and confirms whether you are building new or converting an existing court. That information goes directly into the written, itemised proposal, so the quote reflects your actual site, not a generic estimate.