Frequently Asked Questions

Costs vary by material and height. Expect line-item pricing per linear foot, with higher panels and reinforced posts increasing costs. We provide an itemized written estimate after a site survey.

Set posts in concrete footings sized to soil conditions and frost depth. Concrete footings (24–36 inches) prevent leaning and loosening in wet or sandy soils.

Leaning posts worsen under wind load and can lead to panel failure and larger repairs. Early repair prevents larger replacement costs and safety hazards.

Delaying gate repairs can cause security gaps and create trip or pinch hazards. A broken gate also increases liability and can force temporary closure of the court.

Chain-link is often lower cost upfront but varies by gauge and coating. Consider mesh tensioning and coated finishes for longevity versus short-term savings.

Typical installation takes 1–3 days for post excavation, footing cure, panel mounting, and gate fitting, depending on site access and soil conditions.

Cost varies by pole count, fixture wattage, trenching, and permitting. We assess your site and provide a written itemised quote after the survey.

Poor lighting shortens usable hours, increases injury risk, and causes player dissatisfaction. Early planning avoids emergency retrofits and higher retrofit costs later.

Delaying permits can halt work, cause fines, and push schedules back. Including permit notes in the proposal reduces the chance of unexpected stoppages.

Most installations require electrical permits and possibly trenching approvals. We include permit guidance in the written proposal and note local codes for Atlanta installs.

No. More lumens without correct aiming raises glare and unevenness. Proper pole height, aiming, and fixture selection matter more than raw brightness.

Timeline depends on permits and site work. Typical workflow is survey, permitting, and then installation and aiming, often completed within days to a few weeks.

Small cracks widen with weather and play. They cause uneven bounce and trip hazards and can lead to more extensive base repairs. Early crack filling and coating limits damage and keeps repair costs lower than full resurfacing.

Delaying coating allows moisture and dirt into repaired areas, reducing adhesion and increasing the chance of cracks re-opening. Prompt coating preserves filler bonds and extends the life of repairs.

Not always. Proper prep and flexible fillers greatly reduce re-opening, but movement from substrate or poor drainage can cause repeat cracks. Regular inspection and timely maintenance help maintain results.

Acrylic coatings typically cure in 24–48 hours depending on temperature and humidity. Line repainting and safe play are usually possible within two days of application.

Reopening depends on root causes. Using flexible fillers, correct substrate prep, and addressing drainage reduces re-opening risk. We document methods so you know what to monitor.

Costs vary with crack extent, area, and chosen coating. We offer a free site assessment and written, itemised proposal so you can compare options before committing.

Delaying leaves the court exposed to visibility, wind disruption, and potential unauthorized access. Retrofit work later often increases disruption and may cost more due to matching finishes and gate fabrication.

Chain-link alone offers little sight or wind screening. Players face visual distraction and wind-affected ball flight, and the open perimeter increases the chance of stray balls and unauthorized entry.

Not always. Taller panels increase screening but must comply with local rules and preserve ball containment. A balanced layout, often using up to 6 ft panels and proper post spacing, gives privacy without safety trade-offs.

Custom work requires a site survey and fabrication. Lead times depend on material and gate complexity; we provide a written timeline after the assessment to set expectations.

Permit needs vary by fence height, setback, and neighborhood rules. We review local zoning and advise on permit requirements during the site assessment and design stage.

Cost depends on panel material, fence length, gate hardware, and any site preparation. We deliver an itemised, written quote after the on-site evaluation so you see all line items.

Delaying conversion can worsen surface wear and create trip hazards. Minor repairs may become full resurfacing projects, increasing downtime and overall cost. Early conversion with modular tiles often avoids larger repairs and keeps courts playable.

A slightly uneven base can cause tiles to rock, separate, or produce inconsistent bounce, leading to faster wear and possible safety issues. A compatibility check catches this before installation and recommends corrective prep.

Most installations finish in 1-3 days for a single court, depending on site prep and size. A prior site evaluation sets the exact timeline and any prep needed.

Yes when paired with UV-resistant finishes and correct drainage. Choose UV-stable options and ensure proper edge restraints to limit fading and heat-related movement.

Proper surface assessment, edge restraints, and correct interlocking systems minimise shifting. Occasional checks and replacing worn edge tiles keeps the court stable.

Cost depends on surface prep, tile choice, and optional UV finishes or edging. We recommend a site evaluation to provide an itemised written quote tailored to your project.

Yes. Colour and court markings can be customised and finished with UV-protective coatings to maintain appearance outdoors.

Scheduled cleaning removes debris, visual inspections find wear, drainage checks prevent pooling, and minor acrylic touch-ups extend surface life.

Resurfacing frequency depends on usage and maintenance. With routine upkeep, many acrylic courts are resurfaced every 6–12 years depending on play hours.

Ignoring debris and standing water accelerates surface degradation, causes uneven bounce, and can force full resurfacing or long closures; prompt cleaning prevents these larger repairs.

Minor edge fraying or hairline cracks widen over time, increasing resurfacing scope and cost and causing longer court downtime when repairs are eventually required.

Routine sweeping and low-pressure washing handle most cleaning. Professional-grade court cleaning machines remove ingrained debris and speed large jobs.

Costs vary by visit frequency, court size, and tasks. Request a site evaluation and written quote to compare scheduled options and per-visit pricing.

Cracks let water reach the base, worsening over time. That can lead to base failure and a larger replacement job, often costing significantly more than targeted repairs. Early patching and sealing keeps repair costs lower and preserves playability.

Longevity depends on base condition and materials. Polymer-modified patching compounds and sealed joints typically extend service life; we state expected lifespan in the written condition report after inspection.

Resurfacing costs vary by base type and surface choice. We provide an itemised quote after inspection so you can compare targeted repairs versus full resurfacing costs.

Resurfacing over active cracks often fails quickly. Proper repair requires crack assessment, patching, and base checks before resurfacing to ensure a stable result.

Typical resurfacing intervals are driven by use and exposure. Many outdoor courts need resurfacing roughly every 8 to 12 years, but local conditions and traffic can shorten that cycle.

We respond within one business day to arrange a site inspection and deliver a written condition report outlining repair options and costs.

Costs vary with surface condition, crack repairs, and paint choices. We provide a free on-site evaluation and written itemised quote tailored to your court and scope.

Cracks widen with freeze, water, and traffic. Ignoring them leads to uneven bounce and may require base repairs or full resurfacing, which increases downtime and expense.

Delay raises slip and trip risk, worsens line visibility, and accelerates substrate damage, making later repairs larger and more costly than timely resurfacing.

Frequency depends on play and climate. Typical acrylic systems are resurfaced every 5–8 years, with spot repairs and line touch-ups more often as needed.

No. Proper resurfacing includes surface cleaning, crack filling, acrylic coatings, textured layers for traction, and then precise line repainting to regulation standards.

Typical resurfacing and line work uses a weather-aware schedule and usually requires about 2–4 days of closure for cleaning, coating, curing, and marking.

Uneven lighting creates dark spots that raise safety risks and cut usable hours. Play quality drops and scheduling becomes unreliable. Addressing issues early avoids larger retrofits and reduces the chance of emergency replacements and downtime.

Old or exposed controls can fail in bad weather, causing outages and frequent service calls. Delays also forfeit energy savings from scheduling and dimming, increasing annual operating costs and neighbour complaints.

Yes. Modern LED fixtures deliver required lux and uniformity when specified by lumen output and aiming. They usually offer higher usable illumination with lower energy use than older lamp types.

A single-court installation usually completes in a few days, including pole erection, wiring, aiming, and commissioning. We confirm a detailed timeline in the written proposal after the site survey.

We assess existing poles during the site survey. If structurally sound and correctly positioned, existing poles can be reused; otherwise we recommend new pole installation for correct aiming and safety.

Not if specified correctly. Directional optics, fixture shields, aiming plans, and dimming schedules prevent over-lighting and reduce off-site glare while preserving court illuminance.

Minor wear and surface contamination progress to uneven bounce, coating delamination, and eventual full resurfacing. That increases repair scope and downtime; scheduled touch-ups spread costs and reduce the chance of emergency resurface work.

Leaves and trapped water freeze into cracks, accelerating surface damage and drainage issues. Skipping pre-winter cleaning and inspection can lead to larger repairs and months of lost play when repairs are needed.

Not always. Plans are customizable by usage. A basic annual inspection with targeted touch-ups often prevents larger repairs and keeps costs predictable for low-use courts.

Most courts benefit from at least two seasonal visits per year—typically spring and autumn—but frequency depends on usage and site exposure. We recommend an inspection to set the right schedule.

A typical visit covers a surface inspection, debris removal, targeted coating touch-ups, minor repairs if needed, and a short written condition report with recommendations.

Routine inspections and cleaning usually need under a day and are scheduled outside peak hours. Localised touch-ups can require short closures for curing, typically a few hours to a day.

We measure the court, model two/three-court layouts, apply scaled line markings, adapt net systems, and perform minor surface repairs or overlays.

Small cracks and drainage issues widen over time. Ignoring them often forces full resurfacing later, increasing costs and downtime. Addressing defects first keeps conversion within minor surface work.

Overlapping lines create player confusion and disrupt session flow. Planning with contrast colours and scaled layouts prevents mixed signals and improves safety.

Cost depends on chosen layout, line marking, net adaptation, and any surface repairs. Request a free site evaluation for an itemised written proposal and timeline.

No. Using reversible paint, preserving key tennis lines, and choosing retrofit net solutions lets courts remain usable for both sports when planned correctly.

Two regulation pickleball courts fit comfortably; three is possible in some layouts but may require staggered placement and tighter spacing. We model options during design.