Frequently Asked Questions

Most backyard sports court projects in San Diego County come in at $20,000-$35,000, depending on court size, surface type, base conditions, and whether fencing or lighting is added. A full on-site evaluation gives you an itemised written estimate before any work begins.

Sloped or rocky ground requires more base preparation work, which adds cost. Larger court dimensions, premium acrylic surfacing, perimeter fencing, and LED lighting each add to the total. Poor drainage that needs correcting before the slab is poured is another common cost driver.

In most San Diego County jurisdictions, a concrete or asphalt slab above a certain square footage requires a grading or building permit. Requirements vary by city and lot size. The on-site evaluation covers this so you know what approvals apply before work starts.

Yes, a half-court layout works well in tighter yards. A regulation half-court is 47 by 50 feet, but a practical shooting and dribbling court can fit in less. The on-site evaluation measures your usable space and shows you what layout is realistic without crowding the yard.

The on-site evaluation maps your usable area, accounting for setbacks, landscaping, and any grade changes. From there, a layout is drawn that leaves adequate run-off space on each side so the court feels open rather than squeezed into the lot.

The written estimate itemises every phase: base preparation, surfacing, fencing, lighting, and line marking. Nothing is bundled into a vague total. A final walkthrough is completed before the job is signed off so you can confirm every element is finished to spec.

Most basketball court installations in San Diego County come in at $7,500-$15,000, depending on court size, base type, and surface material. A full-size court with concrete base, acrylic surfacing, and line marking sits at the higher end. A half court with a modular tile surface costs considerably less.

A half court with an interlocking modular tile surface over a compacted aggregate base is typically the lowest-cost route. You skip the full concrete pour and reduce the square footage. Keeping the layout simple, no fencing, no lighting, also holds the price down. You can add those later.

No, concrete is one option, not the only one. Compacted aggregate or asphalt bases work well for many backyard courts and cost less. Concrete gives the flattest, most durable surface for serious play. The right base depends on your soil, drainage, and how intensively the court will be used.

A half court fits in roughly 30 by 25 feet, so many standard backyards qualify. Slope and drainage matter as much as raw square footage. Every project starts with an on-site evaluation to confirm whether the space works and what site prep is needed before any commitment is made.

A half court, typically 30 by 50 feet, is the most practical choice for residential yards. It fits one hoop, a three-point arc, and a key, giving you real game play without needing a full 94-by-50-foot footprint. Smaller practice courts around 20 by 25 feet work for shooting drills.

Cracking and puddling almost always trace back to inadequate base preparation or poor drainage, not the surface itself. A properly compacted base with correct slope prevents standing water. Concrete courts can develop hairline cracks over time; sealing them early stops them from widening. Surface coatings wear faster in high-UV areas without periodic recoating.

Resurfacing works when the base is structurally sound and cracks are surface-level only. If the sub-base has shifted, drainage has failed, or the asphalt shows alligator cracking across large sections, a full replacement is the more cost-effective path. An on-site evaluation will confirm which option applies before any work is scoped.

Widespread alligator cracking, standing water after rain, sections that have heaved or sunk more than half an inch, and recurring cracks in the same spots all point to base failure. Patching surface cracks over a compromised base buys months, not years. Those signs mean the sub-base needs attention, not just the top coat.

Recurring cracks almost always mean the base beneath is moving, settling, or holding water. Filling the surface crack without fixing the underlying cause lets ground movement reopen the same line within one or two seasons. A proper repair addresses drainage and base stability first, then resurfaces on top of a stable foundation.

Every project starts with an on-site evaluation covering the existing surface condition, sub-base integrity, drainage flow, slope, and site access. That assessment feeds directly into an itemised written estimate covering base preparation, surfacing, fencing, lighting, and line marking so there are no surprises once work begins.

Yes. The on-site evaluation specifically looks at drainage and sub-base condition, not just the visible surface. Drainage issues that are not caught before work starts tend to resurface as cracking or ponding within a year, so that inspection is a required step before any estimate is written. Learn more about what site prep involves.

Slope is verified during the on-site evaluation and again during base preparation. Sport courts require a consistent 1 percent cross-slope to shed water without affecting play. Any low spots or high points in the existing base are corrected before surfacing begins, and the finished grade is confirmed at the final walkthrough.

Without proper site prep, the court base will shift, crack, or drain poorly within a few seasons. A stable, level sub-base is what keeps the surface flat and the lines true over time. Skipping it trades short-term savings for expensive repairs later.

Yes, most sloped or uneven yards can be graded to a usable level. The amount of cut-and-fill work depends on how steep the grade is and how large the court footprint needs to be. An on-site evaluation confirms what grading is required before any estimate is written.

Yes, drainage is addressed during site prep, not after. Water pooling under a court base causes heaving and surface cracking. The on-site evaluation checks existing drainage patterns, and any corrections are itemised in the written estimate before work begins.

Site prep covers clearing the area, grading the ground to the correct slope, compacting the sub-base, and resolving any drainage issues. Each of those steps is scoped during the on-site evaluation and listed in the itemised written estimate so you know exactly what is planned.

Yes, tree removal, root grinding, and old concrete demolition are all part of site prep. The on-site evaluation identifies what needs to come out, and that work is included in the itemised estimate. Leaving roots or old slabs in place would undermine the base over time.

The scope varies by yard condition and is defined during the on-site evaluation. The written estimate itemises clearing, excavation depth, and any demolition separately so you can see exactly what each phase covers before approving the work.

If your fixtures are older metal halide or fluorescent units, replacing bulbs rarely solves uneven coverage or long warm-up times, the fixture itself is the problem. LED retrofits can work when the housing and poles are structurally sound. A site evaluation will confirm whether the existing layout delivers adequate foot-candles for your sport before any work is recommended.

Properly aimed LED fixtures with full-cutoff optics direct light downward onto the court surface and sharply limit spill beyond the boundary. Pole height, wattage, and beam angle are all set to keep light on the playing area. A site evaluation accounts for neighboring properties before the layout is finalized.

Full-cutoff LED fixtures are mounted at the correct pole height and aimed at a calculated angle so the beam lands on the court surface rather than into players’ eyes. Symmetric or asymmetric optics are chosen based on court width and pole placement. Getting the mounting height and spacing right during layout is what eliminates glare, it cannot be corrected after poles are set.

Not reliably. Court lighting requires correctly sized electrical circuits, weatherproof conduit, and pole footings engineered for wind load. Fencing posts need concrete footings set to the right depth for your soil. Errors in either area create safety hazards and often require full removal and reinstallation to fix.

Post footings are core-drilled or dug at the perimeter, outside the playing surface, so the court itself is not disturbed. Conduit runs are planned during the site evaluation to avoid cutting through finished acrylic or asphalt. A final walkthrough confirms the surface is intact before the job is signed off.

Most court lighting and fencing projects in San Diego County come in at $6,000-$15,000, depending on court size, number of poles, fence height, and material choice. Every project gets an itemised written estimate after the on-site evaluation so you see exactly what each scope costs before committing.

Isolated cracks under a quarter-inch wide with sound surrounding surface usually qualify for targeted repair. If cracking is widespread, the coating is flaking across large areas, or drainage has failed, resurfacing the full court is the more durable fix. An on-site evaluation will confirm which scope is appropriate before any work is quoted.

A surface patch alone rarely stops the underlying cause. If the base has shifted or water is getting beneath the slab, the crack will reopen within one or two seasons. Patching works when the base is stable and the crack is isolated, otherwise it delays a larger, costlier repair.

Spot repair makes sense when damage is confined and the base is stable. Full resurfacing is the better value when cracking or coating wear covers more than roughly a third of the court, because patching that much area rarely produces a consistent playing surface or a lasting result.

Yes, when the scope calls for it. The repair sequence fills and stabilises cracks first, levels low spots in the base, then applies fresh coating, so all three issues are resolved in one mobilisation rather than returning for separate visits.

Patched areas are matched to the existing color as closely as possible, but a perfect blend is not guaranteed on aged or faded courts. Full resurfacing eliminates the blending issue entirely because the entire playing surface receives a uniform new coat.

The on-site evaluation is designed to catch exactly that. If surface damage is a symptom of base failure, soil movement, or drainage issues, the written estimate will reflect the full scope needed, so a repair does not mask a problem that will resurface within a season.

Most multi-sport court installations in San Diego County come in at $20,000-$35,000, depending on court size, surface type, and how much site preparation the yard needs. Base work, surfacing, line marking, and any fencing or lighting all factor into the final number.

Court size is the biggest driver, followed by surface material, the amount of grading or drainage work the site needs, and any add-ons like fencing or lighting. A flat, well-drained yard costs less to prepare than a sloped or clay-heavy one.

Acrylic-coated asphalt or concrete is the most common choice for multi-sport courts because it handles basketball, pickleball, and tennis lines on one surface. Modular polypropylene tiles are a good alternative where a cushioned feel or easier repair access matters more than a seamless finish.

That depends on your usable flat area and any setback requirements from property lines or structures. An on-site evaluation measures the space and identifies obstacles, so you get a clear answer before any work is planned or quoted.

A regulation pickleball court is 20 by 44 feet; a half basketball court runs roughly 42 by 50 feet. A combined multi-sport layout typically needs at least 60 by 90 feet to accommodate both games comfortably with safe run-off space around the lines.

Yes, grading is required before any surface goes down. A court that isn’t level drains poorly, causes ball bounce inconsistencies, and puts uneven stress on the surface layer. The on-site evaluation identifies how much grading your yard needs before work begins.

Most pickleball court installations in San Diego County come in at $20,000-$35,000, depending on site conditions, base work required, and the surfacing and accessories you choose. An itemised written estimate is provided after an on-site evaluation so you know exactly what each line item covers before any work begins.

It depends on the condition of your existing surface. An on-site evaluation checks for cracks, drainage issues, and slope; if the base is structurally sound and drains properly, it can often be resurfaced rather than replaced. A failing or poorly graded slab typically needs to be rebuilt to avoid cracking and puddling later.

Concrete is generally the better long-term base for pickleball courts, it resists deformation, holds its grade, and supports acrylic surfacing well. Asphalt costs less upfront but is more prone to cracking and surface oxidation over time, especially in San Diego County’s sun exposure. Both can work; the right choice depends on your budget and how heavily the court will be used.

A straightforward backyard pickleball court typically takes one to two weeks from groundbreaking to final walkthrough, assuming no significant demolition or drainage work is needed. Sites requiring grading, new concrete, or fencing add time. The written estimate includes a projected schedule specific to your site conditions.

Yes. Drainage and leveling are evaluated during the on-site assessment and addressed in the base preparation phase. Proper slope, typically a 1 percent grade, is built into the slab or compacted base to move water off the court surface and prevent puddling. Both are covered in the itemised estimate. Court Design & Site Preparation

Cracking is prevented by proper base compaction and, where concrete is used, correct joint placement and curing time. Puddling is prevented by building a consistent 1 percent drainage slope into the base before surfacing goes down. Both are assessed during the on-site evaluation and confirmed before the final walkthrough sign-off.

Most full tennis court installations in San Diego County come in at $3,000-$8,000, depending on site conditions, surface choice, and whether fencing and lighting are included. Sloped lots or poor drainage can push costs higher. An on-site evaluation gives you an accurate figure before any commitment.

The itemised written estimate covers base preparation, surfacing, fencing, lighting, and line marking. A final walkthrough is completed before the job is signed off. You see every line item upfront, so there are no surprise charges at the end.

Sloped ground, clay-heavy or rocky soil, poor natural drainage, and remote access all add cost because they require more excavation, grading, or drainage work before the base can be laid. Upgrading to premium surfacing, adding lighting, or choosing a higher-grade fence system also increases the total.

A regulation court is 78 by 36 feet, but you need at least 120 by 60 feet of clear, level space to allow proper run-off behind each baseline and along the sides. That total footprint is roughly 7,200 square feet. Anything tighter limits play and may require a scaled-down layout.

That depends on your usable flat area, setbacks from property lines, and any easements. Every project starts with an on-site evaluation that maps the available space and flags any constraints. Many lots that look borderline on paper can fit a court once grading and orientation are worked out.

A well-built asphalt-base court with acrylic surfacing typically goes 8 to 12 years before it needs resurfacing, assuming routine cleaning and crack sealing along the way. The base itself, if properly prepared, can last several decades. Neglecting minor cracks accelerates surface failure and eventually damages the base beneath.

Yes, most standard tennis courts can be converted. A single tennis court measures 60 by 120 feet, which is large enough to accommodate multiple pickleball courts. The main deciding factors are surface condition, drainage, and available clearance around the playing area. An on-site evaluation confirms whether your court qualifies before any work begins.

A standard tennis court fits four pickleball courts side by side. Each pickleball court is 20 by 44 feet, so a 60-by-120-foot tennis court accommodates four courts with buffer space between them. Tighter lots may fit two or three courts depending on fencing placement and safety margins.

It depends on the surface condition. Asphalt and post-tension concrete courts in sound structural shape can usually accept new pickleball lines and an acrylic resurfacing coat directly. Courts with significant cracking, heaving, or drainage problems need repairs first. An on-site evaluation identifies exactly what the surface requires before conversion work starts.

Surface integrity, drainage, fencing clearance, and net post placement all need review. Cracks, low spots that pool water, and posts positioned for tennis-only play can each affect the finished pickleball layout. The on-site evaluation covers all of these and produces an itemised written estimate so you know what is needed before committing.

Most conversions in San Diego County come in at $500-$1,500, depending on surface condition, number of pickleball courts, and whether fencing or lighting is adjusted. Courts needing significant crack repair or full resurfacing sit toward the higher end. An on-site evaluation produces an itemised written estimate with no obligation.

Surface condition is the biggest variable. Extensive cracking, drainage corrections, or a full resurfacing coat each add to the base price. The number of pickleball courts laid out, net post additions, fencing modifications, and lighting upgrades are all itemised separately in the written estimate so you can see exactly where the budget goes.

No. We are an enquiry service. We arrange a local court builder to carry out the on-site evaluation and construction. The builder who visits your site does the physical work, we handle the coordination and make sure the full scope is in writing before anything is booked.

The builder assesses the ground conditions, drainage slope, available space, and any grading needed. That information drives the written estimate, so nothing is priced blind. Sub-base depth, drainage provision, and surface slope are all reviewed at this stage.

A cracked or eroded base will keep pushing damage through any new surface layer applied on top of it. Delaying resurfacing typically means the base deteriorates further, which increases the scope and cost of repair when you do act.

Pickleball, basketball, tennis, and multi-sport courts for backyard, HOA, school, and commercial sites. We also arrange resurfacing and repair for existing courts that are worn, cracked, or no longer meet regulation dimensions.

The itemised estimate covers the full build scope: base preparation, sub-base compaction, drainage provision, acrylic color coating, fencing, lighting, and regulation line marking. Each element appears as a separate line item so you can see the full picture before committing.

Yes. We arrange builders for sites across San Diego County, including coastal communities, inland areas, and canyon lots that require additional grading or drainage work.

A court needs a stable, level base so the surface plays correctly and doesn’t settle unevenly over time. Site prep also addresses drainage, which is the main reason courts crack and pool water. Skipping it means the same problems appear through any new surface layer within a few seasons.

If the base is still sound, resurfacing can restore playability without replacing the whole court. If there are major cracks, settling, or drainage issues, a full rebuild is usually the better fix. The on-site evaluation checks the base and drainage first so the scope matches the actual condition.

It can, if the problem is caused by low spots, cracked surfaces, or blocked runoff paths. If the base has shifted or the court slope is wrong, surface repair alone won’t solve standing water. The evaluation identifies which issue is causing the pooling before any repair scope is written.

It depends on the city, project size, and what site work is involved. Grading, drainage changes, or added structures can trigger permit requirements. A homeowner should check local building rules before work starts, the on-site evaluation can flag what site work is likely to be involved.

The surface condition, base integrity, drainage slope, and visible cracking are inspected first. That assessment determines whether the job is a repair, a resurfacing project, or a full court replacement, and the written estimate is built around what the inspection actually finds.