Tennis Court Installation Questions

Clay soil holds water and shifts seasonally, so it requires a deeper aggregate base and often a perimeter French drain to move water away from the court pad. The sub-grade is compacted and sometimes treated or replaced before the base goes down. Skipping this step is the most common reason courts crack or heave within a few years.

Most residential tennis court installations come in at $30,000-$60,000, depending on site conditions, surface type, and whether fencing and lighting are included. Grading on uneven ground and drainage work are the two factors that move the number most. An on-site evaluation gives you a firm itemised figure before any work begins.

The base is the biggest driver, compacted aggregate sub-base, proper drainage layers, and a stable binder course account for a large share of the total. Surface material, perimeter fencing, net posts, and line marking each add to that. Difficult access or significant grading on sloped ground pushes costs higher still.

Choosing an asphalt surface over post-tension concrete keeps upfront costs lower, and skipping lighting at the start reduces the initial spend. A flat, already-cleared lot with good natural drainage cuts site-prep costs significantly. Phasing fencing or lighting into a later project is a practical way to spread the investment.

The itemised written estimate covers base preparation, surfacing, fencing, net-post installation, line marking, and any lighting scoped into the project. You receive the full breakdown before work starts, so every line item is visible. A final walkthrough is completed before the job is signed off.

No. Every enquiry starts with an on-site evaluation of the space and drainage, and the written estimate that follows itemises base preparation separately from surfacing and other scopes. Grading and clearing requirements are assessed during that visit, so they appear in the quote rather than as a surprise invoice later.

A regulation singles court is 78 by 27 feet, but with run-off space on all sides you need a cleared area of roughly 120 by 60 feet minimum. Doubles play adds width, bringing the recommended footprint to around 120 by 66 feet. An on-site evaluation confirms whether your available space meets that requirement.

A smaller practice court or a multi-sport layout can work on tighter lots where a full regulation court will not fit. The minimum usable footprint for a practice surface is roughly 60 by 120 feet, but even that needs clear overhead and side clearance. An on-site measurement determines what format is realistic for your space.

Run-off space, typically 12 feet at each baseline and 10 feet on each side, is as important as the court footprint itself. Without it, balls leave play constantly and the surface edge deteriorates faster. The on-site evaluation measures your available area and flags any setback or boundary constraints before design begins.

A well-built court adds usable outdoor square footage and is a draw for buyers who want recreational amenity on-site. The return varies by neighborhood and lot size, larger properties in areas where outdoor living is valued tend to see the strongest lift. A court that is properly drained and surfaced also costs far less to maintain over time.

Yes, in most cases, though the amount depends on the local market and the condition of the court. A cracked or poorly drained court can actually reduce perceived value, while a well-maintained asphalt or cushioned surface in good condition is a genuine selling point. Proper base construction is what keeps the surface in good shape for years.

A full regulation court suits properties with at least 120 by 60 feet of flat, clear space. If your lot is smaller or irregularly shaped, a practice court or a multi-sport layout often delivers more usable play per square foot. The on-site evaluation maps your space and recommends the format that fits.

Yes, rolling ground is workable but requires more grading to establish a level, properly sloped court pad. Cut-and-fill grading on a sloped lot adds cost and time, and retaining walls may be needed at the court perimeter. The on-site evaluation maps the existing grade and scopes the earthwork required before any commitment is made.

Yes. Tennis court construction requires specific base compaction tolerances, precise cross-slope grading, and surface materials that a general contractor rarely works with. An incorrect base cannot be fixed by resurfacing, it has to be torn out. A court specialist scopes drainage, base depth, and surface compatibility as a single integrated system from the start.

Building sooner on a properly prepared site costs less over time than waiting and dealing with a rushed or under-budgeted build later. If the full scope is out of reach now, phasing the project, base and surface first, fencing and lighting later, is a practical middle ground. An itemised estimate makes it easy to see where phasing is possible.

Asphalt costs less upfront and is durable, but plays hard and fast. Cushioned acrylic over asphalt adds a layer that reduces joint stress and slows the ball slightly, at moderate extra cost. Post-tension concrete is the most durable long-term base but carries the highest initial price. The right choice depends on your budget, usage level, and preferred playing style.

A well-compacted crushed-stone base with adequate depth, typically 4 to 6 inches, handles freeze-thaw movement better than a thin base over clay. Post-tension concrete resists cracking under ground movement more effectively than standard asphalt, though it costs more. Proper sub-grade drainage is the most important factor regardless of which surface material you choose.

Site prep typically includes clearing vegetation, rough grading to establish a consistent slope for drainage, compacting the sub-grade, and laying a crushed-aggregate base. The amount of work depends on how level and clear the ground already is. The on-site evaluation assesses all of this and includes it in the itemised estimate. See Court Design & Site Preparation for more detail.

Yes, always. A court surface laid on an uneven or poorly draining sub-grade will crack and pond water within a few seasons. Grading establishes the correct 1-percent cross-slope that moves water off the surface, and the drainage layer beneath the base handles what the slope cannot. Both are assessed and scoped during the initial site evaluation.

The build covers sub-grade preparation, compacted aggregate base, binder and surface course, net-post sleeves, line marking, and perimeter fencing. Lighting is scoped separately if requested. Every element is listed in the written estimate so you can see exactly what is and is not included before work starts.

A straightforward residential court on a prepared site typically takes one to three weeks from groundwork to final line marking, weather permitting. Significant grading, drainage work, or fencing adds time. Concrete bases require curing time before surfacing, which can extend the schedule by several days beyond an asphalt build.

Grading and base work generate the most disruption, heavy equipment, soil movement, and dust are normal during that phase. Once the base is down, surfacing and line marking are relatively contained. Access routes for equipment are discussed during the site evaluation so you know what to expect before work begins.

Greensboro-area lots vary widely, some need only minor finish grading, while properties with natural slope or clay-heavy soil require significant cut-and-fill work. The on-site evaluation measures existing grade and soil conditions, and the written estimate breaks out earthwork as its own line item so you can see exactly what the site requires.

A full doubles court is 78 feet long and 36 feet wide, but you need roughly 120 by 60 feet total to include safe run-off space on all sides. That buffer is what allows comfortable play, fencing clearance, and access around the court.

Sometimes. A practice layout is a viable option when the full 120-by-60-foot footprint is not available. The on-site evaluation confirms what will actually fit and whether a scaled layout still gives you a usable playing surface.

Standing water on an acrylic surface accelerates surface wear and can cause the base to shift over time. Correcting drainage after the court is built costs significantly more than addressing it during the original site prep.

Concrete base with an acrylic surface is the most common choice for residential and HOA courts. Asphalt base is also an option. The on-site evaluation factors in drainage and intended use before a surface is recommended.

Site conditions drive most of the variation. A flat, well-drained lot needs less grading and drainage work than a sloped or clay-heavy site. The written estimate breaks each element out separately so you can see exactly what is driving the scope.

Dimension and layout are confirmed during the on-site evaluation and documented in the written estimate before any work starts. A final walkthrough is completed before the job is signed off, giving you the opportunity to raise any concern before the project closes. Starting with a thorough site assessment is the primary safeguard against a court that does not perform as expected.

Contact the partner who completed your build directly, they are the responsible party for workmanship issues. Documenting the problem with photos and reaching out promptly gives the clearest path to a resolution. For surface wear or drainage concerns that develop over time, resurfacing and repair services are also available.

Permit requirements for tennis courts vary by municipality and lot size in the Greensboro area. Our partners are familiar with local code requirements and can advise on what approvals are needed for your specific site. Permit responsibility and any associated fees are clarified in the written estimate before work begins.