Frequently Asked Questions

Most backyard sports courts come in at $15,000-$42,000, depending on size, surface type, and what add-ons you include. A basic half-court with a modular tile surface sits at the lower end, while a full court with concrete base, fencing, and lighting sits higher. An on-site evaluation produces an itemised written estimate so you see exactly where the money goes.

The biggest cost drivers are court size, base type, surface material, and how much site prep the yard needs. A flat, accessible yard with stable soil costs less to prepare than a sloped lot that needs grading and drainage work. Fencing, lighting, and multi-sport line markings each add to the total.

It depends on which sport you want to play and whether a full or half court works for you. A half-court basketball setup needs roughly 30 by 30 feet; a singles pickleball court needs 30 by 60 feet. An on-site evaluation measures the usable space, accounts for setbacks and obstacles, and confirms what fits before any work begins.

In most Austin-area jurisdictions, a ground-level sports court does not require a building permit, but fencing above a certain height often does. Rules vary by city and neighborhood, so it is worth checking with your local permitting office before breaking ground. An on-site evaluation can flag likely permit requirements for your specific address.

Many HOAs require approval for permanent outdoor structures, including sports courts. Restrictions often cover surface color, fencing height, and lighting. Review your HOA’s CC&Rs before committing to a design, and submit plans early since approval timelines vary. Our partners work with HOA boards on community-scale courts as well; see Commercial HOA & School Courts.

Site prep typically covers clearing vegetation, grading the area to a consistent slope for drainage, compacting the sub-base, and pouring or laying the chosen surface. Unstable or expansive soil may need additional base depth or a gravel drainage layer. Every project starts with an on-site evaluation that determines exactly what prep your yard requires. See Court Design & Site Preparation for more detail.

Most basketball court installations in the Austin area come in at $15,000-$42,000, depending on court size, surface type, base work required, and whether hoops, fencing, or lighting are included. A half court costs noticeably less than a full court. The best way to get an accurate number is an on-site evaluation, which produces an itemised written estimate.

In most Austin-area jurisdictions, a backyard sports court requires at least a grading or impervious cover permit, and some municipalities add a zoning review. Requirements vary by city and lot size, so checking with your local planning department before breaking ground is essential. Skipping permits can result in fines or a mandatory removal order.

A regulation full court is 94 by 50 feet; a half court is 47 by 50 feet. For safe play, add at least 3 feet of buffer on every side. A half court fits comfortably on many standard residential lots, while a full court typically needs a larger property or a dedicated open area.

No. Grass cannot support a stable playing surface. The existing turf and topsoil are removed, the ground is graded and compacted, and a structural base of crushed aggregate is installed before any surface material goes down. Building directly on grass leads to settling, cracking, and an uneven bounce within one season.

Almost every site needs some grading. The ground must be level within a tight tolerance and slope slightly for drainage. An on-site evaluation identifies how much cut-and-fill work is needed before any surface goes down. Skipping this step is the most common reason courts crack or puddle within a few years. See Court Design & Site Preparation for more detail.

DIY is rarely cost-effective for a full court. Grading, compaction, and slab work require equipment most homeowners do not own, and errors in slope or base depth cause cracking and drainage problems that are expensive to fix. Material costs alone are close to a contractor’s quote, without the labour, equipment, or warranty coverage.

Cracking and pooling almost always trace back to base failure or inadequate drainage slope. When the sub-base shifts, settles unevenly, or was never graded correctly, the surface above it cracks and water has nowhere to go. Resurfacing alone will not fix either problem if the base underneath is compromised.

Resurfacing works when the base is structurally intact and cracks are surface-level only. A full rebuild is necessary when the sub-base has shifted, drainage is failing, or cracking runs deep through the asphalt or concrete. An on-site evaluation of the existing base and drainage is the only reliable way to tell which path is right for your court.

Yes, when the base and surface are built to commercial-use standards. A properly compacted aggregate base under an asphalt or concrete slab, finished with an acrylic sport coating, holds up to continuous daily traffic from large groups. Cutting corners on base depth or compaction is what causes premature failure under heavy use.

Removing the old surface can reveal a compromised sub-base, poor drainage, or soil that needs regrading before a new base can be laid. These conditions are not always visible until demolition is complete. The on-site evaluation reduces surprises, but any findings are documented and discussed before additional work proceeds.

Court size, number of sports, base condition, drainage requirements, fencing height, and lighting all affect the final figure. Sites with poor drainage or unstable soil need more base preparation, which adds to the scope. The itemised written estimate produced after the site evaluation breaks each factor out so there are no line-item surprises.

The court area is fenced off and inaccessible during construction, but surrounding paths, parking, and facilities remain open. Noise and equipment activity are concentrated during standard working hours. The schedule is confirmed before work starts so HOA boards and school administrators can notify residents or students in advance.

An on-site evaluation measures your available space and checks drainage before anything else. A standard half-court basketball setup needs roughly 30 by 25 feet; a full pickleball court needs 44 by 20 feet minimum, plus buffer. Most yards that feel too small still have workable options once the site is assessed properly.

Yes, in most cases. A hard court surface is impermeable, so water that previously soaked into your lawn now has to go somewhere. Without planned drainage, it pools on the surface or undercuts the base. The on-site evaluation checks existing drainage patterns before any prep work is scoped.

Yes, but the slope has to be cut and filled to bring the court area within acceptable tolerances before surfacing begins. Mild slopes are straightforward; steeper grades require more grading and retaining work. The site evaluation determines exactly how much rework the terrain needs.

No. Leveling is one part of it, but site prep also covers clearing vegetation, removing topsoil, compacting a stable sub-base, and routing drainage away from the court footprint. Skipping any of those steps leaves the surface vulnerable to settling, cracking, and standing water.

Poor prep leads to surface cracking, low spots that collect water, and uneven playing areas that develop within a few seasons. Base material that was not properly compacted shifts under load, which separates the surface layer from the sub-base. Fixing those problems later costs significantly more than doing the prep correctly the first time.

The court area needs to slope no more than 1 percent in any direction to shed water without affecting play. How much earthwork that requires depends entirely on your existing grade. The on-site evaluation measures current elevations and determines the cut-and-fill volume before a written estimate is produced.

Start with the fixtures: flickering, uneven brightness, or corroded poles usually point to repair, while widespread dim coverage or outdated wiring often means replacement. A site evaluation checks each fixture, the wiring runs, and pole condition so you get a clear answer before any work is quoted.

Properly aimed sports court fixtures use full-cutoff optics that direct light downward onto the playing surface and stop it at the boundary. Pole height, fixture angle, and mounting position are all set during the site evaluation to keep light on your court and off adjacent properties.

Galvanized chain-link with a vinyl coating is the most common choice: it contains balls reliably, resists rust, and holds up in sun and rain. For a cleaner look, welded wire panel fencing is an alternative, though it costs more and suits lower-impact sports better than basketball or tennis.

No -- a single damaged section can usually be replaced without touching the rest of the fence, as long as the existing posts are still plumb and the mesh gauge matches. If posts are leaning or the original material is no longer available, a full replacement may be the more cost-effective path.

Fixture placement is calculated using a photometric layout that maps foot-candle levels across the entire court surface. Pole positions, mounting heights, and beam angles are set to hit the target uniformity ratio before installation begins, so there are no dark corners or hot spots once the lights are on.

Tennis courts typically need 10-foot fencing on the sides and 12 feet at the ends to stop high lobs. Basketball and pickleball courts generally work with 8-10 feet. The right height depends on the sport, lot boundaries, and any local ordinance limits, all of which are confirmed during the site evaluation.

Isolated cracks with a surface that still holds color and texture well usually point to targeted repair. When cracking is widespread, the color coat is faded or peeling across large areas, or the surface feels rough and uneven underfoot, resurfacing is the more practical fix. An on-site evaluation will tell you which applies to your court.

A hairline crack can be filled and sealed, but leaving it unaddressed lets water work into the base, which widens the crack faster. Patching buys time only if the surrounding surface is otherwise sound. If the base is already compromised, a patch will re-open within one or two seasons.

A full resurfacing job typically covers pressure washing, crack filling, base repairs where needed, application of new acrylic surface coats, and line striping. Every project starts with an on-site evaluation and ends with a walkthrough before sign-off, so nothing is missed between prep and finished lines.

Drainage and low spots are assessed during the on-site evaluation before any surface work begins. Filling cracks while leaving a drainage problem untouched just delays the same failure, so base grading and low-spot correction are addressed as part of the written estimate when they are found.

When damaged or heavily faded areas cover roughly a third or more of the total surface, spot repair becomes difficult to blend and rarely holds as long as a full resurface. At that point, resurfacing the whole court costs less over time than repeated patching of an aging surface.

Color matching on a weathered court is never exact, because the existing surface has faded over time. A patch will be close but may read slightly different in direct sunlight. Resurfacing the full court eliminates the mismatch and gives you a uniform finish across the entire playing area.

Most multi-sport court projects in the Austin area come in at $15,000-$42,000, depending on court size, surface type, and how much site preparation the yard needs. Grading, drainage work, fencing, and lighting each add to the base figure. An on-site evaluation produces an itemised written estimate so you see every line before committing.

The biggest cost factors are site preparation, court size, and surface material. A yard that needs significant grading or drainage correction costs more to prepare than a flat, well-drained lot. Fencing, lighting, and the number of sport lines painted also affect the final figure. An itemised estimate breaks each element out clearly.

Yes, grading and drainage are separate line items because the scope varies widely by site. A yard that is already close to level costs far less to prepare than one with significant slope or standing-water issues. The on-site evaluation identifies exactly what the ground needs, and the written estimate lists that work before any digging starts.

Yes. A standard 30-by-60-foot surface accommodates a full pickleball court and a half-court basketball layout with shared line markings in contrasting colors. The same acrylic or modular sport surface works for both games. Most homeowners find the dual-sport layout gets more daily use than a single-sport court would.

It depends on your usable flat area and any setback requirements. A pickleball-only court needs roughly 30 by 60 feet; adding basketball lines or a full pickleball run-off zone pushes that wider. The on-site evaluation measures your space and identifies any grading or boundary constraints before a layout is proposed.

Plan for at least 30 by 60 feet of usable, level ground for a combined pickleball and half-court basketball layout. Adding run-off clearance on each end -- ideally 5 to 7 feet -- improves playability and safety. Tighter lots can still work for a scaled layout; the site evaluation confirms what fits.

A standard pickleball court is 20 feet wide by 44 feet long, but you need buffer space around it, plan for at least 30 by 60 feet of usable, level ground. An on-site evaluation will confirm whether your yard can accommodate that footprint after accounting for fences, trees, and grade changes.

Yes, and it is often the most cost-effective route. A standard tennis court fits four pickleball courts side by side. The process involves resurfacing if needed, then painting new lines over the existing base, no new slab required if the current surface is structurally sound. Learn more about the conversion process.

Not always. If you have an existing concrete or asphalt surface in good structural condition, it can often be resurfaced and lined rather than replaced. A new slab is needed when the existing base has significant cracking, heaving, or drainage problems that resurfacing alone cannot fix.

Consistent ball bounce depends on a flat, smooth surface with no more than 1 percent slope for drainage. The surface texture needs to be coarse enough for grip but uniform enough to avoid dead spots. Accurate line marking to USAPA dimensions and a stable, well-compacted base underneath complete the picture.

The court itself is 20 by 44 feet, but safe play needs run-off space on all sides, typically 10 feet at each end and 5 feet on each side. An on-site evaluation maps your usable area against those clearances before any work is scoped or priced.

Poor drainage causes standing water, which accelerates surface cracking and promotes algae growth that makes the court slippery. The base preparation phase addresses this with correct grading and, where needed, subsurface drainage channels. Skipping that step leads to costly repairs within a few seasons.

Most residential tennis court installations come in at $120,000-$250,000, depending on surface type, base preparation, fencing, and lighting. Concrete bases cost more than asphalt upfront. Site conditions like slope and drainage access also shift the final number.

Surface material, base depth, site grading, fencing height, and lighting all move the price. A flat, clear lot with good drainage costs less to prepare than a sloped or tree-covered one. Adding post-tension concrete, windscreen, or LED lighting adds to the total.

A regulation singles court is 78 feet long by 27 feet wide, but the full playing area including run-off zones requires roughly 120 by 60 feet. That is about 7,200 square feet of usable, level ground before fencing or buffer space is added.

It depends on whether you have a clear, roughly 120-by-60-foot footprint after accounting for setbacks and utilities. An on-site evaluation measures the usable area, checks drainage, and flags any obstacles before any work is planned.

Concrete lasts longer and holds its shape better in heat, but costs more upfront and is less forgiving on joints. Asphalt is less expensive and easier to repair, but softens in extreme heat and needs resurfacing sooner. Most long-term homeowners choose concrete for lower lifetime maintenance costs.

An asphalt base with an acrylic surface coating is the lowest-cost full-build option. Skipping lighting and using a basic chain-link fence also reduces the total. Keep in mind that lower upfront costs often mean earlier resurfacing expenses, so the savings narrow over a ten-year horizon.

Most tennis courts can be converted, but the deciding factor is the condition of the base and surface. Courts with deep cracks, significant drainage failure, or a compromised sub-base need repair work before conversion. An on-site evaluation checks all of this before any work is scoped, so you get a clear answer upfront.

Most conversions come in at $5,000-$15,000, depending on surface condition, whether resurfacing is needed, and how many pickleball courts you want marked. An itemised written estimate is provided after the on-site evaluation, so you know exactly what each element costs before committing.

Not always. If the existing surface is structurally sound with only minor wear, new line marking can go straight onto it. Courts with widespread cracking, surface delamination, or uneven drainage typically need resurfacing first so the new lines bond correctly and play consistently. The on-site evaluation determines which applies to your court.

No. A standard tennis court at 60 by 120 feet fits up to four pickleball courts, each 20 by 44 feet, with comfortable buffer zones around each one. Players get adequate run-off space, and the courts feel open rather than tight. The layout is planned during the design phase to maximize usable playing area.

The full tennis court footprint stays intact. A dual-use line marking plan keeps the original tennis lines visible alongside the new pickleball lines, typically in a contrasting color so players can read each sport’s layout without confusion. You lose no playing area for tennis.

The on-site evaluation covers surface condition, crack depth, drainage performance, fencing suitability, and available space for buffer zones. These factors determine whether the court needs repairs before conversion, what line-marking layout fits best, and whether lighting or net post adjustments are required.

Yes, a backyard basketball court can add value, though the gain depends on your neighborhood, lot size, and buyer demand. In family-oriented markets, a well-built court is a strong selling point that sets a property apart. Courts that are poorly sited or take up most of the yard can limit appeal, so placement and design matter as much as the surface itself.

A half-court with a basic acrylic surface, minimal fencing, and no lighting is the lowest-cost starting point. Keeping the footprint smaller reduces base preparation, surfacing, and drainage work significantly. A modular sport tile surface over an existing flat concrete pad cuts costs further by skipping excavation. An on-site evaluation will show which approach your space and soil actually support. See backyard court options

No. Austin Sports Courts is an enquiry service. We arrange a vetted independent local court builder to carry out the on-site work. The builder handles excavation, base preparation, surfacing, fencing, and line marking. We manage the process from your first enquiry through to the final walkthrough.

We arrange court builders across Austin, West Lake Hills, Lakeway, Bee Cave, Cedar Park, Georgetown, Round Rock, and surrounding Central Texas communities. If you are unsure whether your location is covered, submit an enquiry and we will confirm.

The estimate lists sub-base compaction, concrete or asphalt base, acrylic color coat, regulation line marking, fencing, and lighting as separate line items. You see each element and its cost before anything is booked.

Yes. Resurfacing and repair are available for worn or cracked courts across all covered areas. The process still starts with an on-site evaluation to assess the existing base condition before any scope is written.

A quote without a site visit cannot account for caliche depth, limestone, Hill Country grades, or drainage requirements. Those factors directly affect excavation cost and base design. An estimate written without that information is likely to change once work begins, sometimes significantly.

We arrange court builders for backyard courts, HOA facilities, school courts, and commercial properties. HOA projects in communities like West Lake Hills, Lakeway, and Bee Cave often involve design review requirements, and the written scope can be used to support that process.

A site measurement is the only reliable way to confirm. Slope, drainage paths, and setbacks all affect what fits. An on-site evaluation checks the available footprint and flags any grading or drainage work needed before a layout is drawn up.

Permits can apply when a project adds a paved area, changes drainage, or includes lighting. Local rules vary across Austin, Cedar Park, Lakeway, and surrounding areas. The site evaluation stage is the right time to identify what approvals the project will need.

Cracks allow water to reach the base layer. In Central Texas, where expansive clay and caliche soils shift with moisture, that water accelerates slab movement. What starts as a surface repair can become a full base rebuild if the damage is left to grow through a wet season.

Resurfacing works when the base is still sound. If the court has major cracking, drainage failure, or slab movement, a rebuild is the more cost-effective long-term fix. A surface inspection confirms which path makes sense before any work is scoped.

Yes. Fencing and lighting are planned in the same site visit and written into the same estimate, covering pole placement, fixture angling, fence height, post footings, and conduit runs. Scoping both together avoids a second site visit and keeps the project on one timeline.