Frequently Asked Questions

The right size depends on which sport you want to play. A full basketball court is 94 by 50 feet, but a half-court at 47 by 50 feet works well for most residential yards. A standard pickleball court needs 30 by 60 feet. An on-site evaluation confirms what your specific yard can accommodate.

A practical multi-sport court typically needs at least 30 by 60 feet of usable, level ground. That footprint supports pickleball, half-court basketball, and volleyball with shared line markings. Larger yards can fit a 50 by 94 foot layout that adds a full basketball court. An on-site evaluation confirms the best fit for your space. Learn more about multi-sport layouts

Yes, smaller yards can still support a court. A pickleball court at 20 by 44 feet is the playing area alone, and a half-court basketball setup can be trimmed to fit tighter lots. The key is confirming usable flat space after accounting for fencing setbacks and drainage slopes.

Most yards need at least some grading. Every project starts with an on-site evaluation that checks existing slope, soil stability, and drainage. If the ground is uneven or poorly draining, base preparation and grading are included in the itemised written estimate before any work begins. See what site preparation involves

Cracking almost always starts with a weak base. A properly compacted aggregate sub-base controls moisture movement and distributes load evenly, which prevents the surface from shifting and splitting. Adequate drainage slope, typically a 1 percent grade, keeps water from pooling and working into the base material over time.

Most backyard court projects in the Roanoke area come in at $3,000-$8,000, depending on court size, surface material, grading needs, and whether fencing or lighting is included. An on-site evaluation produces an itemised written estimate so you see exactly where the budget goes before committing.

Most backyard basketball court installations come in at $15,000-$35,000, depending on court size, surface type, and site conditions. A full-size court costs more than a half-court, and significant grading or drainage work adds to the total. Getting an itemised written estimate after an on-site evaluation gives you the clearest picture.

The written estimate covers base preparation, surfacing, fencing, lighting, and line marking as separate line items. You can see exactly what each element costs before any work begins. A final walkthrough is included once the job is complete.

Significant grading on a sloped lot, poor drainage requiring extra sub-base work, and adding fencing or lighting all push the total higher. Larger court dimensions and premium modular tile surfaces cost more than a basic half-court on flat ground. An on-site evaluation identifies these factors before you commit.

Permit requirements vary by municipality and lot size. In Roanoke and surrounding areas, a paved surface above a certain square footage often triggers a zoning or grading permit. Check with your local building department before work starts, skipping a required permit can result in fines or a removal order.

No, grass is not a stable base for a court surface. It compresses unevenly, holds moisture, and causes any surface laid over it to shift and crack. The ground must be excavated and replaced with a compacted aggregate sub-base before concrete, asphalt, or modular tiles are installed.

An NBA full-size court is 94 by 50 feet, but a recreational full court at 84 by 50 feet works for most backyard games. A half-court needs roughly 47 by 50 feet. Add at least 3 feet of buffer on each side for safe out-of-bounds play, so factor that into your available yard space.

Resurfacing works when the base is structurally sound, no heaving, cracking through the slab, or drainage failure. If the sub-base has shifted, water pools after rain, or cracks run deeper than the surface layer, a full rebuild is the right call. An on-site evaluation will confirm which applies before any work is scoped.

Patching and repainting buys time only if the underlying base is intact and cracks are surface-level. Once cracks return within a season or the base shows movement, patches fail quickly and the cumulative cost exceeds a proper resurface. A site visit will show whether the base can support a lasting repair or needs replacement.

Acrylic-coated asphalt or concrete is the standard for school and HOA courts because it handles heavy daily use, holds line markings well, and drains reliably. The right choice between asphalt and concrete depends on your sub-base conditions, budget, and how many sports the court needs to support. Both options are assessed during the on-site evaluation.

Yes. A single court can carry line markings for basketball, pickleball, tennis, and volleyball simultaneously using color-coded layouts that keep each sport readable. The court dimensions and surface type are confirmed during design so every sport plays correctly on the shared space. Multi-sport court options cover the layout combinations available.

A properly graded court sheds water within minutes of rain stopping. Courts are built with a consistent cross-slope, typically 1 percent, so water runs clear of the playing surface. Drainage is assessed during the initial site evaluation, and any grading or sub-surface drainage work needed is included in the written estimate.

The on-site evaluation measures your available footprint, checks setbacks, and maps how many regulation courts or combined-sport layouts will fit. User volume informs whether multiple courts or a single multi-sport layout makes more sense. You receive a written plan before any work begins so the layout is confirmed, not assumed.

Yes, a yard that looks flat to the eye can still have grade variations, soft spots, or drainage issues that will damage a court over time. An on-site evaluation checks actual slope, soil compaction, and water flow before any work begins. Visual flatness is not the same as court-ready ground.

Site prep covers clearing vegetation and debris, grading and compacting the sub-base, addressing drainage, and bringing the ground to the correct slope and bearing capacity for the court surface. Every project starts with an on-site evaluation, and the scope is detailed in a written itemised estimate before work begins.

The first step is an on-site evaluation of the space, soil, and drainage. That assessment drives every decision that follows, placement, grading depth, drainage design, and base specification. Nothing is quoted or scheduled until that evaluation is complete.

During the on-site evaluation, the space is measured against the required court dimensions plus buffer zones for fencing and run-off. If the area is tight, placement and orientation are adjusted to make the best use of what is available before any ground is disturbed.

Not automatically. The area also needs adequate load-bearing soil, proper drainage, and enough clearance around the playing surface. Some sites need significant sub-base work or drainage correction before they are suitable. The on-site evaluation determines whether a given area can support a court and what prep is required.

Poor prep leads to surface cracking, uneven settling, standing water, and heaving from freeze-thaw cycles. These problems shorten the court’s lifespan and create trip hazards. Fixing them after the surface is laid costs significantly more than addressing them during the prep phase.

It depends on what you already have. Existing poles must be the right height, spacing, and structural rating to carry sports lighting fixtures safely. An on-site evaluation checks whether your current poles meet those requirements. If they do not, new dedicated lighting poles are installed as part of the job.

Tennis typically requires fencing at least 10 feet tall on the sides and up to 20 feet behind the baselines. Pickleball and basketball work with lower heights, often 8-10 feet. If balls regularly clear your fence during play, it is too low. An on-site evaluation confirms the right height for your specific sport and court layout.

Poor fixture placement causes both problems. Glare comes from lights aimed too directly at players’ eye level; dark spots come from insufficient overlap between fixture beams. Proper court lighting uses a photometric layout calculated before installation to ensure even foot-candle coverage across the full playing surface with controlled beam angles.

Lighting and fencing can often be added to an existing court without a full rebuild. However, if the surface has significant cracking, drainage problems, or an unstable base, those issues should be addressed first so new post footings and conduit trenches are not compromised. The on-site evaluation flags any surface conditions that need attention before installation begins.

Every job starts with an on-site evaluation covering court dimensions, surface condition, drainage, soil stability for post footings, available electrical supply, and any setback or HOA restrictions. That information feeds into an itemised written estimate so you know exactly what the installation involves before any work starts.

Fixture count, pole height, and mounting angles are calculated using a photometric plan specific to your court’s dimensions and sport. That plan maps foot-candle levels across every zone of the surface before a single pole goes in. Adjustments are made at that stage, not after installation, so uneven coverage is caught on paper first.

Small cracks should be repaired promptly. Water enters hairline cracks, expands during freeze-thaw cycles, and widens them into structural damage that costs significantly more to fix. A crack you can slide a coin into today can become a trip hazard or base failure within one or two seasons.

Surface color fade and minor scuffing are cosmetic; cracking, peeling, or uneven drainage are structural. Structural damage means the coating or base layer has failed and will continue to deteriorate. An on-site evaluation is the only reliable way to tell which category your court falls into.

The most common causes are base movement from soil settlement, water infiltrating the sub-base, freeze-thaw pressure, and UV breakdown of the acrylic coating. Uneven wear often points to drainage problems that concentrate water in one area. Fixing the surface without addressing the underlying cause means the damage returns.

A patch works when damage is isolated to a small area and the surrounding surface is structurally sound. If cracking is widespread or the base has shifted in multiple spots, patching those areas individually costs more over time than a broader repair or full resurfacing. An on-site evaluation determines which approach makes sense.

Yes, in many cases. Courts with localized cracking, minor surface wear, or faded line marking can be maintained through targeted crack filling, coating touch-ups, and re-striping without a full resurface. The deciding factor is whether the base layer is still stable and the damage is contained.

A typical repair scope covers crack filling and base preparation, application of a new acrylic surface coating, and fresh line marking. Every job starts with an on-site evaluation and drainage check, and finishes with a walkthrough before sign-off. The written estimate itemizes each element so you know exactly what is being done.

Most multi-sport court installations come in at $20,000-$45,000, depending on size, surface type, and how much site preparation the ground needs. Base work, surfacing, line marking, and any fencing or lighting each add to the total. An on-site evaluation produces an itemised written estimate so you see every cost before committing.

Site preparation is the biggest cost driver. Uneven ground, poor drainage, or a sloped lot all require more excavation and base work before any surface goes down. Adding fencing, lighting, or multiple sport line sets also increases the total. The itemised estimate breaks each element out so you can see exactly where the money goes.

Start with the sports you want to play and their minimum court dimensions -- a regulation pickleball court is 20 by 44 feet, a half-basketball court typically runs 42 by 50 feet. An on-site evaluation maps your available space, setbacks, and drainage before any layout is drawn. That gives you a realistic size range rather than a guess. Learn more about the design process.

Yes, if you have roughly 30 by 60 feet of usable flat space, a compact multi-sport layout is achievable. Pickleball and half-court basketball are the most common choices for tighter lots. An on-site evaluation confirms whether your yard’s shape, slope, and drainage can support a court without major earthwork.

Painting a driveway costs less upfront but rarely lasts more than one or two seasons before the paint chips and fades. A purpose-built court uses a UV-stable acrylic or modular surface bonded to a properly prepared base, which holds up for years. The driveway option also lacks the correct slope and drainage, so water pools and accelerates surface failure.

DIY court kits exist, but proper base compaction, slope grading, and drainage are hard to get right without equipment and experience. A poorly graded base causes cracking and standing water within a few seasons. Hiring a builder who does an on-site evaluation and provides an itemised estimate protects the investment and avoids costly repairs later.

Most pickleball court installations in the Roanoke area come in at $10,000-$25,000, depending on surface type, base condition, fencing, and lighting. A flat, well-drained site with minimal prep work sits toward the lower end. Drainage issues, sloped ground, or added amenities push the figure higher.

The biggest cost drivers are site grading, base depth, surface material, fencing, and line marking. A site that needs significant excavation or drainage work costs more than one that is already level and stable. Lighting, net posts, and surface color coatings each add to the total.

Yes. Every quote is itemised and covers base preparation, surfacing, fencing, lighting, and line marking as separate line items. You see exactly what each phase costs before any work begins, so there are no bundled surprises.

That depends on slope, drainage, and existing surface condition. Every project starts with an on-site evaluation that checks those factors. Most residential spaces need at least minor grading; a cracked or heaved slab almost always requires remediation before a new surface layer will perform correctly.

A regulation pickleball court is 20 feet wide by 44 feet long. With recommended run-off space on all sides, the total footprint is typically 30 by 60 feet minimum. Competitive play benefits from a 34 by 64 foot envelope, giving players comfortable room behind the baseline.

Concrete is dimensionally more stable and holds a consistent surface texture longer, but costs more upfront. Asphalt is less expensive to install and easier to patch, but it softens in high heat and can develop low spots over time. Both surfaces accept acrylic color coatings and perform well when the base is properly prepared.

Most tennis court installations in this area come in at $40,000-$80,000, depending on site conditions, surface type, fencing, and lighting. Grading a sloped or wet lot adds to the base figure. An on-site evaluation produces an itemised written estimate so you know exactly what each line item covers before any work begins.

The written estimate covers base preparation, surfacing, fencing, lighting, and line marking as separate line items. Drainage work, grading, and any retaining structures are scoped during the on-site evaluation and added if needed. Nothing is bundled into a single number that hides what you are actually paying for.

A regulation singles court is 78 by 27 feet, but you need runoff space on every side. The minimum recommended footprint is 120 by 60 feet, which allows 18 feet behind each baseline and about 10 feet on each side. Doubles play is more comfortable on a 120 by 66 foot footprint.

Yes, with the right sub-base work. Uneven ground is graded flat, and wet or drainage-sensitive soil requires a compacted aggregate base with a drainage layer beneath the surface. Skipping that sub-base work on wet ground leads to cracking and heaving within a few seasons, so it is not a step to cut.

Every enquiry starts with an on-site evaluation of the space and drainage conditions. The sub-base is then graded to a precise cross-slope, typically 1 percent, so water sheets off the surface rather than pooling. On drainage-sensitive soil, a compacted aggregate layer with perforated pipe is installed beneath the base before any surfacing begins.

Yes, if the savings come from a thinner base or skipped drainage work. Surface coatings are cosmetic; the sub-base is structural. A court built on an under-compacted or poorly drained base will develop cracks within a few years as the ground shifts beneath it. Spending adequately on base preparation is the single biggest factor in long-term durability.

Yes, most tennis courts can be converted to pickleball. The existing asphalt or concrete base is usually reusable, and the main changes are new line markings and a lower net. A site evaluation confirms whether the surface and drainage are sound enough to proceed without major base work first.

That depends on the condition of the surface and drainage. Minor surface wear rarely blocks a conversion, but active cracks, low spots that pool water, or a failing base need repair before new lines go down. An on-site evaluation identifies exactly what work is required before any estimate is written.

Not always. If the existing surface is structurally sound with no significant cracking or drainage issues, line marking alone may be enough. If the surface is worn, faded, or cracked, resurfacing before the conversion gives the new lines a clean, durable base and extends the court’s overall life. Learn more about resurfacing

Most conversions come in at $1,000-$3,000, depending on surface condition, whether resurfacing is needed, and how many pickleball courts are being marked. An itemised written estimate is provided after the on-site evaluation so you know exactly what each element costs.

The biggest cost drivers are surface condition, number of pickleball courts marked, net system choice, and whether crack repair or resurfacing is needed first. Adding fencing modifications or lighting also affects the total. The on-site evaluation produces an itemised estimate covering each of those elements separately.

Yes, significantly. Pickleball uses a hard plastic ball that bounces low and fast, so even small surface irregularities cause unpredictable bounces and uneven play. Cracks also collect water and expand over time, accelerating surface failure. Repairing the surface before conversion protects both playability and the longevity of the new line markings.

No. Roanoke Sports Courts is an enquiry service. We arrange a local court builder to carry out the on-site evaluation and construction. The builder handles all ground work, surfacing, and installation. We manage the process from first contact through to the final sign-off walkthrough.

Ground conditions, soil type, natural slope, and drainage all affect the sub-base specification and the total cost. Clay soils common across the Roanoke Valley require deeper compaction than sandy or loam sites. A phone estimate cannot capture those variables, so a site visit is the only way to produce an accurate, itemised scope.

We arrange court builders across Roanoke, Salem, Cave Spring, Botetourt, Bedford, Blacksburg, Christiansburg, and surrounding Southwest Virginia counties. If you are unsure whether your location falls within the service area, submit an enquiry and we will confirm.

Surface cracks allow water to penetrate the base layer. In Southwest Virginia’s freeze-thaw climate, that water expands and contracts each winter, widening cracks and lifting the surface. A court that needs a recoat today can require full base reconstruction within two or three seasons if left untreated, a significantly higher cost.

Permit requirements vary by county and municipality across the Roanoke and New River valleys. Some jurisdictions require a grading or impervious-surface permit; others do not. The local builder arranged for your project will identify the applicable permit requirements during the site evaluation and include any filing steps in the written scope.

Often yes. A yard can look flat and still have drainage problems, soft spots, or small grade changes that affect how the base performs. A proper on-site check catches those issues before the base goes down, preventing puddles, settling, and uneven play later.

It depends on the size of the court, the surface work, and any drainage or concrete work involved. Local builders familiar with Roanoke-area county requirements handle permit coordination as part of the project scope, so you’re not navigating that process alone.

If the surface has minor cracking, faded lines, or small wear spots, resurfacing is often enough. If the court has major cracking, sinking, or drainage problems at the base level, a full rebuild is usually the right fix. An on-site evaluation makes that call clearly.

The estimate lists base preparation, surfacing, fencing, lighting, and line marking as separate line items. Nothing is bundled into a single number, so you can see exactly what each stage costs before any work is booked.

Small cracks let water in. During Roanoke’s freeze-thaw winters, that water expands and spreads the damage across the whole court. What starts as a patch repair can become a full resurfacing job within one or two seasons if it’s left untreated.

One enquiry covers everything. Base prep, surfacing, fencing, lighting, and line marking are all scoped together in the written estimate. You don’t need to arrange separate contractors for each stage of the job.