Court Design & Site Preparation Questions

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.

Hidden issues like clay layers, high water tables, or buried organic material are identified during the on-site evaluation through visual inspection and probing. If something unexpected surfaces during construction, the scope is reviewed and you are informed before work continues, nothing is buried under the base without being addressed.

Grading depth depends on existing slope, soil type, and how much material needs to be cut or filled. The on-site evaluation determines the exact scope, and the cost is broken out in your written estimate. Most court sites require a consistent 1% cross-slope for drainage, which guides how much leveling is needed.

Cleanup and haul-off scope is detailed in the itemised written estimate before work starts. What is included depends on the volume of material removed, cleared vegetation, excavated soil, and demolished existing surfaces all factor in. Review your estimate line by line so you know exactly what is covered.

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.

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.

Placement is decided during the on-site evaluation based on available space, natural drainage direction, sun orientation, setback requirements, and proximity to utilities. Courts oriented north-south reduce glare during play. Those factors are weighed together to find the position that works best for your specific lot.

Soft or persistently wet ground needs more than standard grading. It typically requires sub-drain installation, a deeper compacted aggregate base, or geotextile fabric to stabilize the sub-grade. The on-site evaluation identifies the severity, and the written estimate outlines the specific measures needed for your site.

Yes. Sloped lots in areas like Botetourt County or the Cave Spring foothills often require cut-and-fill grading, retaining walls, or stepped sub-base construction that flat suburban lots do not. The steeper the natural grade, the more earthwork is needed to achieve the tight tolerances a court surface requires.

Court prep requires sport-specific tolerances, typically a 1% slope for drainage with no more than a quarter-inch variation across the surface. A general labor crew grading to landscaping standards will not hit those tolerances consistently, which leads to drainage failures and surface problems after the court is laid.

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.

Yes. Drainage assessment is part of every on-site evaluation. The site is reviewed for natural water flow, low spots, and soil permeability. Any drainage corrections needed are included in the itemised written estimate so there are no surprises once construction starts.

Clearing vegetation, rocks, and existing surface material is part of site prep. The on-site evaluation identifies what needs to come out, and the written estimate specifies what clearing work is included. Large tree removal with stump grinding may be scoped separately depending on the site.

Most residential site prep takes two to five days, depending on how much clearing, grading, and drainage work the site needs. Larger or more complex sites take longer. Your written estimate will include a projected timeline so you know what to expect before work begins.

Drainage-sensitive soil, typically clay-heavy ground common across the Roanoke Valley, is addressed with sub-drain trenches, a compacted crushed-stone base layer, and in some cases geotextile fabric to separate the stone from the native soil. The specific combination depends on what the on-site evaluation finds.

Heavy rain can delay grading and compaction because wet soil cannot be compacted to the required density. Work is paused when ground conditions fall below spec rather than pushing through and compromising the base. Your project timeline accounts for typical seasonal weather, and any delays are communicated as they arise.

It covers measuring the court footprint, checking slope and drainage, clearing the area, grading the ground, and compacting a base stone layer. Drainage routing and border space planning are also confirmed before any surface work begins.

Yes. A yard can look flat and still have drainage problems, soft spots, or small grade changes that cause puddles and settling. A proper slope and drainage check catches those issues before they become expensive repairs.

The most common results are standing water on the court, surface cracking, and uneven settling. These problems typically appear within the first few seasons and are far more costly to fix after the surface is already down.

Not always. The space has to accommodate the court footprint, buffer clearance, access, and any drainage or slope correction the property needs. An on-site measurement confirms whether the area works before any commitment is made.

An on-site review covering measurements, slope checks, and drainage and soil conditions. That review determines what clearing, grading, or base build-up is needed and forms the basis of the written estimate.

Clay soil needs deeper sub-base compaction and careful drainage routing to prevent water retention. Sloped terrain requires grading to bring the court area to a consistent, controlled angle. Both are common in the Roanoke Valley and are accounted for in the site evaluation.

Yes, when done correctly. Proper compaction of the sub-base and a well-designed drainage layer are the two main factors that prevent settling. Skipping or rushing either step is the most common reason courts develop low spots and cracks within a few years of installation.

Accurate measurement during the evaluation sets the layout before any ground is moved. Grade is checked throughout the compaction process, not just at the end. A final walkthrough is completed before the job is signed off to confirm dimensions and surface tolerance meet the required specification.

Permit requirements vary by municipality and lot. The on-site evaluation includes a review of what approvals may apply to your project. Any permit coordination needed is discussed before the estimate is finalized so there are no delays once construction is scheduled.