Court Design & Site Preparation Questions

It depends on how water currently moves across your yard. If the ground holds standing water or drains toward the court footprint, drainage correction is needed before the base goes in. Installing a court over poor drainage causes surface heaving and water pooling that shortens the court’s lifespan significantly.

Yes. Water that cannot escape the sub-base saturates the compacted layers, causing the surface to heave, crack, and separate over time. In Houston’s heavy-rain climate, unaddressed drainage is one of the most common reasons courts need early resurfacing or full base replacement.

Yes. Expansive clay, buried organic material, or soft fill soil can require deeper excavation, soil stabilization, or a thicker compacted base than a standard build. These conditions are identified during the on-site evaluation, and any changes to scope are reflected in the itemised written estimate before work starts.

Lot size, existing slope, soil type, and drainage conditions are the main drivers. A flat lot with stable soil costs less to prepare than one needing significant cut-and-fill or drainage infrastructure. Court size and surface type also affect base spec requirements. Most projects in this area come in at $1,500-$5,000, based on those variables.

Yes. French drains, channel drains, soil stabilization, or deeper excavation all add to the base scope and cost. These needs are identified during the on-site evaluation and itemised in the written estimate, so there are no surprises once work starts.

Yes. Every enquiry starts with an on-site evaluation of the space and drainage. After that, you receive an itemised written estimate covering base preparation, surfacing, fencing, lighting, and line marking. Nothing is priced from photos or square footage alone.

Yes, every court build requires site preparation. The ground must be cleared, graded to the correct slope, and compacted before any base or surface material goes down. Skipping prep leads to cracking, pooling water, and uneven play surfaces that are expensive to fix after the fact.

Yes, a sloped or uneven yard can work, but grading is required to bring the surface within the accepted tolerance, typically no more than 1 percent cross-slope for drainage. Steeper grades need cut-and-fill earthwork or a retaining structure, which adds scope. An on-site evaluation determines exactly what is needed.

Not necessarily. A regulation pickleball court needs roughly 30 by 60 feet of clear space, while a half basketball court fits in about 42 by 37 feet. Odd shapes can sometimes be worked around with adjusted court orientation or a multi-sport layout. An on-site evaluation confirms what fits before any commitment is made.

In most cases, yes. Court orientation and dimensions can be adjusted to suit irregular lot shapes, setback requirements, and existing landscaping. The design is confirmed during the on-site evaluation, so you see exactly how the court sits on your property before work begins.

Yes, when the base is built to the spec that surface requires. Acrylic and polyurethane coatings need a rigid, stable base with a precise slope. Modular tile tolerates slightly more variation. The prep scope is matched to the surface type during the design phase so the two work together correctly.

Yes. Seasonal drying can make a drainage or soil problem appear resolved, but the underlying condition remains. A court built on soil that cycles between wet and dry will shift and crack as the ground moves. Proper sub-base preparation eliminates that movement regardless of seasonal conditions.

Clearing alone is not enough. A court base requires precise grading to a controlled slope, compaction in measured lifts, and drainage that moves water away from the sub-base. Starting the build on a cleared but ungraded surface almost always results in cracking and drainage failure within a few years.

Yes. Court site prep requires compaction equipment, slope tolerances measured in fractions of a percent, and knowledge of how the base interacts with the chosen surface material. A landscaper grades for aesthetics and water runoff; a court builder grades to the structural spec the surface manufacturer requires.

Yes. Low-lying lots may need elevated base construction, more robust perimeter drainage, or coordination with local floodplain requirements before a court can be installed. Higher lots with good natural drainage typically need standard grading and compaction. The on-site evaluation determines which conditions apply to your specific property.

The area is cleared of vegetation and debris, then excavated to the required depth. The sub-grade is graded and compacted, drainage corrections are made where needed, and a crushed aggregate base is installed and compacted in lifts. The finished base is checked for slope and stability before surfacing begins.

Disturbance is generally limited to the court footprint plus a few feet of working clearance on each side for equipment access. Excavated material and any removed vegetation are hauled off the site. The surrounding lawn and landscaping outside that zone are left intact where access allows.

For a straightforward residential lot, site prep typically runs two to four days. Significant grading, drainage work, or difficult soil conditions can extend that. Weather also plays a role, since compaction work should not be done on saturated ground. Your written estimate will include a projected timeline.

Yes. Clearing, grading, and leveling are all part of site preparation. The itemised written estimate breaks each element out separately so you can see exactly what is included and what each phase covers before any work begins.

Yes. Houston’s expansive clay soils shrink and swell with moisture changes, which can crack a rigid court surface if the sub-base is not properly stabilized. Prep typically includes deeper excavation, removal of the clay layer in the footprint, and replacement with compacted crushed aggregate that does not move with moisture.

The court surface is graded to a consistent 1 percent slope so water sheets off rather than pools. Where the surrounding grade directs runoff toward the court, perimeter channel drains or French drains intercept it before it reaches the base. Both elements are sized for the rainfall volumes common in the Houston area.

Often yes, but the land needs grading first. How much work depends on the existing slope, how water drains, and how much usable space remains after setbacks and obstacles are accounted for. The on-site assessment answers this before any commitment is made.

Soft or poorly drained ground continues to shift with Houston’s wet-dry cycles. A base that was marginal at the start becomes unstable over time, meaning the surface above it cracks, lifts, or develops low spots that require full base removal to correct properly.

It varies with the size of the footprint, how much excavation is needed, and site access. The on-site evaluation produces a written scope that includes a timeline for each stage, clearing, grading, and subgrade compaction, so you have a clear picture before work starts.

Drainage and slope correction are handled as part of the site preparation scope, not subcontracted separately. The on-site evaluation identifies what is needed, and the written estimate covers it as a line item so you know exactly what is being done and why before work begins.

A failed sub-base typically means cracking, surface separation, or drainage failure that requires tearing out the surface and redoing the base, a cost that often exceeds the original prep. That is why the on-site evaluation and itemised estimate exist: to build the base correctly the first time.

Yes. The on-site evaluation confirms dimensions, orientation, setbacks, and drainage before any estimate is signed or ground is broken. A final walkthrough also happens before the job is closed out, so the finished result matches what was agreed at the start.