Court Lighting & Fencing Questions

Replace rather than repair when posts are leaning, footings are cracked, or more than roughly a third of the mesh is torn or rusted through. Patching isolated sections on a structurally sound frame is fine, but widespread corrosion or multiple failing posts means the whole fence is near the end of its life and repairs will keep compounding.

Properly aimed LED fixtures with shielded optics direct light onto the court surface rather than into players’ eyes. Glare is almost always a symptom of fixtures mounted too low, aimed at the wrong angle, or lacking cutoff shields. A site evaluation confirms the right pole height and beam angle for your specific court dimensions before any hardware is ordered.

Clay soil expands when wet and contracts when dry, which can shift shallow footings over time. The solution is deeper footings that extend below the active clay layer, combined with concrete that fills the full footing diameter. The on-site evaluation checks soil conditions so footing depth is specified correctly from the start, not adjusted after posts start leaning.

The most common cost drivers found after work begins are unstable soil requiring deeper footings, buried roots or debris that slow excavation, and electrical supply that is farther from the court than expected. The itemised written estimate covers known conditions; any hidden site issue is flagged before additional work proceeds so you can approve the change.

Pricing is based on court perimeter length, fence height, number of light poles, fixture type, and the electrical supply distance. Soil conditions that affect footing depth also factor in. Most projects in this area come in at $8,000-$25,000, with the written estimate breaking each line item out so you can see exactly what drives the total.

You can do either one on its own. Fencing alone makes sense if you only play during daylight and just need balls contained. Lighting alone works if your perimeter is already solid. Most homeowners find that combining both in one project saves on mobilization and avoids disturbing the court surface twice.

Yes, lighting and fencing can be added to an existing court regardless of age. The on-site evaluation checks whether the current surface and base are stable enough to support new post footings without undermining the court. If resurfacing is also needed, partners can sequence both scopes in one visit to reduce disruption.

Even coverage depends on fixture count, pole placement, and beam spread, all of which are calculated during the site evaluation for your specific court size. A standard residential tennis or pickleball court typically needs poles at each corner plus mid-court positions to eliminate dark spots. The layout is confirmed in the written estimate before installation starts.

Yes, when the fence height matches the sport. Tennis courts typically use 10-foot fencing on the ends and 6-foot on the sides; pickleball courts generally use 8-foot perimeter fencing. The site evaluation confirms the right spec for your court type and any slope or wind exposure that might require taller sections.

Yes. Shielded LED fixtures with the correct lumen output for your court size produce enough light for play without spilling excessively onto neighboring properties. Dimmer controls or timers can also be added so brightness drops after a set hour, which is useful in residential neighborhoods with nearby homes.

In most cases, yes. Post footings are placed outside the court boundary so the playing surface stays intact. The on-site evaluation checks your current layout, surface condition, and available clearance to confirm that new fencing and pole positions integrate cleanly without requiring changes to the court itself.

In most cases they will. Poles and posts are positioned outside the court boundary, so the playing surface and line markings stay untouched. The on-site evaluation identifies any clearance constraints or drainage features that might require minor adjustments to pole placement before the estimate is written.

Yes, though sloped ground requires racked or stepped fence panels and adjusted footing depths to keep posts plumb. Light poles on a slope need careful placement so beam angles still cover the court surface evenly. The on-site evaluation maps the grade before any hardware is specified, so the design accounts for the actual terrain.

Yes. Older courts in established neighborhoods are a common project type. The main considerations are HOA or municipal fence height limits, electrical supply routing that avoids mature tree roots, and shielded fixtures that limit light spill onto adjacent properties. All of those factors are assessed during the on-site evaluation before any work is scoped.

Not always. If the fence is structurally sound, lighting poles can go in independently without touching the fence. If the fence is failing, it makes more sense to replace it first so new light poles are not installed next to a perimeter that will need to come down again shortly after.

Keep patching only if the posts and footings are solid and damage is limited to a small section of mesh. Once posts are leaning or corrosion is widespread, each repair buys less time and the cumulative cost quickly exceeds a full replacement. Replacing now also lets you set the correct height and layout for your current sport.

Court lighting and fencing require correctly sized footings, proper electrical supply, and fixture placement calculated for court dimensions. A general handyman typically lacks the sport-specific layout knowledge and electrical experience to get those details right. Errors in footing depth or fixture aim are expensive to correct after the concrete sets.

LED fixtures with an IP65 or higher weatherproof rating are the standard choice for outdoor courts in humid climates like Greensboro’s. That rating means the housing is sealed against dust and direct water jets, which prevents the corrosion and moisture ingress that shortens fixture life in wet conditions.

Every project starts with an on-site evaluation covering the court dimensions, existing surface condition, drainage patterns, soil type, and available electrical supply. That information drives the pole placement, footing depth, and fixture count. You then receive an itemised written estimate before any work begins.

Footing excavation for posts is the main source of disruption, producing soil spoil around each hole. Crews remove that material and restore the surrounding ground before leaving. Electrical conduit trenching, if needed, adds a narrow trench run. A final walkthrough is completed before the job is signed off to confirm the site is clean and the work meets spec.

Post footing work requires the perimeter to be off-limits while concrete cures, typically 24 to 48 hours. The playing surface itself is usually accessible throughout. Sequencing fencing and lighting together in one mobilization keeps the total closure window shorter than running them as two separate projects weeks apart.

You can add either on its own. Lighting solves visibility after dark; fencing keeps play contained and defines the boundary. Many homeowners add both at once because the site measurement and post-setting work overlaps, which keeps the overall scope cleaner.

They can if fixtures are placed or aimed poorly. Pole positions are mapped to the court footprint first, and each LED fixture is aimed to spread light evenly across the surface. A final walkthrough checks coverage before the job is signed off.

A bent or loose section may be repairable, but rust through the posts, multiple missing panels, or posts that have shifted in their footings usually means the whole run is compromised. A site check confirms whether the damage is isolated or affects the full fence.

The court footprint, fence run lengths, gate positions, pole placement, existing wiring, and ground conditions are all reviewed. Those checks confirm where posts and poles can go and what footing depth the soil requires before any materials are ordered.

Yes. The existing surface and boundary conditions are assessed first to confirm the layout can support new posts and poles. If adjustments are needed, they are included in the written estimate before work begins.

Playing without containment means stray balls leave the court constantly, and playing in poor light raises the risk of trips and collisions. A fence that is already leaning will continue to shift, making post replacement more involved and more costly the longer it is left.

A final walkthrough is completed before the job is signed off, specifically to catch fixture aim, coverage gaps, and fence integrity issues. Any problem identified at that stage is corrected before the project closes. Raising concerns at the walkthrough is the right moment, while the crew and equipment are still on site.

Electrical work for court lighting typically requires a permit in most jurisdictions, and fencing over a certain height may also need one depending on local zoning rules. HOA properties often require board approval before installation. The site evaluation process identifies which approvals apply to your specific address so nothing is missed before work starts.