Court Lighting & Fencing Questions

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fixtures: flickering, uneven brightness, or corroded poles usually point to repair, while widespread dim coverage or outdated wiring often means replacement.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.

Glare and shadows both come from poor fixture placement or the wrong beam angle. Full-cutoff LED fixtures aimed at the correct mounting angle and spaced to overlap coverage zones eliminate most shadows. The photometric layout done before installation is specifically designed to catch these issues before a single pole goes in the ground.

Galvanized steel fencing and IP-rated LED fixtures are both selected for outdoor exposure, including humidity and rain. Drainage around post footings matters too -- poor drainage accelerates corrosion at the base. The site evaluation checks drainage patterns so posts are positioned and sealed to avoid standing water.

The main drivers are court size, number of poles, trenching distance to the power source, fence height, and whether the ground is level or requires extra footing work. Upgrading to LED fixtures with dimming controls or choosing coated panel fencing over standard chain-link also adds to the total. Most projects come in at $8,000-$20,000.

The itemised written estimate breaks out every component -- poles, fixtures, conduit, trenching, and fencing materials -- so nothing is bundled or hidden. You see each line before work starts, and the scope does not change without your approval.

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.

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.

Open-mesh chain-link lets air and sightlines pass through, so the court stays ventilated and visible from the yard. Choosing a lighter mesh color -- dark green or black -- also reduces the visual weight of the fence without affecting ball containment.

Yes, and it often extends the court’s useful life significantly. New LED fixtures and sound post footings can be added to an existing slab without resurfacing. If the surface itself is worn, pairing lighting and fencing work with resurfacing keeps the project on one mobilization and one estimate.

Waiting on a leaning post or a cracked fixture housing usually makes the repair larger and more expensive. A leaning post stresses adjacent sections of fence, and a compromised fixture housing lets moisture into the wiring. Small damage caught early is almost always a simpler fix than the failure it leads to.

Yes -- compact lots often use lower pole counts with wider-beam fixtures to reduce footprint, and fence panels can be set closer to the court edge than on larger properties. The site evaluation maps the available space and confirms what fits within setback requirements before any design is finalized. See more on backyard courts.

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.

Electrical work for outdoor sports lighting requires licensed electrical installation and must meet local code, which goes beyond a general handyman’s scope. Fencing on a court also needs post footings sized for wind load and ball impact, not standard residential fence depth -- a court builder accounts for both.

The on-site evaluation covers court dimensions, surface condition, drainage patterns, existing post footings, underground utility locations, and available electrical supply. That information feeds directly into the itemised written estimate, so every line item reflects actual site conditions rather than assumptions.

Post-hole drilling and any trenching create localized soil disturbance, but work stays within the court footprint and immediate perimeter. Debris and spoil are cleared before the crew leaves each day, and the final walkthrough confirms the site is clean and all components are functioning before sign-off.

Trenching runs conduit from the power source to each pole base, typically 18-24 inches deep to meet electrical code. The trench is backfilled and compacted after conduit is laid. Utility lines are marked before any digging starts, and the affected ground is restored as part of the job.

On sloped ground, posts are set at consistent heights and the fence line is racked or stepped to follow the grade while keeping the mesh taut. Footing depth is adjusted for each post based on soil stability at that point. The site evaluation identifies grade changes so the installation method is planned before work begins.

They can if fixture placement and angle are not planned carefully. Fixture aim is set before poles are installed, directing light onto the playing surface and limiting spill beyond the court boundary. This is especially important on Austin lots with close property lines.

Vinyl-coated chain link is the most common choice. It is strong, lets you see the court, and keeps balls inside the play area. Fence height depends on the sport: typically 10 to 12 feet for tennis and 4 to 6 feet for basketball or pickleball.

The pre-install check covers court size, pole locations, fence line, footing condition, power access, and required light coverage. These checks prevent shadows, weak fence sections, and conduit runs that conflict with post footings.

A leaning post puts stress on adjacent panels and can cause a section to fail, widening the repair scope. Dim or uneven lighting creates safety hazards for evening play and can accelerate fixture housing degradation when moisture enters a damaged unit.

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.

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.

A correctly sized fence -- right height, tight mesh gauge, and secure post spacing -- stops the vast majority of errant balls. Tennis and pickleball courts often add a top rail with a windscreen to catch high shots. Ball containment depends on fence height matching the sport, which is confirmed during the site evaluation.

Galvanized and vinyl-coated steel fencing resists UV degradation and corrosion in Central Texas heat. LED fixtures rated for outdoor use carry an IP65 or higher ingress rating, protecting against dust and rain. Steel poles are set in concrete footings sized for local wind-load requirements so they stay plumb through storms.

A final walkthrough is completed before the job is signed off, covering every fixture, circuit, and fence section. Any item that does not perform to spec is corrected before the crew leaves. Concerns after completion are handled through our partners directly -- contact us and we connect you with the right people.

Many HOAs do regulate fence height, material finish, and the hours lighting can operate. Some also require design approval before installation. Checking your CC&Rs and submitting an HOA application before work starts avoids costly changes later. Our partners work with HOA communities regularly and can help you identify what approvals are needed.