Court Lighting & Fencing Questions

Cracked or heaved surfaces can interfere with post placement and drainage, so the on-site evaluation checks the base condition first. If repairs are needed, they are listed as a separate line in the written estimate. Installing posts into a failing base shortens their lifespan and can cause fence lean over time.

Salt air accelerates corrosion on bare metal, so material selection matters in Palm Beach County. Hot-dip galvanized or aluminum posts, stainless hardware, and powder-coated or vinyl-coated chain link hold up significantly longer than standard galvanized components. LED fixtures rated for coastal environments use sealed housings that resist salt intrusion.

Total project cost varies with court size, number of fixtures, fence height, and soil conditions. Most complete installations in Palm Beach County come in at $8,000-$20,000. The itemised estimate you receive after the site evaluation breaks out each line so you can see exactly what drives the number.

You need both if you want to play after dark and keep balls on the court. Lights alone let you see; fencing alone keeps play contained. Most courts benefit from both installed together, since the posts and wiring runs are planned as one system rather than retrofitted separately.

Yes, when the fence height matches the sport. Tennis typically needs 10 feet at the ends and 8 feet on the sides; pickleball and basketball work with 8 feet. A fence that is too short lets high shots clear it, so height selection matters as much as the material.

Check available space around the court perimeter, the sport being played, any HOA or municipal height restrictions, and whether your electrical panel can support the lighting load. Soil conditions also affect post depth and footing design, especially in sandy or coastal areas.

Fixture placement is calculated using a photometric layout, which maps light levels across the full surface before installation. Poles are positioned at specific intervals along the sidelines, and fixtures are aimed to overlap coverage zones so corners receive the same foot-candles as the center.

Tennis courts typically use 10-foot end fencing and 8-foot side fencing; pickleball and basketball courts generally use 8 feet throughout. Posts should be set in concrete footings sized for local wind loads. In Palm Beach County, hurricane-rated hardware and heavier gauge chain link are worth specifying.

Lighting and fencing can be configured for courts of almost any size, from a single backyard pickleball court to a multi-court HOA facility. The on-site evaluation confirms whether your layout, setbacks, and electrical access support the setup you want before any work is scoped.

Chain link with a dark vinyl coating blends into the background better than bare galvanized wire. Color options for posts and top rails let you match or complement the court surface color. The fence line is set at a consistent offset from the playing area so proportions look intentional rather than added on.

Yes. Poles engineered to Florida Building Code wind speed requirements, heavier gauge chain link (9-gauge or 11-gauge), and deeper concrete footings all improve storm resistance. Some owners also choose breakaway or removable fence panels in high-exposure areas. These options are worth discussing during the site evaluation.

A partial setup usually creates uneven brightness, leaving corners and sidelines in shadow. A full layout spaces fixtures so light levels are consistent across the entire playing surface. Spot-adding lights later costs more in extra wiring runs and rarely matches the coverage of a planned system.

Installing both at the same time costs less than two separate mobilizations. Conduit for wiring can be run while post footings are open, and the contractor only needs to set up equipment once. Adding lighting after fencing is complete often means breaking ground again near finished posts.

Court lighting requires licensed electrical work in Florida, so the wiring portion is not a DIY task. Fencing post footings also need to be sized for local wind codes. A handyman without court-specific experience typically underestimates footing depth and fixture spacing, leading to uneven coverage and fence movement.

Poles are placed along the long sides of the court, offset from the playing surface, with fixtures angled inward at a calculated tilt. Mounting height, fixture spacing, and beam angle work together. Placing poles only at the ends creates shadows in the mid-court area, so side placement is standard.

The process starts with an on-site evaluation covering space, drainage, and soil conditions, followed by an itemised written estimate. Installation covers post footings, fence panels and gates, pole bases, conduit runs, fixture mounting, and wiring to the panel. A final walkthrough confirms everything before sign-off.

A single backyard court typically takes two to four days once materials are on site. Larger multi-court or commercial projects run longer depending on the number of poles and fence runs. Concrete footing cure time is usually factored into the schedule before fixtures and panels are attached.

Post footing excavation produces soil spoil that is removed or spread on site. Trenching for conduit runs from the panel to the poles is the main ground disturbance. The court surface itself is not disturbed unless base repairs are needed. Most residential jobs leave the yard accessible by end of each workday.

Posts are set in concrete footings that extend below the loose sand layer into more stable substrate. Footing diameter and depth are sized for the fence height and local wind loads. In very sandy conditions, larger-diameter footings or helical anchors may be used to prevent post lean over time.

If play stops because it is too dark or balls keep leaving the court, both are worth addressing together. Installing them at the same time means the layout is coordinated and you avoid digging up finished work later to run wiring or reset posts.

A leaning post puts uneven tension on the mesh, which accelerates sagging and can cause sections to fail. Balls escape more often, and the structural repair becomes larger the longer the lean is left. Addressing it early costs less than replacing full fence sections.

Yes. Palm Beach County requires permits for fence installations above certain heights and for outdoor electrical work. The builder accounts for both requirements during the planning phase so no installation starts without the correct approvals in place.

Light spill is checked during the final walkthrough. Fixture aim is adjusted to keep illumination on the court surface. In dense neighborhoods this step is standard, not optional, and any adjustments are made before the job is signed off.

Adding fixtures without a layout plan often moves the dark spot rather than eliminating it. Even coverage depends on pole height, fixture spacing, and aim angle relative to the court size. A planned layout is the only way to confirm full surface coverage before installation.

Directional fixtures with shields or visors limit spill light to the court footprint. The site evaluation looks at neighboring structures and property lines so fixture aim can be adjusted before installation. Full-cutoff LED fixtures are the most effective option for keeping light off adjacent properties.

Overlighting is corrected by adjusting fixture aim or adding shields; both are easier to do before the system is finalized, which is why the site evaluation and written estimate happen before installation begins. Fence gauge and post spacing are specified upfront to meet wind load requirements, not chosen after the fact.

Yes. Full-cutoff LED fixtures direct light downward onto the court and limit horizontal spill. Shields can be added to individual fixtures that face neighboring properties. The site evaluation identifies which poles are closest to property lines so aim angles are set before installation rather than adjusted after complaints.

HOA and school courts often have governing documents, municipal permits, or school district approvals that affect fixture height, light spill limits, and operating hours. The site evaluation for these projects accounts for those requirements. Our partners work with commercial and HOA facilities and can help identify what approvals apply before work begins.