Court Lighting & Fencing Questions

Dark spots, flickering fixtures, or uneven brightness across the playing surface are the clearest signs. If players are straining to track a ball or fixtures are corroding, the system is past its useful life. Delayed replacement usually means more fixtures fail, leaving the court unusable at night.

Most court lighting and fencing projects come in at $8,000-$20,000, depending on court size, fence height, number of fixtures, and site conditions. After an on-site evaluation, you receive an itemised written estimate so every line item is clear before work begins.

Court size, fence height, number of light poles, fixture type, and how far the electrical panel is from the court all move the price. Difficult access, rocky soil requiring deeper footings, or existing structures that need removal add cost. The written estimate breaks each factor out separately so you can see exactly what you are paying for.

Yes. Every project starts with an on-site evaluation, after which you receive an itemised written estimate covering fencing, lighting, base work, and any line marking needed. Nothing is priced remotely, because site conditions affect cost too much for a reliable number without seeing the space.

Tennis courts typically use 10-foot fencing at the baselines and 6-foot along the sides; pickleball and basketball courts generally work with 6-foot perimeter fencing. The right height depends on the sport, ball trajectory, and how close the fence sits to neighboring properties. The on-site evaluation factors in all three before a recommendation is made.

The on-site evaluation measures the available footprint, including setbacks from property lines, trees, and structures, and maps it against the court dimensions you want. If the space is tight, the design can be adjusted before any ground is broken. Court design starts with a full site assessment.

Light poles are positioned outside the playing surface, typically 2 to 4 feet beyond the sideline or baseline, so they do not reduce usable court area. Fence posts sit at the perimeter and add only a few inches of footprint. The on-site evaluation confirms exact placement before any digging begins.

Galvanized steel chain-link with powder-coated aluminum or steel framing handles outdoor exposure without rusting through. For fixtures, dark-sky-compliant LED housings with aluminum bodies and tempered glass lenses hold up to UV and heat. Both material types are standard for outdoor court installations in climates like San Antonio’s.

Full-cutoff LED fixtures aimed at the court surface keep light from projecting toward neighboring properties. Pole placement is confirmed during the on-site evaluation with your specific yard boundaries and neighbor proximity in mind. Choosing the right fixture housing type is the single biggest factor in controlling light spill.

Yes, though tree canopy and tight access affect pole placement and equipment routing. The on-site evaluation maps overhead obstructions and entry points so the design works around existing trees rather than requiring removal. Narrow access may add time to the install but does not typically prevent it.

No, partial repairs are often sufficient when the posts and framework are structurally sound. If the damaged section is isolated and the rest of the fence holds tension correctly, replacing only that panel is the practical choice. A site evaluation confirms whether the surrounding structure can support a partial repair long-term.

Yes, targeted upgrades are a valid option when the rest of the system is in good condition. Adding two or three fixtures to a dark end, or replacing a damaged fence section, costs far less than a full install. The deciding factor is whether the existing posts, wiring, or framework can support the addition without failing soon after.

Permanent pole-mounted LED fixtures deliver consistent coverage, withstand wind, and require no setup before each use. Temporary lights are cheaper upfront but produce uneven coverage, tip in wind, and add friction every time you want to play after dark. For a court used regularly, permanent fixtures are the more practical long-term choice.

The on-site evaluation covers surface drainage, underground utility locations, existing post footings, available electrical supply, and overhead clearance. These factors determine pole height, footing depth, and conduit routing before any digging starts. Skipping this step leads to misplaced poles or fixtures that underperform once installed.

Post holes and conduit trenching create temporary soil disturbance, but the work area is typically limited to the fence line and pole locations. Excavated material is removed and the area is graded back before the job is signed off in the final walkthrough. Court access is restricted only during active installation days.

Sun angle matters mainly for glare during late-afternoon play, not for nighttime lighting placement. Poles on the east and west sides can create low-sun glare issues during daytime use, so orientation is reviewed during the on-site evaluation. LED fixtures themselves are rated for high-ambient temperatures common in San Antonio summers.

That depends on fixture placement and aiming. Properly aimed LED fixtures focus light on the play area and reduce spill at the boundary. Fixture aim is adjusted and confirmed during the final walkthrough specifically to address this.

A leaning post transfers stress to the adjacent mesh and posts, accelerating the spread of damage. In San Antonio’s humidity, surface rust on uncoated steel progresses quickly and can compromise the entire fence line within one or two seasons.

Sometimes. Isolated problems like a single burned-out fixture or a broken gate section can be repaired on their own. Recurring issues, poor overall coverage, or damage spread across the fence line usually point to a larger repair or replacement being the better value.

Properly aimed LED fixtures direct light downward onto the court surface, not outward toward adjacent properties. Cutoff-style housings and correct pole placement keep spill light minimal. An on-site evaluation confirms the best pole positions and aiming angles for your specific yard and neighboring homes before any work begins.

Galvanized or powder-coated steel chain-link and aluminum framing resist rust through San Antonio’s heat and humidity. LED fixtures rated for outdoor use handle UV exposure and rain without significant degradation. Pole footings are set to depth during the on-site evaluation to handle wind load specific to your site.

Fixture count, pole height, and aiming angle are calculated to deliver consistent foot-candle levels across the full playing surface, eliminating the bright-center, dark-corner pattern common with undersized systems. The on-site evaluation determines the minimum pole count needed for your court dimensions before the estimate is written.

Contact the partner who completed your install directly, as warranty and repair terms are set at the project level and confirmed before work begins. Documenting the failure with photos and noting when it started helps the partner assess whether it is a material defect or an installation issue, which affects how it is resolved.

Many San Antonio-area municipalities require electrical permits for hardwired lighting and may have setback rules that affect fence placement. Requirements vary by city and HOA. The on-site evaluation identifies what approvals apply to your specific address before the project moves forward.