Court Lighting & Fencing Questions

Poor fixture placement causes both problems. Glare comes from lights aimed too directly at players’ eye level; dark spots come from insufficient overlap between fixture beams. Proper court lighting uses a photometric layout calculated before installation to ensure even foot-candle coverage across the full playing surface with controlled beam angles.

Electrical work is itemised in the written estimate after the on-site evaluation confirms the distance from your panel, conduit routing, and any permit requirements. Nothing is added after the estimate is agreed. Overall project costs for lighting and fencing run $5,000-$12,000, with electrical scope a key variable in that range.

No. The on-site evaluation identifies whether existing posts are reusable before the estimate is written. If new posts and footings are required, that material and labor is included in the itemised written estimate you receive upfront, not added as a change order once work begins.

It depends on what you already have. Existing poles must be the right height, spacing, and structural rating to carry sports lighting fixtures safely. An on-site evaluation checks whether your current poles meet those requirements. If they do not, new dedicated lighting poles are installed as part of the job.

Tennis typically requires fencing at least 10 feet tall on the sides and up to 20 feet behind the baselines. Pickleball and basketball work with lower heights, often 8-10 feet. If balls regularly clear your fence during play, it is too low. An on-site evaluation confirms the right height for your specific sport and court layout.

Lighting and fencing can often be added to an existing court without a full rebuild. However, if the surface has significant cracking, drainage problems, or an unstable base, those issues should be addressed first so new post footings and conduit trenches are not compromised. The on-site evaluation flags any surface conditions that need attention before installation begins.

Yes, fence layout is designed around your court’s exact dimensions and the sport being played. Different sports require different run-off clearances behind baselines and along sidelines. The on-site evaluation measures available space and confirms a fence plan that meets those clearances without eating into the playing area.

Existing fence posts can sometimes be reused if they are plumb, structurally sound, and set at the correct spacing for the new mesh or panels. Posts that are rusted, leaning, or set in deteriorated concrete footings need replacement. The on-site evaluation determines which posts are serviceable before the estimate is written.

Yes, a court without lighting is fully usable during daylight hours. Lighting is an independent addition and does not affect daytime play. If you plan to add lights later, it is worth noting that during the initial build, routing conduit sleeves under the surface is far less disruptive than trenching an existing court afterward.

Fencing is equally important on any court where balls leaving the playing area create a retrieval problem or a safety hazard. On rural or open parcels, the absence of natural barriers like walls or hedges makes perimeter fencing more critical, not less. The on-site evaluation accounts for surrounding terrain when recommending fence height and layout.

Court lighting involves electrical work that typically requires a licensed electrician and permit. Fence post footings need to be sized and set correctly or posts will lean within a season. Errors in either area are expensive to undo. A specialist installation with a proper site evaluation avoids those rework costs from the start.

A court specialist sizes poles, footings, and fixtures to sport-specific standards that a general handyman is unlikely to know. Undersized footings fail under wind load; incorrect fixture heights cause glare and uneven coverage. The cost difference between the two is small compared to the cost of correcting work that does not meet court standards.

Taller fencing reduces ball loss but the right height depends on the sport. Tennis benefits most from taller rear fencing because of the ball’s arc and speed. For pickleball and basketball, moderate heights are usually sufficient. Going taller than necessary adds cost without meaningful benefit, so height should match the sport’s actual ball trajectory.

Every job starts with an on-site evaluation covering court dimensions, surface condition, drainage, soil stability for post footings, available electrical supply, and any setback or HOA restrictions. That information feeds into an itemised written estimate so you know exactly what the installation involves before any work starts.

Fixture count, pole height, and mounting angles are calculated using a photometric plan specific to your court’s dimensions and sport. That plan maps foot-candle levels across every zone of the surface before a single pole goes in. Adjustments are made at that stage, not after installation, so uneven coverage is caught on paper first.

Post footing work and conduit trenching for electrical require the court to be off limits during those phases. Surface work is kept to the perimeter where possible to limit damage to the playing area. The scope and sequence are outlined in the written estimate so you know which days the court will be unavailable.

Yes. A final walkthrough is completed before the job is signed off, covering cleanup, surface condition around new posts and conduit runs, and the overall finish. Any issues identified at that walkthrough are resolved before the project closes.

The site check covers fence condition, post stability, court dimensions, lighting coverage needs, and power access. Those checks determine what the court can support and prevent having to redo work after installation.

If balls regularly clear the top rail or leave the court during normal play, the fence height is likely wrong for the sport. The correct height depends on the sport, court layout, and how much containment the space needs.

They can if fixtures are aimed incorrectly. A properly planned setup positions LED fixtures at the right pole height and angle to spread even coverage across the playing surface, avoiding bright spots at the baseline or dark corners near the net.

Not always. If an existing fence or fence posts are structurally sound and tall enough, fixtures can sometimes be mounted to them. If the court lacks a suitable structure, new courtside poles with concrete footings are included in the scope.

Yes, but the existing posts, fence panels, and electrical setup need to be assessed first. The final plan is matched to what the court can safely support, which is why the on-site evaluation happens before any scope is written.

A court without proper containment loses balls into neighboring yards or traffic areas on every hard shot. Without lighting, evening use stops entirely. Both issues limit how often the court gets used and reduce its value as a finished facility.

Fixture selection and aiming angles are set to keep light on the court and minimize spill onto adjacent properties. Full-cutoff fixtures direct light downward rather than outward. If local ordinances or HOA rules set a light-spill limit, the photometric plan is designed to stay within that boundary before installation begins.

Roanoke’s summer storms and humidity require galvanized or powder-coated steel for fence posts and frames, and fixtures rated for wet locations with corrosion-resistant housings. Post footings are sized for local wind-load requirements. Materials specified for your installation are chosen with those conditions in mind, not generic residential-grade components.