Tennis court lighting typically costs $15,000-$60,000 to install, with a common project averaging about $32,000. The final price depends on LED system size, pole and foundation work, electrical service, site access, and whether existing lights need removal.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Installed court lighting | $15,000 | $32,000 | $60,000 | One outdoor court, LED equipment |
| LED fixtures | $600 each | $1,200 each | $2,500 each | Fixture price varies by output and controls |
| Poles and foundations | $1,500 per pole | $3,000 per pole | $5,500 per pole | Installed; height and soil affect price |
| Electrical work | $2,000 | $6,000 | $15,000 | Higher if service or trenching is needed |
Typical cost to light one outdoor tennis court
A standard single-court LED installation often totals $20,000-$45,000, including fixtures, poles, wiring, and ordinary installation. A basic retrofit using sound existing poles may cost $15,000-$28,000; a new system with engineered poles, concrete foundations, and longer electrical runs can reach $60,000 or more.
A practical planning allowance is about $25,000-$40,000 for a straightforward one-court project. These estimates assume roughly 8-12 fixtures, four to six poles, standard recreational play, and no major utility upgrade. Competitive play requirements, premium glare control, or unusually difficult access can raise the quote.
Assumptions: U.S. contractor pricing, one outdoor court, standard LED equipment, normal access, and no major permitting or utility upgrade.
How fixtures, poles, and wiring shape the quote
Equipment and installation are typically quoted together, but separating the line items helps identify where bids differ. Pole replacement and electrical work can be as important as the light heads, especially when the court has no existing infrastructure.
| Quote component | Low | Average | High | What changes the price |
|---|---|---|---|---|
| LED fixtures, 8-12 | $5,000 | $12,000 | $25,000 | Output, optics, dimming, warranty |
| Poles and foundations, 4-6 | $6,000 | $18,000 | $33,000 | Height, steel grade, soil, lifting access |
| Electrical and controls | $2,000 | $6,000 | $15,000 | Trenching distance and panel capacity |
| Labor and equipment | $3,000 | $8,000 | $16,000 | Crew size, lift rental, site conditions |
| Removal and disposal | $500 | $2,000 | $6,000 | Old pole count and disposal needs |
Ask whether the estimate includes foundations, crane or lift rental, controls, and disposal. Some bids list fixtures only, so their headline price may exclude substantial installation work.
Why pole height, light level, and trench distance matter
Design specifications drive both equipment quantity and construction scope. A recreational court may use fewer or lower-output fixtures than a club or tournament court. More demanding uniformity and brightness targets can require additional fixtures, higher-output models, and careful aiming.
Changing from a basic recreational design to a higher-performance layout can add $5,000-$20,000. Pole heights around 20-30 feet are common, while taller structures may require stronger poles and more substantial foundations. A trench of 100 feet or less may fit routine electrical work; runs above 200 feet can add several thousand dollars, particularly if paving must be cut and restored.
Soil, wind exposure, and nearby homes also matter. Rock excavation, poor drainage, or engineered foundations can add $1,500-$5,000 or more per pole. Shielding and precise optics may cost extra but can reduce glare and spill light onto neighboring properties.
Which lighting choices can lower installation cost
Retaining structurally sound poles can avoid new foundations and lifting work, often saving $6,000-$20,000. A contractor should verify pole condition, load capacity, spacing, and compatibility before pricing a retrofit; reusing unsuitable poles can create safety and performance problems.
Keep the design matched to actual play needs instead of paying for unnecessary output or controls. Compare the same lighting target, fixture count, warranty, and included work across at least three itemized bids. Scheduling installation outside peak contractor demand may improve availability, although weather and local workload affect any discount.
Confirm the existing electrical panel can serve the new system before ordering equipment. Grouping nearby court work into one mobilization may reduce equipment and labor charges. Avoid choosing the lowest fixture price alone: poor optics or limited warranty coverage can erase initial savings through glare, uneven light, or earlier replacement.
Regional labor rates and court access change totals
Installed prices vary with local wages, permitting, freight, and contractor availability. Dense metro areas and high-cost coastal markets can run roughly 10%-25% above a typical national estimate. Lower-cost rural markets may come in about 5%-15% below it, but remote travel or limited contractor availability can offset the difference.
Site access can matter more than the state average. A lift that can reach each pole location keeps installation simpler; narrow gates, slopes, landscaping, or occupied facilities may require extra labor or specialized equipment. Ask bidders to state assumptions about access and restoration so regional quotes remain comparable.
How long crews need and what labor covers
A straightforward retrofit may take a two- to four-person crew 2-4 days. New poles and foundations commonly require 4-8 working days, plus time for concrete to cure and inspections or scheduling. Weather, utility coordination, and difficult excavation can extend the calendar even when crew hours remain similar.
Labor and equipment commonly account for $3,000-$16,000, with electricians, operators, and installers billed through a project quote or at roughly $75-$150 per hour.
Request a written labor scope that identifies excavation, wiring, aiming, testing, and cleanup. This clarifies whether the contractor will coordinate electrical inspections or charge separately for return visits.
Controls, removal, and permitting add-ons to budget
Basic photocells or timers may add $300-$1,500, while app-based or networked controls can cost $1,000-$4,000 installed. Dimming and separate court zones provide scheduling flexibility, but their value depends on how often the facility uses different lighting levels.
Allow $500-$6,000 for old-system removal and disposal when poles or fixtures must come out. Permit and inspection fees vary widely, often from a few hundred dollars to $2,000; engineered plans or local electrical requirements can add more. A new service panel or utility connection is a separate major expense, potentially adding $3,000-$15,000 or more.
Clarify whether the bid includes permit applications, utility coordination, patching pavement, and restoring landscaping. These exclusions can make a low quote substantially higher after work begins.
Three tennis court lighting quotes compared by scope
Example totals show how the same general project can vary with reuse, site work, and lighting requirements. They are illustrative estimates, not fixed national rates.
| Project | Scope and labor | Estimated total |
|---|---|---|
| Existing-pole retrofit | 8 LED fixtures, reuse four poles, 2-3 days, 24-40 crew hours | $16,000-$25,000 |
| Typical new installation | 10 fixtures, four new poles, 100-foot trench, 4-6 days, 64-100 crew hours | $28,000-$43,000 |
| Higher-performance court | 12 fixtures, six poles, controls, longer trench, 6-8 days, 100-160 crew hours | $45,000-$65,000 |
Compare the lighting design and included construction scope, not just the total. A quote with fewer fixtures may appear cheaper while failing to meet the desired brightness or uniformity.