Lighting is what turns a tennis court from a daylight-only amenity into one that earns its footprint into the evening. It is also one of the most commonly underspecified parts of a court project, treated as a few poles and fixtures added at the end rather than as a system designed around the court’s geometry and how it will be used. Done well, lighting delivers even, glare-free illumination that lets players track the ball at full speed after dark. Done poorly, it produces hot spots, shadows, and glare that make night play frustrating regardless of how good the surface is.
This guide covers tennis court lighting standards by level of play, how the light is measured, the pole heights and fixture counts a single court needs, and why LED has become the default. For how lighting fits into the overall build, see our guide to tennis court construction.
How much light does a tennis court need
Court lighting is measured in foot-candles, the amount of light landing on the playing surface, and the target depends on the level of play. The published standards rise steeply from recreational to professional.
| Level of play | Target illumination | Metric equivalent |
|---|---|---|
| Recreational and community | 30 foot-candles | ~300 lux |
| High school | 50 foot-candles | ~500 lux |
| College | 75 foot-candles | ~750 lux |
| Professional and televised | 100 foot-candles | ~1,000 lux |
Most club, community, and municipal courts are designed to a recreational or competition-recreational standard, roughly 30 to 50 foot-candles maintained across the playing area. The word maintained matters: lighting is specified to hold its target level as fixtures age and lumens decline over years of service, not just on the day of installation. A court designed exactly to the minimum on day one will fall below it within a few years.
Equally important as the average level is uniformity, the ratio between the brightest and dimmest points on the court. A court can hit its average foot-candle target and still play badly if the light is uneven, because players lose the ball in the dim zones. A properly engineered layout holds tight uniformity across the whole surface, not just at the center.
Pole height and fixture layout
Pole height is the single biggest driver of light quality on a tennis court. Taller poles cast light at a steeper angle, which spreads it more evenly and keeps fixtures out of players’ direct sightlines. Outdoor club and community tennis courts typically use poles in the 20 to 30 foot range, with higher-level and tournament courts going taller still, often 40 feet or more, to meet uniformity and glare standards.
A single doubles court is generally lit with 8 to 12 LED fixtures mounted on 4 to 6 poles, positioned at the corners and at the midpoints of the court’s long sides. Placing fixtures along the sidelines rather than behind the baselines keeps the brightest light off the ends of the court, where players look directly down the line, and reduces the glare that flat, low-mounted lighting creates. The exact count depends on the target foot-candle level, the fixture output, and the pole height.
LED versus legacy lighting
The market has moved decisively to LED for court lighting, and for sound engineering reasons rather than fashion. Compared with the metal halide systems that dominated court lighting for decades, LED draws far less energy for the same light on the court, switches on instantly rather than warming up, holds its color and output far longer before requiring replacement, and can be optically controlled to direct light precisely onto the playing surface instead of spilling it into the night sky and onto neighboring properties. For a court that will run several hours an evening for years, the lower energy draw and longer service life change the operating math substantially.
Light spill and the neighbors
A tennis court rarely sits in isolation. At clubs, resorts, and residential communities it sits near homes, and uncontrolled light spill is one of the fastest ways a new court generates complaints. Modern LED optics and proper aiming keep light on the court and off adjacent properties, which protects both the play experience and the relationship with the surrounding community. The same planning discipline that addresses acoustic impact applies to light: the issues that produce neighbor conflict are far cheaper to design out at the planning stage than to retrofit after the courts are built and the complaints have started. For the acoustic side of that planning, see how PICKLEGLASS addresses pickleball court noise, which is increasingly relevant on shared tennis and pickleball sites.
Lighting as infrastructure, not an add-on
The most useful way to think about court lighting is as part of the court’s permanent infrastructure rather than an accessory bolted on at the end. The poles, the foundations, the conduit, and the electrical service are built into the site and are expensive to change later. Specifying the right pole height, fixture layout, and light level at the design stage costs little more than doing it poorly, and it determines whether the court is genuinely usable after dark for the next two decades. Lighting designed as an afterthought is the part of a court owners most often regret. For where lighting fits in the overall budget, see the cost to build a tennis court.
Frequently asked questions
How many lux does a tennis court need?
A recreational or community tennis court needs about 300 lux, roughly 30 foot-candles, maintained across the playing surface. High school courts target about 500 lux, college courts about 750 lux, and professional or televised courts 1,000 lux or more. Uniformity across the court matters as much as the average level.
How tall are tennis court light poles?
Outdoor club and community tennis courts typically use poles in the 20 to 30 foot range. Higher-level competition and tournament courts use taller poles, often 40 feet or more, because greater height improves light uniformity and reduces glare in players’ sightlines.
How many lights does a tennis court need?
A single doubles court is generally lit with 8 to 12 LED fixtures mounted on 4 to 6 poles, placed at the corners and the midpoints of the court’s long sides. The exact number depends on the target light level, the fixture output, and the pole height.
Is LED better than metal halide for tennis courts?
Yes. LED draws far less energy for the same light on the court, turns on instantly, lasts far longer before replacement, and can be aimed precisely to keep light on the court and off neighboring properties. For a court used several hours an evening, LED is now the default choice.
