LED sports lighting: technical guide for courts, tracks and sports halls

LED sports lighting is governed by a standard, not by each installer's own judgement. BS EN 12193 sets the lux, the uniformity and the glare according to the level of play.

Those three figures decide everything else, how many fixtures, what power and at what height. Adequate lighting avoids complaints from members. Here are the values by sport and the luminaires for each venue.

Lighting regulations for sports facilities

The BS EN 12193 standard for sports facilities is the reference in the UK and across Europe. It sets the minimum lighting requirements for each use. Anyone looking for sports lighting lux regulations will find the official values there.

BS EN 12193 illuminance levels

Horizontal and vertical illuminance levels are measured on the ground and on the player's plane. Horizontal illuminance is what matters in almost every sport. Vertical illuminance only counts when there are cameras.

The standard also sets the maintenance factor (fm), which accounts for light loss over the years. Without that factor, the pitch meets the requirement in year one and fails by year three.

Sports lighting classes I, II and III

The Class I, II and III sports classification ranks venues by audience and level of play.

Class III covers training and local recreational sport. Class II applies to matches with a local crowd. Class I is for full stands. Amateur-to-professional sport lux levels range between 200 and 750 lux on that scale.

What TV requires to broadcast matches

Everything changes with cameras. The lux required for TV broadcast cameras rises to 1000 lux or more, and demands close attention to the vertical light over the pitch.

LED lighting for TV broadcast also needs flicker-free fixtures, because slow-motion cameras pick it up. Low flicker and a stable driver are required.

Lux levels by type of sport

These are average reference values. Each case is confirmed with a lighting study.

Futsal and 7-a-side football

LED lighting for an indoor futsal court in a sports hall is solved with high bays or ceiling-mounted floodlights. Outdoors, an LED floodlight for a 7-a-side pitch goes on side poles. On an 11-a-side pitch, it moves up to corner towers.

Basketball and handball

LED lighting for a basketball court calls for 300 lux for matches with spectators and good uniformity in the corners. Handball uses the same values. On an indoor court, the glare the player sees when looking up is what matters most.

Padel, tennis and athletics

LED lighting for a padel or tennis court needs 300 lux in Class III and no shadows on the glass. LED lighting for an athletics track is solved with tall poles along the straight. In both cases, the player's visual comfort matters as much as the quantity of light.

Indoor swimming pools and swimming

LED lighting for an indoor swimming pool has to deal with humidity and chlorine, so it calls for protected fixtures and fittings that won't rust. Reflection off the water means the light source has to stay clear of the swimming lane axis.

Which luminaires to use in each venue

Not every sports space needs the same fixtures. In LED sports lighting there are three families, and LED lights change shape depending on whether they're for indoor or outdoor use.

High-power LED floodlights for outdoor use

On outdoor pitches and tracks, 240W to 1200W floodlights rule. An IP65 outdoor sports LED floodlight withstands rain and dust. Sports luminaire mounting height sets the beam angle and the number of fixtures needed.

UFO LED high bays for indoor sports halls

A UFO LED high bay distributes light from 6 to 12 metres up. It's the most common choice for LED sports hall lighting. For large indoor courts, an indoor sports centre LED floodlight with a narrow optic also works well.

Weatherproof battens for changing rooms and damp areas

Changing rooms, showers and storerooms call for IP65 weatherproof battens. These are simple, inexpensive, high-performance LED luminaires that cut energy consumption.

How to calculate the number of luminaires for a court

The sports pitch light-point calculation starts from the floor area, the target lux and the clear height.

Theoretical example. A padel court measures 20 x 10 metres and requires 300 lux. With 200W, 30,000-lumen floodlights, that works out to 6 to 8 units, depending on the optics and the height.

That number is fine-tuned with a lighting study, which checks the minimum in each zone.

Uniformity and glare control in sport

Sports lighting uniformity compares the minimum value with the average. 0.5 is normal in Class III and 0.7 in Class I.

The GR glare rating factor for facilities measures glare. The standard requires a GR below 50 outdoors.

Glare control is achieved with narrow optics, visors and height. Lowering the power doesn't work, because then there isn't enough light.

How to manage an LED sports lighting project

An LED sports lighting project starts by measuring what's already there. The study, the tender specification and the installation follow.

LED lighting for municipal sports facilities usually goes through a public tender, so it's worth submitting signed calculations and product data sheets.

A well-designed lighting system reduces maintenance costs over ten years. Sports facility lighting is defended with measured lux and annual spend, not with brochures.

Frequently asked questions

How many lux does a padel court need according to the standard?

300 average lux in Class III, for club use without spectators. With spectators it rises to 500 lux, and to 750 at the top level.

What's the difference between Class I, II and III in sports lighting?

The audience and the level of play. Class III is for training and local use, Class II for matches with spectators, Class I for the top level. Each step up requires more lux and better uniformity.

Can I broadcast matches with my current lighting?

Only if it reaches 1000 lux and controls the vertical light. Most local pitches fall well short.

Which LED floodlight is best for lighting an outdoor 7-a-side pitch?

400W to 600W floodlights on 12 to 15-metre side poles. With a narrow optic, the width is covered without throwing light outside the pitch.

Are UFO LED high bays suitable for sports halls?

Yes, on ceilings from 6 to 12 metres. It's worth fitting them with a guard if there are balls in play. For higher ceilings, the floodlight wins out.

How much can I save by switching my sports centre's lighting to LED?

It depends on the old equipment and the hours of use. Switching from old lamps typically saves between 50% and 60% of consumption.

What colour temperature is best for sports facilities?

The usual colour temperature is 4000 K indoors and 5000 K outdoors. A 5000K or 4000K colour temperature for sport gives good contrast without tiring the eyes.