Outdoor Basketball and Pickleball Court Lighting: Levels, Poles and Costs

Outdoor courts in parks, schools, residential estates and back gardens get far more use with lights. Basketball and pickleball are the two fastest-growing outdoor court sports in many countries, and they share most lighting principles, though pickleball courts are smaller and often built in groups.

Court sizes

Light levels

Basketball (outdoor, EN 12193):

Many park and residential courts are lit above Class III, to 100–200 lux, because users expect bright light.

Pickleball: there is no single worldwide standard; recreational courts are commonly lit to about 200–300 lux, and tournament courts to 400–500 lux or more, with good uniformity.

Pole layouts for basketball

Place poles along the sides, not behind the baskets: players look up towards the basket when shooting, and lights behind it blind them.

Pole layouts for pickleball

• Single court: 4 poles at the corners or 2 per long side, 6–7 m high
• Banks of courts: poles between courts serve two courts each, cutting the number of poles
• Converted tennis courts: a tennis court fits up to four pickleball courts; existing tennis lighting may be re-aimed, but check uniformity on the new court areas

How many fixtures: a quick estimate

Lumens needed ≈ target lux × lit area ÷ (utilisation factor × maintenance factor).

For a full basketball court at 200 lux over 32 × 19 m (608 m²), utilisation 0.6, maintenance 0.8:

200 × 608 ÷ 0.48 ≈ 253,000 lm → about 2.1 kW at 120 lm/W, for example 6 × 350 W.

For one pickleball court at 300 lux over 18.3 × 9.1 m (167 m²):

300 × 167 ÷ 0.48 ≈ 104,000 lm → about 0.9 kW, for example 4 × 200–250 W.

For layouts and wattage in more detail, see the LED flood light wattage guide.

Fixtures

Asymmetric sports floodlights work best: they throw light across the court while staying nearly flat, so glare and spill are low. Our modular LED sports floodlights (50–300 W) have asymmetric 140° × 80° or 155° × 80° optics for basketball, tennis and five-a-side courts. For larger installations, higher-power slim floodlights cover wide areas.

Look for:

• IP65 or better
• Surge protection of 6–10 kV
• 4000–5000K, Ra 70–80 or higher
• Impact-resistant glass or guards where balls can hit fittings
• Shields to cut back-light towards houses

Glare and neighbours

Residential courts are often next to homes. To keep good relations:

• Use asymmetric optics with fittings close to horizontal
• Add rear shields
• Keep poles on the side away from houses where possible
• Switch off at a set time with a timer
• Check local rules on sports lighting hours and light trespass

Solar court lighting

Lighting a full court for two or three hours needs several kilowatt-hours a night. A solar system for that needs large panels and batteries, often more than the poles can carry. Solar works for:

• Orientation and security light on community courts
• Small courts with short evening use
• Remote sites far from power

For those, a large solar floodlight or several small solar street lights around the court give basic light, not competition levels.

Running costs

A court with 2.1 kW of LED used 3 hours a night for 300 nights uses about 1,900 kWh a year, or about US$280 at US$0.15/kWh. Metal halide systems with the same light would use two to three times that.

Controls

• Push-button timers for public courts: lights switch off after 30–60 minutes unless pressed again
• App or booking-linked switching for clubs
• Two levels: casual play and matches

Maintenance and vandal resistance

Public courts take abuse. Use anti-tamper fixings, mount fittings out of reach, protect cables in steel conduit up the pole and lock access doors. Clean glass once a year and check aiming after storms. LED fittings rated for 50,000 hours or more need no lamp changes for many years at a few hours a night.

Upgrading old court lights

Many park courts still have metal halide floodlights of 400–1,000 W. Replacing them with LED on the same poles usually halves the energy and gives instant on for push-button timers. Check that the existing crossarms fit the new brackets and that the poles are sound.

Ordering

Send the court type and size, the number of courts, the level of play, any existing poles and the distance to nearby homes. We will propose floodlights, a pole layout and an estimate of light levels.