Padel Court Lighting Systems: LED Fixtures, Poles and Controls

Buyers usually start from a price per lamp head and assume that is the whole lighting budget. It is not. A working padel court lighting system is eight to ten components that have to arrive together, match each other and pass inspection: the fixtures and their drivers, the brackets that hold them, the poles that carry the brackets, the foundations under the poles, the cable and junction boxes, the control gear, and the photometric plan that proves the light falls where it should. When one of those lines is left out of a quotation, it reappears on site at local labour rates.

The table below is the scope we quote, so you can compare it line by line with any other offer. Poles and foundations are quoted per project because height, section, wind load and soil decide their cost; fixtures, brackets, cable and controls are quoted as a system.

If you are still choosing the level of illumination rather than the hardware, the lux levels and anti-glare rules are set out in the padel court lighting guide, and the annual electricity bill per court is broken down in the lighting running cost guide. This page is about the system you order and the certificates that travel with it.

A padel court is 20 × 10 m of playing surface plus the run-off around it, and the ball travels higher and faster than most people expect when they first price a lighting package. That is why the same court that looks bright in a photograph can be unusable for league play: the level is there under one pole and gone in the far corner. Our standard configuration is eight 200 W LED projectors, split between four and eight columns, which gives a club the uniformity it needs without over-lighting the run-off areas.

*Electricity at USD 0.15/kWh, the lamps only. Check your own tariff: US commercial rates vary widely by state, and a club that runs four evening hours a day will not pay the same bill as one that runs ten.

Three specification points decide whether the installation behaves like the plan or not:

Uniformity, not peak brightness. The number that makes a court playable is the ratio between the dimmest and the brightest point. Ask for uniformity of 0.7 or better on the playing surface; a court at 400 lux average with 0.4 uniformity plays worse than one at 300 lux with 0.7.

Aiming and optics. Asymmetric optics push the beam onto the court and keep it off the glass, the neighbours and the players’ eyes. Aiming is part of the plan, not a decision for the installer on the day.

Colour and flicker. We specify 5000–6000 K, close to daylight, with drivers that do not flicker at camera speeds — the difference between a court that can stream matches and one that cannot.

Every fixture we ship in this package is IP66 rated, dust-tight and resistant to powerful water jets, which is the rating outdoor courts need in monsoon, coastal and desert conditions alike.

The first layer is illumination. The International Padel Federation guidance most clubs work to starts at 200–300 lux for recreational play, rises to about 500 lux for regional competition and 750 lux or more for national and international tournaments, with televised courts often specified above 1000 lux. In Europe and in most markets that buy to European practice, the reference document is the sports lighting standard EN 12193, which sets classes by level of competition and also fixes the uniformity and glare limits that go with each class.

The second layer is the hardware, and this is where a specification written in Europe is not enough for a project in the United States. Six items come up in almost every US installation:

Tell us the listing and voltage your project needs before we quote, and the package is priced around a compliant model from the start. Leave it until after the order and you either pay for a second fixture type or ship into a site that cannot be inspected — both are avoidable with one email at quotation stage. The same discipline applies to the court itself: the acceptance checklist we use on the structure, glass and turf is in the padel court specifications.

Fixtures are only as good as the height and position they are mounted at. Three layouts cover almost every project we quote: four poles at the corners for recreational courts, six poles adding mid-side positions for club play, and eight columns for tournament courts. On indoor and covered courts the fixtures move onto the structure instead, which removes the poles but adds constraints on clear height and fixing points.

In our standard packages the poles are Q235B steel, hot-dip galvanised and powder coated at 150–300 µm, in sections from 60 × 60 × 3 mm up to 100 × 100 × 3 mm depending on height and wind load. Each pole carries a welded base plate and a set of anchor bolts that match the foundation drawing we issue with the order, so your groundworks contractor can pour the pads before the container lands.

Practical points that decide whether the poles work in service:

• Position: poles sit 2–4 m outside the court perimeter so they never interfere with the glass walls or the rebound of the ball.
• Wind load: the section is sized for your site, not for an average. Coastal and open sites need heavier sections and denser bracing; tell us the city and the design wind speed if your engineer has it.
• Cable route: we run the supply inside the pole to a sealed junction box, so nothing is exposed at ankle height where players and mowers pass.
• Dual purpose: on request the pole also carries the fence frame, which reduces the number of posts you buy and neatens the elevation.
• Appearance: lamp posts can be built in C, Z and right-angle Z profiles and finished in your club colours, so the lighting reads as part of the facility rather than an add-on.

Padel is played in an enclosed box with glass on four sides and a lob that goes up before it comes down. Light that is comfortable on an open tennis court can be uncomfortable here, because the player’s eye travels up through the beam and the glass reflects it back. Three controls do most of the work:

• Uniformity within 3:1: the brightest point on the court should not exceed three times the dimmest. In specification terms, ask for uniformity of 0.7 or better on the playing surface and check the number in the photometric plan rather than trusting a photograph.
• Aiming at 25° or less from vertical, towards the court centre. Fixtures that point across the court or down the line of sight put light into the players’ eyes on every lob.
• Full-cutoff optics: no light emitted above the horizontal, which keeps spill off neighbouring property and out of the planning conversation. Our projectors use asymmetric lenses for the same reason — the beam is shaped to the playing surface, with shields available where a boundary is close.

The numbers that go with this in a compliance document are the glare rating (commonly specified in the 35–55 range depending on class) and the uniformity figure; both appear in the DIALux or Relux output we supply with the quotation. If your site has houses, a road or a flight path at the boundary, send us the constraint at enquiry stage — it changes the fixture choice and the aiming, and it is far cheaper to design in than to fix with blinds afterwards.

On the purchase side, the price of a sports floodlight is driven by four things: luminous efficacy (roughly 130–170 lm/W in current products), the driver and its listing, the ingress and impact ratings, and the warranty you are buying. Factory-direct, a 200 W IP66 projector suitable for a padel court typically sits in the USD 60–150 range depending on those choices, so a set of eight starts around USD 500–1,200 before poles, brackets, cable and controls. A complete installed system per court, including poles and foundations, usually lands between USD 3,000 and USD 12,000 depending on the lux level and the pole layout — which is why a quotation that gives one number without a photometric plan is impossible to compare with another.

*Electricity at USD 0.15/kWh. 3,650 hours is roughly ten lit hours a day, every day — a busy club with covered or indoor courts.

That difference is the payback argument. Replacing a 5.5 kW metal halide installation with a 1.6 kW LED system removes about 3.9 kW of load; at 3,650 lit hours a year that is roughly 14,200 kWh and about USD 2,100 saved annually at USD 0.15/kWh — against a lighting upgrade that typically pays for itself in two to three years. After that, the saving is operating margin, and the second saving is maintenance: LED fixtures run 50,000 hours and more, so the annual relamping and the scissor lift that goes with it disappear.

A retrofit replaces the lamp heads, keeps the poles, and typically cuts the load by half to two thirds. The starting point is a like-for-like wattage map, then a check of the hardware that is already in the ground.

Before you commit, check six things on site — they are the reason some retrofits cost more than the lamps:

• Pole condition at the base: rust and cracked concrete are common on 10-year-old poles, and a heavier or taller fixture on a corroded base is a safety issue, not a saving.
• Bolt pattern and bracket load: LED heads are lighter than the floodlights they replace, but the bracket and the bolt circle still have to match.
• Cable size and voltage: an existing 3-phase circuit may not suit the new driver arrangement, and undersized cable limits the upgrade.
• Control gear: keep the contactors if they are sound, replace the time clock with a photocell plus clock combination if the club wants courts lit only when booked.
• Aiming, not just swapping: a lamp-for-lamp replacement with the old aiming usually leaves dark corners that the previous system hid behind brute wattage.
• Whether the poles are simply too short: if they are under 6 m, no LED will give you league uniformity; new poles may be the honest answer.

Send us six things: the number of courts and the layout; whether they are outdoor, indoor or covered; the level of play you are selling and the lux target that goes with it; the mounting type you want (poles, structure or roof); the voltage and any listing or rebate requirement (for example 120–277 V and a UL/ETL listing, or DLC for a rebate claim); and the destination port with your target opening date.

You get back: an itemised quotation with the fixture model and its certificate, a photometric plan in lux and footcandles showing uniformity and glare, a pole and foundation drawing if poles are in scope, the aiming schedule for your installer, and a container loading plan that puts the lights, poles, court, glass, turf and roof in one shipment. The lighting then arrives with the same documentation pack as the rest of the structure: packing list, installation manual and warranty terms.

On commercial terms, the lighting in a full court package usually ships with the court order — no separate minimum order quantity, no second freight bill. If you already own courts and only need lighting, we quote the fixtures, brackets and plan on their own; small trial orders can be shipped by air or LCL, and the full container remains the cheapest route per fixture. Production for a standard package runs about 20–30 days from deposit, and the drawings are issued before production starts so nothing has to be re-cut.

Customisation is available on the visible parts: pole profile (C, Z or right-angle Z), colour to match your club identity, backlit logo on the corner posts, and fixture finishes. What we will not do is quietly downgrade the light itself to win a price — efficacy, uniformity and the driver are the three things you cannot fix after installation.

1. The photometric plan for your court size, showing the lux or footcandle grid, the uniformity figure and the aiming — free, and the single best predictor of how the court will actually play.
2. The fixture datasheet with wattage, lumens, efficacy in lm/W, colour temperature, CRI, beam angle, IP and IK ratings.
3. The safety listing certificate (UL, ETL or CSA) for the exact model and driver you are buying, if your market requires it.
4. The DLC listing ID if you intend to claim a utility rebate.
5. The driver brand and warranty: ask what happens in year four when a driver fails — is the replacement shipped at cost, and how long does it take?
6. The photometric files (IES or LDT), so any third party can re-run the calculation and check the plan you were shown.
7. The pole drawing and foundation plan with sections, coating thickness and anchor bolt layout.
8. The load calculation for your wind zone, not a generic statement that the poles are “strong”.
9. Spare parts listing with prices: fixture, driver, glass and gaskets for one court.
10. A reference installation at your level of play, with photographs taken at night rather than at dusk — the only honest proof of uniformity.