For most padel court projects, I recommend designing around the applicable FIP lighting requirements, a target of at least 300 lux for regular play, suitable uniformity, glare control, and lighting that does not interfere with ball visibility. A typical court measures 10 m × 20 m, so the lighting layout must cover the full playing area while reducing shadows from the glass, fencing, and players. The final design should be confirmed against the current rules of the International Padel Federation (FIP), local electrical codes, and the requirements of the venue or competition organizer.
If you want to learn more, please visit our website.
In practice, a complete padel court lighting specification includes LED floodlights, mounting poles or structural supports, electrical distribution, controls, protection against weather, and commissioning measurements. I also recommend reviewing the lighting layout before manufacturing or installing the court structure because support positions can affect access, fencing, glass panels, maintenance, and player safety.
This guide is intended for padel court owners, sports facility developers, architects, contractors, court manufacturers, and purchasing teams. It is useful whether you are building one outdoor court, developing a multi-court club, or replacing an existing lighting system. The same principles also apply to indoor venues, although ceiling height, reflected light, ventilation, and fire safety create additional design considerations.
I focus here on practical decisions: lighting levels, layout, equipment selection, installation coordination, maintenance, and supplier evaluation. Because lighting regulations can vary by country and competition level, this guide should support a professional design review rather than replace a site-specific electrical or photometric assessment.
Illuminance describes the amount of light reaching a surface and is measured in lux. Uniformity describes how evenly that light is distributed across the playing area, commonly expressed as minimum illuminance divided by average illuminance or by the maximum illuminance, depending on the design standard. A court can have a high average lux value and still perform poorly if dark areas or strong contrast make the ball difficult to follow.
For competition and recreational facilities, the project team should identify the required lighting class before selecting equipment. The current International Padel Federation rules and the applicable edition of EN 12193, Light and lighting—Sports lighting are important reference points, but the exact requirements should be checked for the intended venue and jurisdiction.
| Design item | Practical reference | Why it matters |
|---|---|---|
| Court playing area | 10 m × 20 m | Defines the primary calculation area for the lighting design. |
| Regular play illuminance | Approximately 300 lux minimum where required by the applicable FIP or project specification | Supports normal recreational and club play. |
| Higher-level or broadcast use | May require approximately 750 lux or a project-specific value | Supports higher visual requirements, photography, or broadcast production. |
| Color temperature | Commonly 4,000–5,700 K | Balances visual clarity, color appearance, and user preference. |
| Typical LED system life | Often specified at 50,000 hours or more, subject to the manufacturer’s L70 and operating conditions | Helps estimate maintenance and replacement planning. |
| Ingress protection | Outdoor luminaires are commonly specified at IP65 or higher | Provides a design reference for dust and water exposure; local conditions still need review. |
The values above are planning references, not a universal approval specification. I recommend requesting a photometric calculation that shows average lux, minimum lux, maximum lux, uniformity, glare risk, and the calculation grid. The project engineer should then compare the result with the current FIP rules, EN 12193, national electrical requirements, and any local light-pollution restrictions.
External pole-mounted lighting is a common approach for outdoor courts because it keeps electrical equipment away from the playing enclosure and allows access for maintenance. A typical concept uses four or six poles positioned outside the court, with LED floodlights aimed toward the playing area. The exact number and position depend on pole height, beam angle, court spacing, neighboring property, wind exposure, and the required uniformity.
As a preliminary design range, poles may be positioned approximately 6–8 m above finished ground level, but I do not treat this range as a fixed standard. Higher mounting can improve beam distribution and reduce direct glare, while lower mounting may simplify construction but create sharper angles and more visible bright sources. A qualified lighting designer should confirm the mounting height with a point-by-point calculation.
Some padel court systems integrate luminaires with the structural frame or upper perimeter. This can create a compact appearance and may reduce the number of freestanding elements around the court. However, the design must account for frame loading, corrosion protection, vibration, cable routing, cleaning access, and the possibility that the light source will be visible to players.
When I coordinate lighting with a metal court structure, I recommend separating the lighting load, electrical accessories, and court-panel loads in the engineering review. The support connection should be checked for wind, dynamic vibration, corrosion environment, and maintenance access rather than relying only on the nominal weight of the luminaire.
Indoor courts may use ceiling-mounted linear fixtures, high-bay luminaires, or directional LED floodlights. The ceiling height, roof structure, reflective surfaces, and the location of ventilation equipment can significantly affect the lighting result. A design that works outdoors may create excessive glare or shadows indoors because the surrounding surfaces reflect light back toward the players.
For indoor projects, I recommend modeling the court enclosure, glass, floor, ceiling, and wall finishes where practical. The designer should also coordinate emergency lighting, fire protection, access platforms, and the building’s electrical capacity before final fixture selection.
First, confirm whether the court is for recreational use, club competition, professional events, training, recording, or broadcast. The lighting target may change according to the intended use, and a future upgrade can be more expensive if the initial poles, wiring, and control system are undersized. I ask buyers to identify the required lux level, uniformity target, glare limitations, and whether cameras will be installed.
Do not select a floodlight only by wattage. For example, two 200 W luminaires can have different optical distributions, lumen outputs, glare characteristics, and thermal performance. Request an IES or LDT photometric file where available, together with a calculation showing the number of fixtures, aiming angles, mounting heights, average illuminance, minimum illuminance, and uniformity.
Outdoor padel courts require equipment suitable for rain, dust, temperature changes, and potentially coastal or industrial corrosion. An IP65 rating is a common planning reference for outdoor luminaires, while the required impact resistance, corrosion class, surge protection, and operating temperature should be confirmed for the site. The project electrician should also verify voltage, frequency, circuit loading, residual-current protection, grounding, cable type, and isolation requirements.
If you are looking for more details, kindly visit Rayjun.
Glare can occur when players see the LED source directly or when light reflects from glass panels and metal fencing. I recommend using asymmetric optics, shielding, precise aiming, dimming, and appropriate mounting positions instead of simply increasing wattage. The design should also consider nearby homes, roads, neighboring courts, cameras, and the direction of play.
Lighting equipment should be accessible without damaging the court enclosure or interrupting other courts. A luminaire specified for 50,000 hours may offer a long service interval, but actual life depends on thermal conditions, operating hours, surge events, and driver quality. I recommend documenting the fixture model, driver type, spare-part availability, aiming position, and cleaning method before handover.
Record the court location, orientation, ground conditions, existing utilities, nearby buildings, access routes, wind exposure, and available electrical capacity. For outdoor installations, soil conditions and foundation design influence pole stability and project cost. The survey should also identify whether court construction equipment can reach the site without damaging finished surfaces.
Use the confirmed court dimensions, mounting positions, fixture photometry, aiming angles, and surrounding reflectance to prepare a point-by-point calculation. The calculation should cover the full playing area and identify any dark zones near corners, glass walls, fencing, and the net. I recommend reviewing the result with the court supplier before foundations, brackets, or embedded plates are finalized.
Freestanding poles require foundations designed for the pole height, luminaire area, local wind speed, soil condition, and applicable structural code. Integrated supports require connection details that are compatible with the court frame and do not obstruct glass replacement or panel maintenance. The civil or structural engineer should approve the foundation and connection design before concrete work begins.
Install conduits, cable routes, distribution boards, grounding, surge protection, and control devices according to local electrical regulations. Dimming or scene control can allow separate settings for training, normal play, competition, cleaning, and maintenance. I recommend labeling every circuit and providing an as-built drawing so future technicians can isolate and service the system efficiently.
After the court, fencing, glass, and lights are installed, each luminaire should be aimed according to the approved design. The commissioning process should include functional testing, control testing, electrical safety checks, and illuminance measurements at the agreed grid points. The final documentation should record the measured results, fixture positions, aiming angles, control settings, and any approved deviations.
The International Commission on Illumination (CIE) publishes technical guidance on lighting measurement and visual conditions, while local standards determine the legally applicable testing and electrical procedures. I advise buyers to request measurement records from a qualified professional rather than treating a visual nighttime inspection as proof of compliance.
I also caution against installing fixtures before the court manufacturer confirms the final enclosure dimensions and support locations. Small changes in fencing height, glass arrangement, pole offset, or court orientation can change the lighting result. Early coordination is usually more effective than correcting glare or dark zones after handover.
For a B2B purchase, I recommend comparing the complete installed system rather than the fixture unit price. A lower-priced luminaire may require more fixtures, stronger supports, additional wiring, or more maintenance access. Ask each supplier to quote the same scope and identify assumptions for freight, installation, testing, taxes, and site preparation.
Project pricing depends on the number of courts, fixture specification, pole arrangement, control system, foundation requirements, shipping method, and local installation labor. A single court and a multi-court club may use different purchasing strategies because bulk production can improve consistency, while a small project may prioritize stocked components and simplified installation. I recommend requesting a bill of materials and a court-by-court equipment schedule before approving the purchase order.
Lead time should include technical approval, photometric calculation, customization, production, inspection, packing, shipping, customs clearance, and site installation. If the project involves custom brackets, powder-coated metal supports, embedded plates, or integrated court components, these items may require additional coordination. Buyers should confirm whether replacement drivers, optics, or complete luminaires will remain available during the expected operating period.
As Rayjun, I approach padel court lighting as part of a coordinated metal building materials and sports-structure project. Depending on the project scope, I can help organize requirements for metal supports, mounting brackets, protective housings, structural interfaces, corrosion-conscious finishes, and supplier coordination. I do not recommend finalizing a lighting package without confirming the site conditions, applicable standards, and responsibility split between the court, lighting, electrical, and structural teams.
For an accurate quotation, send the court quantity, indoor or outdoor application, location, court dimensions, preferred lighting level, available voltage, pole or ceiling height, desired controls, delivery destination, and installation scope. If you already have a court drawing, roof plan, or electrical layout, I can use it to review mounting interfaces and prepare a clearer supply schedule. Where a photometric design is required, I recommend including the qualified lighting designer or electrical engineer in the approval process.
The right padel court lighting system is one that meets the required playing standard, distributes light evenly across the 10 m × 20 m court, controls glare, withstands the site environment, and remains serviceable throughout its operating life. A starting design may use approximately 300 lux for regular play and a higher project-specific level for competition or broadcast, but the current governing rules and professional calculation must determine the final specification. Layout, pole height, optics, controls, and structural coordination are as important as the LED power rating.
My recommended next step is to prepare a site-specific information package and request a complete lighting proposal with photometric calculations, equipment data, structural interfaces, electrical scope, lead time, and commissioning requirements. Share those details with Rayjun when you are comparing court structures, metal supports, mounting solutions, or coordinated supply options. This process helps reduce redesign risk and gives your project team a clearer basis for purchasing and installation decisions.
For more information, please visit padel court lighting.