Used for lighting indoor badminton courts and other indoor sports, it reflects light without direct glare.
Equipped with a grille that effectively reduces glare and protects against ball impact.
LED flood lights for tennis and badminton courts. Unique reflective design eliminates direct glare.
What is badminton court lighting?
Badminton court lighting creates a visual environment that is completely different from other industrial and commercial spaces such as warehouses and workshops, and is not simply applying general indoor and outdoor lighting. Sports lighting. Compared to basketball, volleyball requires players to look up frequently, accurately identify the target, and react quickly because the ball is faster, smaller, and flies higher. Therefore, badminton courts require a lighting environment with very strict glare control while maintaining high brightness to ensure a clear, long-lasting and comfortable visual effect.
Whether it is for simple recreation or training or a badminton court for competition, the lighting system must carefully control glare, shadows and brightness fluctuations, otherwise human eyes will easily become tired and dizzy, and the sports experience will be greatly reduced. This is especially true in high-level stadiums or commercially operated courts where the requirements for light softness, uniformity and color rendering are very high.
Although the area of a badminton court is not large, it is not easy to achieve ideal lighting effects and a good sports experience. Conventional metal halide, fluorescent, and even regular LED lighting often struggle to meet these comprehensive requirements simultaneously. In general, the illuminance is sufficient, but there is a lot of glare, and if there is little glare, the brightness is not sufficient. Designed specifically for sports such as badminton courts, LED lighting is the best choice for creating an environment with sufficient uniform brightness, true color reproduction, and no glare interference while meeting lighting standards from amateur to professional levels.
Indoor Badminton Court LED Lighting
It is common and recommended for badminton courts to be used indoors because the shuttlecock is very light and its flight trajectory is easily affected by air currents. The indoor court is insulated from wind and rain, so luminaires can focus solely on lumen output and glare control. We strongly recommend using: The main advantage of linear LED high bay lighting lies in its sophisticated optical design, making it suitable for indoor badminton courts. Special lenses or reflectors can provide wider, more even light distribution and maximize glare control. Illuminance can meet professional competition standards of over 1500 lx.
- Some linear LED lights are designed specifically for sports lighting.
- Power available from 80W to 300W to meet both low bay and high bay installations (6 to 14m+)
- Dual luminous surfaces ensure more even light distribution
- Reduce glare with high-transparency translucent or micro-prismatic PC covers
- Professional grilles significantly reduce glare and prevent impacts.
- Hidden LED chips emit light through reflection, reducing direct glare.
For amateur recreational or training courts with lower requirements, UFO high bay LED lights are also recommended. With appropriate beam angles and accessories, the basic requirements for illuminance and glare control in badminton courts can also be met. It also has great advantages in luminous efficiency and rapid modification.
Indoor badminton court lighting design and layout
The badminton court measures 13.4m x 5.18m for singles and 13.4m x 6.1m for doubles. No lights should be installed above the main playing field to prevent glare from excessive brightness above the players. International stadiums require a minimum installation height of 12m, with lower ceiling heights available for other levels. Lighting fixtures should use medium to wide beam angles depending on the size of the stadium.
Then select the appropriate layout and perform lighting simulation according to the required illuminance to determine the type and wattage of badminton court lighting, etc.
- Top Layout: Light fixtures are evenly distributed over the court with symmetrical beam angles suitable for most recreational and training badminton courts.
- Side layout: Lighting fixtures are installed more than 1m away from both sides of the court with an asymmetric beam angle suitable for courts with high illumination and competition courts.
- Hybrid layout: Fixtures are installed on both the top and sides. Suitable for large and extra large multi-purpose stadiums.
outdoor badminton court lights
Outdoor badminton courts are very rare for competitions or professional training because the wind affects the speed and landing point of the shuttlecock, making the game less fair and controllable. Therefore, outdoor courts are mainly used for community recreation, family leisure, or adaptive physical training. The lighting does not need to be too bright, but light pollution must be controlled and it must be maintenance-free and capable of stable operation.
We recommend using: LED sports floodlight for outdoor badminton court. Typically 100W to 400W is sufficient and can be used at most common installation heights. These floodlights feature variable asymmetric beam angles, which reduce glare and prevent light scattering in all directions. Minimum IP66 waterproof structure, high-strength aluminum alloy shell, anti-corrosion coating, and stable drive system ensure long-term stable operation even under heavy rain, typhoons, and ultraviolet rays.
The outdoor setup layout uses light poles placed on each side or all four corners of the court. A pole height of 8m to 12m is recommended to ensure uniformity and control glare. If multiple courts are clustered together, unify the lighting by increasing the height of the light poles from 15m to 20m.
LED floodlight for badminton court
Professional sports LED floodlights are the primary lighting solution for badminton courts at outdoor, semi-outdoor and even indoor competition levels. Ordinary floodlights are not suitable for sports lighting such as badminton because the beam angle is too wide, the light is too diffused, and there is no light blocking structure, resulting in severe glare and light pollution. These two should not be confused. For example, the installation area is very large:
- In outdoor courts, they can be installed on poles of various heights;
- In semi-outdoor multi-functional stadiums, they can be installed on building structures;
- Indoor badminton courts can be installed on either side of the court, and are commonly seen in competitions and TV broadcasts.
LED flood lights suitable for badminton courts must meet higher standards in terms of optics and structure. First, it requires precise optical control, such as narrow and asymmetric beams, which are important to reduce glare and improve coat uniformity, while high lumen output must also not be too dazzling. Second, it must be flicker-free, which usually requires high-quality driver output. Lastly, it must have high protection performance that meets requirements such as waterproofing, dustproofing, corrosion resistance, and surge protection.
As a manufacturer of LED sports lighting, Sony’s floodlights fully meet lighting standards for indoor and outdoor badminton courts, from recreational to professional competitions. It offers a color temperature of 4000K to 5000K, a color rendering index of over 90, and energy savings of over 65% compared to existing MH or HPS.
| mounting height | LED floodlight | Application Description |
|---|---|---|
| 8-10 m | 100-300 W | A single or small outdoor court sufficient to meet the needs of the sport without wasting money. |
| 10-12 m | 300-400 W | Multiple concentrated outdoor courts or large indoor courts with high ceilings |
| 12-15 m | 400-600 W | Multi-functional sports, open roof structure, professional or tournament level indoor badminton court |
Badminton Court Lighting Requirements
Lighting requirements or standards for badminton courts generally apply only to professional competition and broadcast level courts, but even entry level amateur courts have minimum requirements in terms of illuminance, uniformity and color temperature. Illuminance is a prerequisite for recognizing the fast movement of a shuttlecock with a top speed exceeding 300 km/h and distinguishing fine boundaries. From recreational lighting to competitive badminton court lighting, illuminance requirements increase exponentially.
Non-uniformity means that if there is a significant difference in court brightness, the shuttlecock may suddenly disappear or darken mid-flight, directly affecting player judgment. Color temperature should be maintained within the range of 4000K to 5000K to ensure concentration and clear vision without excessive glare.
International Sports Federation Standards for Badminton Court Lighting
| court level | Horizontal (Lux) | Vertical (Lux) | Uniformity (Uo) | CRI | CCT |
|---|---|---|---|---|---|
| Recreation/Education | 150 – 200 | — | ≥ 0.40 | ≥ 60 | 4000K |
| Club/School Training | 300 – 500 | — | ≥ 0.50 | ≥ 70 | 4000K |
| national competition | 750 – 1000 | — | ≥ 0.60 | ≥ 80 | 5000K |
| TV broadcast (nationwide) | 1000 – 1250 | 750 – 900 | ≥ 0.60 | ≥ 80 | 5000K |
| TV broadcast (international) | 1250 – 1500 | 900 – 1050 | ≥ 0.70 | ≥ 80 | 5000K |
| HD/HDTV broadcast | 1800 – 2000 | 1300 – 1500 | ≥ 0.75 | ≥ 80 | 5000K |
* Since players often look up, it is recommended not to install lights directly above or behind the playing field to reduce glare.
Olympic badminton stadium lighting standards
| location | Illuminance (Lux) | Uniformity (minimum) | ||||
|---|---|---|---|---|---|---|
| Home-Cam-min | Eih-ave | horizontal direction | vertical direction | |||
| Emin/Emax | Emin / Eve | Emin/Emax | Emin / Eve | |||
| competition court | 1400 | — | 0.7 | 0.8 | 0.7 | 0.8 |
| gun court | 1000 | — | 0.6 | 0.7 | 0.6 | 0.7 |
| quarantine area | — | 150 | 0.4 | 0.6 | — | — |
| Crowd (C1 / Main Camera) | See ratio table | — | 0.3 | 0.5 | ||
| Eh web-FOP / Ev-FOP | ≥ 0.75 or more but 1.5 or less | |||||
| Eh-ave-TPA / Ev-ave-TPA | ≥ 0.5 or more but 2.0 or less | |||||
| Eh web-TPA / Eh-ave-FOP | 0.5 – 0.7 | |||||
| light source | CRI Ra ≥ 90 | Tk = 5600K | ||||
| Relative glare rating (GR) for fixed cameras | ≤ 40 | |||||
Ev = vertical illuminance, Eh = horizontal illuminance.
CAM = Camera Direction, FOP = Field of Play, TPA = Total Area of Play.
Emin = minimum illuminance, Emax = maximum illuminance, Eave = average illuminance.
UG = illuminance gradient, GR = glare rating, CRI Ra = color rendering index, Tk = correlated color temperature.
Frequently Asked Questions
Why choose LED as the light source for badminton court lighting?
Modern lighting is rapidly evolving from traditional light sources such as metal halide and HPS to professional sports lighting systems centered on LEDs. This is not simply because it saves electricity and is environmentally friendly, as is often said, but also comes from the strict requirements for lighting quality and stability in badminton itself. LEDs have made significant improvements in luminous efficiency, lifespan, and optical control and will continue to push the overall sports lighting industry to greater heights.
- Low Energy Consumption: LED lights for badminton courts can achieve luminous efficiency of up to 160lm/W with less than half the wattage of MH and HPS at the same luminous output. Energy savings of 60-70%.
- Longer lifespan and lower maintenance costs: LEDs have a standard lifespan of between 50,000 and 100,000 hours, meaning bulb replacement is not required and they can operate virtually maintenance-free throughout their lifespan.
- Low glare: Prevents direct and indirect glare through a variety of optical distribution methods.
- Efficient heat dissipation: heat-conducting materials and structures have been tested over time.
- Stable, flicker-free screen: Eliminate issues like slow startup, rapid brightness dips, and noticeable flickering.
- High Uniformity: Eliminates harsh shadows and strong contrast between light and dark areas.
- Intelligent Control: Dimming function, batch zone and time control are also available as options.
Should indoor badminton court lighting be LED high bay lighting or flood lighting?
For most indoor badminton courts, choosing LED high bay lights (especially linear high bays) is a better choice. Indoor courts have very high requirements for uniformity, glare control and visual comfort. The professionally designed linear high bay LED lights have excellent anti-glare structure and soft luminous mode, which can distribute the light evenly on the court, greatly reducing glare and not dazzling when looking up.
However, if the space is very open and the installation height of the lights exceeds 12m to 15m, or if national or international competitions are held in an indoor badminton court and there are fixed spectator stands, then not only a very high illuminance level is required, but the direction of the camera must also be taken into consideration. Therefore, you should choose LED flood lights. Using a lateral or circular arrangement where the lights are mounted to the side or perimeter of the court can eliminate glare and provide much higher illumination when looking up.
Using a combination of high bay lights and flood lights for indoor sports lighting is also an advanced strategy. The former ensures overall uniformity, while the latter improves vertical illuminance or corrects shadows. This hybrid approach allows you to achieve the highest lighting standards with increased flexibility and cost-effectiveness.
Do badminton court LED lights need frequent maintenance?
No need. All are professionally designed and long-term tested industrial-grade LED products. LED light sources do not suffer from sudden failure due to vibration or frequent switching. They also offer excellent heat dissipation, long service life and high protection, allowing the lighting fixtures to operate reliably without replacement of light sources or downtime for maintenance.
Do badminton court lights need a dimming function?
If the main use of the badminton court remains constant, such as being used only for daily activities or training, and the required illuminance does not change, the wattage of the lighting fixtures only needs to meet that illuminance, such as 200-300lx. There is no need to add dimming, it may not provide much value and may even diminish the experience.
However, for courts with varying levels of use, dimming makes a lot of sense. For example, a badminton court in the same setting may frequently host professional competitions but be used for training or recreation at other times. In this case, the wattage and configuration of the lighting fixture must meet the illuminance requirements during the game, and to meet the high illuminance requirements, it must meet the illuminance requirement of 1000 lx or more, including outputting the highest lumens during the game. The integrated dimming system allows you to lower the brightness to 300lx during training, saving energy and extending lifespan.
The badminton court LED lights feature 0-10V and DALI2 dimming functions, allowing you to smoothly adjust the brightness or wattage in batches.
What are the most common design mistakes in badminton court lighting systems?
- Arbitrarily increasing wattage to improve illumination while ignoring the optical design will result in either bright but blinding light or bright but uneven light. This is especially important in badminton court lighting design.
- If you place lights directly on or behind the court where players frequently look up to catch the shuttlecock, the direct, intense light can seriously impair judgment.
- Ignoring vertical illuminance and focusing only on ground brightness is also problematic. Because badminton is an aerial sport, the visibility of the shuttlecock in the air is more important than on the ground.
- Using architectural or area floodlights instead of sports floodlights will result in strong glare and light pollution due to the lack of anti-glare and precise optical control.
- Pursuing only contrast and clarity using lighting fixtures with color temperatures higher than 6000K can increase glare, which can be detrimental to sports performance.
- Deployment based solely on experience without performing lighting simulations and optical calculations is prone to dark areas, ghosting, and glare hazards.
