Sporting lighting is something of a niche area, so the chances of you knowing a massive amount of knowledge on the subject is very slim.
As a result we've produced a guide into the various types and specifications of sports lighting systems out there on the market.
When talking about sports lighting, the one most commonly thought of type is that of floodlighting.
Floodlights are usually attached to a mast of a height that caters to the specific need of the ground/stadium and the particular sport being played.
The most common type of floodlight is the Metal Halide; this produces a bright white light which due to the small size of the source provides a good level of focus.
However the lamp does offer a shorter life span compared to that of its counterparts.
At most sporting events, however the high pressure Sodium floodlight is the preferred choice.
This emits a soft orange light not too dissimilar from that emitted from a standard street light.
Sodium lamps adhere to a Lux levels (the unit by which light intensity is measured by) quite tightly by having a high lumens-to-watt ratio, which as a result make them a cost effective choice.
It should be noted that because of the large size of the source the quality of focus could be at risk.
Most commonly in amateur sporting clubs they will employ the use of less substantial lighting, as a result floodlights are smaller due to cost constraints.
These lights are only suitable for training as they illuminate a small surface and aren't really suitable for playing a full match under.
Exterior lighting levels are surprisingly lower than the levels provided up during daylight.
The reason for this is because the backdrop of a dark sky and the floodlights provide a greater contrast and give good adaptation levels.
Levels of lighting for sporting activity can differ; though in most countries there are suggested categories depending on the level of play they are all paired with a specific class.
These are defined as follows: Class I: Considered the top level of sporting competition and as a result expects large number of spectators to be watching.
Class II: Mid-level competition, matches competed at regional or local club level with medium sizes of spectators.
Class III: Thought of a low-level competition and sport played for recreational purposes.
Usually involves small numbers of people watching with shorter viewing distances.
International and national: Class I Regional: Class and Class II Local: Class I, II and III Training Class: Class II and III Recreational: Class III Sports lighting isn't however just limited to being used for outdoor sports, indoor sports rely on good lighting just as much.
The main type of lighting source for indoor sports is the widely used Fluorescent light.
Largely the main lamp used because of the offer of a long lasting bulb, the Fluorescent light fittings offer a considerably smaller amount of energy consumption.
It is limited however by the fact that it can only be used in indoor venues.
A key point to consider when installing sports lighting at an indoor venue is the positioning.
It needs to be placed in such a position that the light given off isn't going to cause a glare.
As a result we've produced a guide into the various types and specifications of sports lighting systems out there on the market.
When talking about sports lighting, the one most commonly thought of type is that of floodlighting.
Floodlights are usually attached to a mast of a height that caters to the specific need of the ground/stadium and the particular sport being played.
The most common type of floodlight is the Metal Halide; this produces a bright white light which due to the small size of the source provides a good level of focus.
However the lamp does offer a shorter life span compared to that of its counterparts.
At most sporting events, however the high pressure Sodium floodlight is the preferred choice.
This emits a soft orange light not too dissimilar from that emitted from a standard street light.
Sodium lamps adhere to a Lux levels (the unit by which light intensity is measured by) quite tightly by having a high lumens-to-watt ratio, which as a result make them a cost effective choice.
It should be noted that because of the large size of the source the quality of focus could be at risk.
Most commonly in amateur sporting clubs they will employ the use of less substantial lighting, as a result floodlights are smaller due to cost constraints.
These lights are only suitable for training as they illuminate a small surface and aren't really suitable for playing a full match under.
Exterior lighting levels are surprisingly lower than the levels provided up during daylight.
The reason for this is because the backdrop of a dark sky and the floodlights provide a greater contrast and give good adaptation levels.
Levels of lighting for sporting activity can differ; though in most countries there are suggested categories depending on the level of play they are all paired with a specific class.
These are defined as follows: Class I: Considered the top level of sporting competition and as a result expects large number of spectators to be watching.
Class II: Mid-level competition, matches competed at regional or local club level with medium sizes of spectators.
Class III: Thought of a low-level competition and sport played for recreational purposes.
Usually involves small numbers of people watching with shorter viewing distances.
International and national: Class I Regional: Class and Class II Local: Class I, II and III Training Class: Class II and III Recreational: Class III Sports lighting isn't however just limited to being used for outdoor sports, indoor sports rely on good lighting just as much.
The main type of lighting source for indoor sports is the widely used Fluorescent light.
Largely the main lamp used because of the offer of a long lasting bulb, the Fluorescent light fittings offer a considerably smaller amount of energy consumption.
It is limited however by the fact that it can only be used in indoor venues.
A key point to consider when installing sports lighting at an indoor venue is the positioning.
It needs to be placed in such a position that the light given off isn't going to cause a glare.
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