Sports & Arena

A football pitch is the largest single lighting task on this page, and broadcast cameras are far less tolerant than the human eye. Insufficient brightness and uneven illumination show up immediately on screen: vertical illuminance toward the camera positions, uniformity in all directions and flicker behaviour at high frame rates all have to hold at the competition level being played. Glare into players' eyelines affects performance and is the most common complaint in poorly aimed installations. Retrofit projects usually have to work with existing masts, which were positioned and load-rated for the previous floodlights.

High-power LED flood lights specified to the EN 12193 class for the intended competition level - horizontal illuminance, camera-direction vertical illuminance and uniformity differ substantially between training, club, national and broadcast classes. Precise optical design with beam distributions and aiming calculated per mast from the pole geometry; retrofit layouts start from the existing mast positions and their remaining loading capacity, because not every structure carries a modern LED floodlight bank. Ultra low glare is achieved by aiming and, where needed, by visors and louvres rather than by reducing output. Broadcast flicker-free drivers where cameras are used, particularly for slow-motion and high-frame-rate capture. DMX/DALI smart control sets match, training and maintenance levels from one panel.

Indoor courts are enclosed, so glare off the floor and off backboards is the dominant problem - and basketball players spend the whole game looking up, straight into the lighting. Uneven illumination through the height of the hall makes a ball in flight hard to track. Many halls are multi-use, so one installation has to serve basketball, volleyball and non-sport events. High operating costs usually come from running competition level for a training session.

High-power LED flood lights and high bay luminaires in a layout designed for uniformity through the full playing volume, not just at floor level. Precise optical design with mounting heights and aiming chosen to keep direct glare out of the players' upward field of view - this is the requirement that separates a court layout from a general warehouse layout. Ultra low glare optics as standard in this application. Where the hall is multi-use, DMX/DALI smart control holds preset scenes for each sport and for non-sport use, so a training session no longer draws competition-level power. Broadcast flicker-free drivers where the venue is televised or used for video analysis.

Baseball is played on a large, irregularly shaped field, and the ball travels at speed through the full height of the venue - infield, outfield and the air above both. Insufficient brightness in the outfield and uneven illumination between infield and outfield are the two failures that end games early. Batters and fielders look upward into the floodlights for the entire game, so glare affecting athletes is a performance issue rather than a comfort issue. Broadcast coverage adds flicker and camera-direction vertical illuminance requirements on top.

High-power LED flood lights zoned by field area, with precise optical design and separate aiming for infield and outfield - the two areas differ too much in size and shape to be lit as one. We design to the EN 12193 class for the competition level, with camera-direction vertical illuminance where the venue is televised. Ultra low glare optics and aiming keep source luminance out of the batter's and fielders' sightlines during a fly ball. Broadcast flicker-free drivers for high-frame-rate capture. DMX/DALI smart control for game, practice and maintenance levels.

Tennis is the most demanding of the court sports on glare: the player tracks a small, fast ball against the sky or the ceiling, and serves looking directly upward. Facility guides and EN 12193 both set requirements for court uniformity and for limiting luminance in the player's field of view. Outdoor courts add weather exposure and corrosion; indoor courts add ceiling-height constraints.

Purpose-designed tennis optics with controlled beam spread and ultra low glare, positioned to keep source luminance out of the player's normal sightlines - this is the reason a general-purpose flood light is usually the wrong product here. Precise optical design to the class appropriate to the court's use, from club play to televised competition, with uniformity across the court surface rather than a high average. For outdoor courts, IP66 and corrosion-resistant construction; for indoor, we work within the available ceiling height and specify to avoid hot spots on the surface. DMX/DALI control where several courts are grouped on one site.

A gymnasium hosts everything from competitive sport to school physical education to examinations and assemblies, and each use needs a different lighting level. Inflexible single-level lighting means either over-lighting a low-demand activity or under-lighting a competition - and holding competition level continuously is the main driver of high operating costs in these buildings. Excellent colour rendering matters more here than in most applications, because the hall is used for televised events and video analysis.

High-power LED luminaires in a zoned layout with DMX/DALI smart control and preset scenes - competition, training, general use and maintenance - so the hall draws only what the current activity needs. We specify the highest EN 12193 class the venue is intended to host, then dim to lower levels for less demanding uses, which is where most of the energy saving comes from. Precise optical design for uniformity across the floor and through the playing volume, with ultra low glare for activities where participants look upward. Excellent colour rendering specified for televised and video-analysis use. Easy maintenance considered at layout stage, since access in a multi-use hall is rarely convenient.

Training and community pitches are the most price-sensitive venues on this page, but they still need enough light to play safely and enough uniformity to avoid dark patches - insufficient brightness and uneven illumination are the two complaints that make a training pitch unusable. They are usually lit from a small number of poles, often at the corners, and they frequently sit near residential areas where light spill generates complaints. Operating hours are limited, so control needs to be simple but reliable.

High-power LED flood lights laid out to meet the EN 12193 class for training use, which is materially lower than competition level - specifying to competition class here is the most common way these projects overspend. Precise optical design with pole positions and aiming set to deliver usable uniformity from the minimum number of masts. Where the pitch sits near housing, we specify shielded fixtures and control spill at design stage, since this is usually a planning condition and far cheaper to design in than to fix later. Simple control as standard - timed switching or photocell - with DMX/DALI dimming as an option where the ground also hosts matches.

LED tunnel lighting provides instant start-up, excellent uniformity, lower energy consumption, and a much longer service life than conventional lighting. It also reduces maintenance frequency, which is critical in tunnels where access is limited.

Tunnel lighting often uses asymmetric optical lenses to distribute light evenly across road surfaces while minimizing glare for drivers. The appropriate beam pattern depends on tunnel width and mounting height.

Tunnel lighting should have at least IP66 protection to withstand moisture, dust, and harsh environmental conditions. Corrosion-resistant materials further improve durability.

Proper tunnel lighting enhances driver visibility, improves reaction time, reduces glare, and supports a smooth visual transition between daylight and tunnel environments, helping reduce accident risks.

Premium LED tunnel lights typically last 80,000–100,000 hours, significantly lowering maintenance costs and reducing traffic disruptions caused by lamp replacement.

Yes. LED tunnel luminaires are widely used in underground parking structures because they provide uniform lighting, low energy consumption, and excellent durability in humid environments.