IN Brief:
- The Exa-C floodlight delivers up to 39,600 lumens from a 240W fitting.
- Precision optics and an integrated visor control court uniformity, glare, and spill light.
- IP66 and IK10 construction target exposed sports and amenity installations.
Ansell Lighting has introduced the Exa-C floodlight for padel courts, combining high-output LED modules with optical and mechanical features intended to control glare and light spill.
The 240W fitting produces up to 39,600 lumens at a correlated colour temperature of 4,000K, giving a stated efficacy of 165lm/W. Precision lenses distribute light across the playing surface, while an integrated visor limits direct glare and reduces output beyond the court boundary.
An IP66 ingress-protection rating and IK10 impact rating prepare the luminaire for exposed outdoor installations. Its low-density aluminium housing uses an anti-corrosion coating intended to withstand moisture, pollution, and repeated temperature cycling.
Padel courts present a demanding lighting geometry because players must track a fast-moving ball within a compact enclosure formed by glass walls and fencing. Bright reflections, uneven illumination, or abrupt changes in contrast can make the ball difficult to follow even when the average light level appears sufficient.
Mounting positions are constrained by the court structure, boundary limits, and planning requirements. Luminaires must provide adequate horizontal and vertical illumination without obstructing play or directing excessive light towards neighbouring properties, roads, or upper-storey windows.
The lens and visor address different parts of that task. Precision optics determine how output is distributed across the court, whereas the visor blocks light emitted at angles likely to create direct glare, reflections, or spill beyond the playing area.
High efficacy reduces the electrical load during evening operation, although installation efficiency depends on how much emitted light reaches the required surfaces. A luminaire with strong headline output can perform poorly when excessive flux falls outside the court or creates bright areas that undermine uniformity.
Uniformity, glare control, vertical illumination, colour quality, and flicker therefore carry as much weight as total lumens. A smaller quantity of accurately directed light can produce better visibility than a higher-output installation using broad, weakly controlled beams.
Flicker performance deserves close attention in sports environments. LED drivers with excessive current ripple can produce visible modulation or artefacts in camera footage, affecting players, spectators, and recorded matches even when average illumination remains within specification.
Thermal management influences both efficacy and service life. A 240W luminaire must transfer heat from the LED boards and driver through the housing while operating in still summer air, direct sunlight, and elevated nighttime temperatures retained by surrounding surfaces.
The aluminium enclosure provides a thermal path as well as mechanical support. Coating quality becomes important around joints, fixings, and cable entries, where corrosion can weaken sealing, alter alignment, or restrict heat transfer over time.
Although the IP66 rating indicates strong resistance to dust and water ingress, installation quality remains decisive. Cable glands, conductor preparation, seals, mounting orientation, and tightening torque must preserve the enclosure integrity established during testing.
Impact resistance protects against balls, maintenance equipment, and vandalism, but the supporting bracket and structure must withstand the same forces if the optical alignment is to survive a strike. A robust housing offers limited value when its mounting shifts sufficiently to change the beam position.
Lighting controls can reduce operating hours further through booking-system integration, scheduled shutdown, dimming, and occupancy monitoring. Gradual transitions may be preferable to abrupt switching where courts are close to homes or roads, while remote monitoring can identify failed fittings before illumination falls below the required level.
Outdoor sports installations face increasing scrutiny over residential and ecological effects. Short-wavelength light can travel beyond the site and disturb nocturnal species, while upward emission contributes to sky glow. The 4,000K source must therefore be assessed alongside shielding, aiming, operating hours, and local environmental conditions.
Padel’s expansion is encouraging standardised court packages that combine structure, surface, fencing, access, and lighting. Standardisation can shorten installation, but each site still requires photometric assessment because neighbouring buildings, mounting heights, surface colours, and planning limits vary.
The Exa-C has been developed as a court-specific luminaire rather than a general-area floodlight selected after the structure is installed. Its performance will be determined by whether the optical system delivers the required uniformity with fewer fittings, lower glare, and less spill than broader-beam alternatives.
Sports lighting now combines optics, power electronics, structures, controls, and environmental planning within one installation. Driver quality, surge protection, thermal design, aiming, communication, and maintenance access will determine how closely the completed courts retain their designed performance over time.
