Rugby Field LED Lighting 1400W Broadcast Floodlight 155LM/W IP67 Impact Resistant

Rugby grounds subject luminaires to punishment that football stadiums rarely see: high kicks, lineout throws and training balls all reach mast-mounted fixtures. This 1400W floodlight is built around a 6 mm tempered front glass, an IK10 impact rating and an IP67 enclosure that tolerates temporary immersion after a storm. The optic covers a 100 × 70 metre pitch from six masts with 750 lux vertical for broadcast, and the driver holds flicker under one percent so slow-motion replays of a try stay clean on high frame rate cameras.

• IK10 Impact Rating: Six millimetre tempered glass and a reinforced front frame shrug off ball strikes and accidental contact from maintenance equipment.
• IP67 Sealing: Fully gasketed enclosure tolerates temporary immersion, protecting the light engine after flooding or storm damage on exposed grounds.
• Broadcast Flicker Control: Driver ripple below one percent supports 1000fps replay cameras used for televised league and cup matches.
• Six Mast Pitch Coverage: Photometric data for six-pole layouts reaches 750 lux vertical and uniformity above 0.7 across a 100 × 70 metre field.
• 155LM/W Engine: Efficient output reduces connected load so existing club switchgear and generator backup remain adequate after the upgrade.
• Corrosion Protection: Marine grade coating and stainless fasteners suit coastal and wet climate grounds where galvanic corrosion is common.
• Single Visit Service: Tool-free driver tray and hinged frame let crews replace electronics without detaching the luminaire from the mast.

Rugby clubs, university grounds and multi-code stadiums use this luminaire where contact sport and televised coverage overlap. It suits six-mast layouts for training and league grounds, and eight-mast layouts for stadium-grade competition, without changing the fixture type. Because the impact and IP ratings are high, the same housing also works on fields shared with Gaelic games, hockey and community events where equipment strikes are frequent. Clubs upgrading from metal halide keep their existing masts, cabling and switchgear while gaining broadcast-capable dimming scenes for pre-match and half-time routines.

• Rugby union and league grounds on 6 to 8 mast layouts
• University and school grounds with multi-code use
• Televised cup and league fixtures needing replay quality
• Metal halide retrofits retaining existing masts

Heavy-duty cartons with a double foam cradle protect the glass and housing, and brackets ship in a bolted accessory box. Eight units per pallet keep container weight within limits for long-haul routes. Production includes a 72-hour burn-in, impact sample testing, surge testing and photometric verification with a broadcast uniformity report. Compliance covers CE, RoHS, FCC, PSE, UL-recognised drivers and ISO 9001 manufacturing. Spare glass, gaskets and driver modules are held for the warranty period, and structural load data is provided for mast engineering checks.