Model: LEGO HIGHMAST — LED Sports & Stadium Floodlight
Lamp Power: 500W–1500W
Light Efficiency: Up to 170 LM/W
Luminous Flux: Up to 80,000 LM
Design: Modular Design
Beam Angle: 20° / 30° / 45° / 90° / 100°×60° / T2M / T3M-B / P30 / P45 / P50
Optical Type: Symmetrical & Asymmetrical
Asymmetrical Optics: P50° optimized for sports lighting
Upward Light Ratio (ULR): <4%
Control: DMX / 1-10V Dimming / DALI
Application: Stadium / Sports Field / High Mast / Large Outdoor Areas
Installation: High Mast / Pole Mounted
Light Distribution: Precise & Uniform Illumination
Rotation: Precise Angle Adjustment
Module Design: Flexible configuration for different wattage requirements
Wind Resistance: EPA data available for different tilt angles
Reference Wind Speed: 57 m/s (205 km/h) for installations above 15 m
Drag Coefficient: 1.2
Photometric Example: 28 pcs × 1500W P50
Installation Height: 18 m
Average Illuminance: 531 lx
Emin/Eav: 0.75
Emin/Emax: 0.60
ULR: 3%
The LEGO HIGHMAST LED Sports Light is a modular high-power lighting solution engineered for professional sports facilities and large outdoor areas. Its modular construction allows different power configurations to be achieved according to project requirements, while high-efficiency LED technology provides up to 170 lm/W luminous efficacy.
The fixture supports a wide range of optical distributions, including 20°, 30°, 45°, 90°, 100°×60° and specialized asymmetric optics such as T2M, T3M-B, P30, P45 and P50. The P50 asymmetric distribution is particularly suitable for sports field applications, providing controlled illumination of the playing surface while reducing unnecessary upward light.
According to the supplied photometric information, the fixture can achieve ULR below 4%, with a demonstrated sports-field installation showing approximately 531 lx average illuminance, Emin/Eav of 0.75 and Emin/Emax of 0.60 using 28 × 1500W fixtures installed at 18 m. This demonstrates its ability to provide high-quality and uniform illumination for demanding sports applications.
The modular optical and mechanical design also provides flexibility during installation and aiming, making the system suitable for different mast heights, field layouts and lighting requirements.
Reference installation:
