Soccer Field Lights RC Series
Field Lights Low Glare + High Color Rendering
The luminous efficacy reaches 130lm/W, and it can output more abundant brightness per unit power.
It supports CRI80/90 high color rendering index options simultaneously, accurately reproducing the true colors of objects.
Whether it is the sports scenes in sports venues or the fine operations in industrial sites, it can present clear and natural visual effects.
Soccer Field Lights Modular structure
Moreover, the selectability of different color rendering index (CRI90/80) can flexibly adapt to scenarios with "different requirements for color reproduction", further enhancing the product's applicability.
Soccer Field Lights Material and heat dissipation
The tempered glass equipped on the surface combines high light transmittance and strong corrosion resistance, ensuring both the lighting effect and extending the service life of the lamps.
Datasheet Of Soccer Field Lights
Dimension of LED Soccer Field Lights
Field Lights Beam Angle
Applications In Different Scenarios
Soccer Field Lights FAQs
They are designed for large-scale venues requiring uniform illumination, low glare, and stable output. The optical system ensures even coverage across the field, making it suitable for football stadiums and broadcast-level applications.
A reflector-cup optical structure controls light direction precisely, reducing direct glare toward players and spectators while improving visual comfort.
Wide angles are used for full-field uniform lighting, while narrow beams are applied for long-distance pole lighting. RC Series allows flexible combinations for different stadium layouts.
Only damaged modules need replacement instead of the entire fixture, significantly reducing long-term maintenance costs.
Beam angle selection depends on pole height, field size, and lighting uniformity requirements.
Yes, they are widely used in ports, parking lots, construction sites, and large industrial areas.
Directional optics and controlled beam angles reduce spill light outside the target area.




