From kickoff to final whistle: How light helps playing fields stay match-ready

Natural turf in modern stadiums must withstand extreme conditions. Heavy use, limited daylight, seasonal weather shifts, and tight recovery windows all cause significant stress on the grass. Maintaining healthy, resilient, and visually flawless turf requires proactive support — making advanced horticultural lighting an essential part of modern stadium management.

Premstaetten, Austria, and Munich, Germany (May 26, 2026) — Before kickoff, there is silence throughout the stadium. Floodlights illuminate the pitch, every blade of grass precisely trimmed, dense, and vibrantly green. But soon, the turf will endure hours of intense match play — sprints, tackles, and sudden stops. For groundskeepers preparing pitches for major tournaments such as the upcoming international soccer tournament, perfect grass is by no means a given. It is rather the result of careful planning, horticultural expertise, and the right lighting technology.

But the role of light in plant growth goes far beyond simple brightness. How efficiently plants photosynthesize, develop strong roots, and regenerate from stress depends largely on the spectral composition, light intensity, and uniformity of illumination. With advanced LED technologies, these parameters can be controlled with precision, helping greenhouse crops thrive and enabling stadium turf to grow stronger, denser, and more evenly — even in environments where sunlight is limited.

Horticulture LEDs that support higher photosynthesis rates, optimized yields, and shorter growth cycles
Drawing on decades of experience in light-based innovations, ams OSRAM applies its deep technological know-how to applications that specifically support plant growth. High-performance horticulture LEDs such as the OSCONIQ™ P 3737 Gen 3 deliver high photon flux and energy efficiency, supporting robust plant development while enabling compact and cost-efficient luminaire designs. For extensive turf areas and large greenhouse installations, this combination helps maximize usable light while optimizing overall system performance. Featuring a market-leading wall-plug efficiency of 83.6 percent at 85 degrees Celsius in Hyper Red, this LED enables horticultural luminaire manufacturers to redesign their fixtures for higher photon flux using fewer components or reduce energy consumption while maintaining existing system designs.

Uniform illumination is another key factor in healthy plant growth. Variants such as the OSCONIQ™ P 3737 Batwing are engineered for wide and homogeneous light distribution, reducing hotspots and undesired shadows. Advanced Giant and Batwing lens designs improve light uniformity, reduce the number of fixtures, and support healthier, more consistent plant growth. On playing fields and other large green areas, this results in more uniform turf quality, reduced plant stress, and greater resilience under challenging conditions.

UV-C LEDs: controlling plant disease, improving crop quality, extending shelf life
Plant health, however, is about much more than just visible growth: ams OSRAM also contributes to cleaner growing environments. UV-C LED technologies support the chemical-free disinfection of air, water, and surfaces, helping to reduce pathogens and the reliance on pesticides in controlled cultivation systems. Looking ahead, innovative laser-based weed control concepts based on blue laser technology open up new perspectives for precise, contactless weed management — without herbicides or mechanical soil disturbance.

Collectively, these technologies reflect an integrated approach to plant growth, grounded in a deep understanding of how light interacts with plants as living systems and the translation of that knowledge into practical solutions. Whether cultivating turf ready for major tournaments or optimizing professional horticulture, the underlying goal is essentially the same: healthy, resilient plants available exactly when it matters most.

Meet ams OSRAM at GreenTech Amsterdam in June
At GreenTech Amsterdam, ams OSRAM will showcase how tailored light solutions support healthy plant growth — from high-performance turf applications to modern horticulture. At the global meeting place for all professionals involved in horticulture technology, the company will demonstrate how optimized lighting can make a decisive difference — on and off the pitch. Its lighting and sensing technologies are designed to help growers improve their performance, backed by strong intellectual property protection and a reliable global supply chain.

ams OSRAM will exhibit at GreenTech Amsterdam, June 9–11, 2026, in Hall 5, Booth 05.309. Visitors can explore advanced horticulture lighting solutions, including the OSCONIQ™ P 3737 Gen 3 and Batwing variants, along with UV-C and laser technologies for sustainable plant growth and related applications
For more information on the showcased technology, visit the website.