Photo courtesy of CHA Sports durable aluminum housings for thermal management, and integrated color-changing( RGBA) and high-quality broadcast-white capabilities that allow facilities to support events and community engagement without sacrificing performance.”
Manufacturers say there is every reason to assume that progress will continue to be made.
“ LED performance just continues to improve,” said Jordan Barker of StressCrete Group.“ That means efficacy improves along with optical performance. The IoT is also something that is much more compatible with LED, so the options for new technology to be bolted on continues to improve / evolve. It’ s the difference between an emerging / growing technology and the mature technology we saw in HID [ high-tensity discharge ] lighting.”
TECHNOLOGY DRIVING ADVANCED LED ADOPTION Unlike fields of generations past, today’ s sports facilities may routinely have livestreaming and athlete analysis technology, two things that were barely a blip on the radar when LED was first adopted. As a result, fields now require higher levels of lighting to support recordings and make them worthwhile to those watching them.
Streaming and analysis technology, in conjunction with better lighting, create a more marketable facility, meaning one that is more in demand for tournaments, player showcases, meets, championships, combines and other events where athletes at the youth level might be seen by prospective college coaches or pro scouts.
FIELD INFRASTRUCTURE REUSE Early on, a selling point for LED was the ability of field managers to save money by reusing existing poles around the facility. But according to contractors, taking that course should only be done after a professional performs a review of the infrastructure.
“ The main thing owners have to consider is the structural integrity of their existing poles to ensure they are good sportsfieldmanagementonline. com April 2026 | SportsField Management
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