Finding the perfect athletic surface can oftentimes be difficult, especially for a sport like track and field that has multiple variables to consider when selecting a product. Coaches and athletes have always wanted their athletic running surfaces to be both training and competition friendly, unfortunately, more often than not they had to compromise by installing a surface that was either too hard to train on or too soft to compete on. The challenge lies in the fact that both sprinters and long distance runners use the track and have very different desires for the athletic surface’s force reduction or “feel under foot.” Sprinters prefer a firmer athletic surface that efficiently converts impact energy into kinetic energy to generate speed while, by contrast, distance runners prefer a softer athletic surface to reduce the wear and fatigue on their joints and muscles over an extended distance.
Beynon Sports Surfaces has recognized this challenge and formulated a line of full pour polyurethane surfaces that are designed and manufactured for both optimal competitive performance as well as daily training. After an exhaustive search to find a firm able to meet these requirements, Stanford University selected the Beynon Sports Surfaces’ BSS 2000 Resurfacing System for their existing track at Cobb field. The BSS 2000 Resurfacing System will upgrade their existing track and field surface and allow their athletes to train and compete on an athletic surface that provides the resilient response preferred by sprinters, as well as maximum energy return which is preferred by distance runners.
Stanford University now joins a long list of notable NCAA track and field programs that have decided that only Beynon Sports Surfaces can provide the quality, workmanship and compatibility necessary to meet the divergent needs of both speed and distance track and field athletes.
“We are thrilled to be able to list the prestigious Stanford University as one of our partners in PAC 10.” Drew Beynon, Chief Operating Officer of Beynon Sports Surfaces.