The NCAA has approved the use of LED lighting systems like the Swimming Reaction Lights
System produced at Trine University to start races for swimming competition.
The NCAA Playing Rules Oversight Panel (PROP) approved the recommendation that had
been made by the NCAA Swimming & Diving Rules Committee to allow the use of any lighting
system in conjunction with required verbal and hand commands to start races — as long
as the lighting system is fully integrated into electronic timing systems.
The rule will go into effect Sept. 1, when the new NCAA Swimming & Diving Playing
Rules are published. The rule permits the use of lighting systems, but does not require
them.
A Reaction Light System was used in an NCAA-sanctioned championship meet Feb. 17-19,
at the North Eastern Athletic Conference (NEAC) Men’s and Women’s Swimming & Diving
Championships.
Reaction Light Systems also have received permission to be used to start events sanctioned
by the National Federation of State High School Associations, the YMCA and USA Swimming.
The product, which is used to start an increasing number of high school meets, was
originally developed by Nick Santino, a Newark, New York, resident and owner of Reaction
Lights of New York LLC, and has now been accepted for swimmers at all competitive
levels. Santino, a 1965 Trine alumnus, contacted the Innovation One business incubator
at Trine University to refine and commercialize the systems.
Innovation One now manufactures and ships the systems.
“We are proud and gratified that the NCAA has recognized the benefit of Reaction Light
Systems for starting swimming events,” said Jason Blume, executive director of Innovation
One. “Reaction Lights offer the opportunity for a better start for all competitive
swimmers.”
Reaction Light Systems are installed on all starting platforms and use colored light
tubes to signal the start of each event. The lights turn flashing red followed by
a steady red to signal swimmers to get ready, blue to take their mark, green to go,
and white showing all touch pad activations.
To learn more about Reaction Light Systems, visit innovation1.org or reactionlights.com.