Practice sessions at Union-Tuttle Stadium have started a little differently for Dan Newman over the past three seasons.
On top of shoring up tape jobs and checking in on injured players as he always has, Union’s head athletic trainer of 18 years now also carries with him a handheld bluetooth device he uses to connect with the 45-50 helmets that Union has outfitted with Riddell InSite Training technology. Once Newman has chased down each player and linked up with their helmets, practice can begin.
This fall will mark Union football’s third full season using Riddell’s InSite technology to track impacts to its players on the field. The school first began using the system in 2017 at a cost of $100 per helmet, and as Union’s staff has learned to use the technology, Kirk Fridrich’s program has emerged among the leaders on helmet safety technology in the area. In the time since their introduction, the impact sensors haven’t made any fundamental changes within Union’s program, but they have shifted the way the school’s coaching and medical staff approach hits to the head and have helped in improving the overall safety of the team’s players.
“For us, it has become an important education tool that helps us protect the kids.” Newman says.
As greater emphasis has been placed on helmet safety and head injuries around the country over the past decade, the technology around football helmets has evolved rapidly with the national conversation.
Each program in the Tulsa-area embraces it differently. Tulsa Public Schools has invested in SWAY Medical, a digital program that helps better assess potential concussions on sidelines. Other area programs have invested in similar programs and have also looked into sensor technology from helmet companies such as Schutt and Xenith.
Yet Union, as well as several other area schools using Riddell’s technology, lead the pack. As it stands right now, there is no better system designed to track head impacts and protect players than InSite, placing Union and its local counterparts at the forefront of helmet technology in the area.
Introduced in 2013, InSite technology is fairly simple. Six impact-tracking sensors are placed within an individual helmet and relay data to a handheld device like the one Newman handles on the sideline. From there, trainers and medical staff can gauge the impact of a given hit at any moment.
In 2018, Union fitted nearly 50 of their Riddell SpeedFlex helmets with sensors, reserving them for helmets worn by players at high-impact positions such as linebacker, running back and offensive or defensive line. After each game or practice session, the collected data is uploaded into a computer program where valuable player profiles featuring individual head impacts are built over the course of a season.
Newman and his staff at Union are sure to emphasize the fact InSite technology is not a concussion prevention tool; nothing a company or medical staff can put inside a helmet can prevent a concussion, Newman asserts. Instead, Union views the technology as an educational program to help better teach and protect its players.
At their best, the sensors identify potential risk and stamp out the danger before it manifests itself on the field. Often times, Newman and the coaching staff will find a player who has frequent impacts to the right side of his helmet that shouldn’t occur as often as they do. The information will then prompt coaches to work with that player on new techniques and habits to reduce those impacts.
“Sometimes we’ll go back and check the film and it will show us that one of our guys tends to lean with his head more than others,” Fridrich, Union’s head coach since 2007, said. “We use it to correct things and correct the techniques on the field.”
As the head trainer for a program that stands now as a leader on helmet technology around Tulsa, Newman believes every local football team could benefit from InSite sensors, so long as coaches and trainers understand what they’re purchasing.
If a school is purchasing the technology to prevent concussions, then InSite is not for them, he feels. But Newman does view the sensors, through the information they provide, as a tool to mitigate contributing factors toward concussions, and for that he feels confident when he sends his players out onto the field wearing them each Friday night.
“It’s a teaching tool, not a diagnostic tool,” Newman says. “It’s certainly changed the way we’ve been able to coach and teach our kids.”