Equipment

Impact Sensors: Frequently Asked Questions

The last several years, however, have seen a growing number of companies introduce to the consumer market the first generation of impact sensors intended for real time monitoring of impacts to the heads of athletes in actual games and practices.

Research Papers and Peer-Reviewed Studies: A World of Difference

 

Last week, we posted to the site a group of four articles about a peer-reviewed study in the Journal of Neurosurgery showing that football helmet design affected concussion risk among a large group (or what scientists call a "cohort") of college football players.

Last week, we reported on a peer-reviewed study showing that football helmet design affected concussion risk. At the same time, we received a press release about an abstract of a research paper on football helmets reporting that they do very little to protect kids against the rotational forces that cause concussion.  MomsTEAM decided not to report on the paper, and here's why.

 

Study Showing Football Helmet Design Reduces Concussion Rate Raises Many Questions, Says NOCSAE's Oliver

A 2014 study (Rowson S, Duma SM, et al 2014) reporting that football helmet design can reduce concussion risk raises more questions than it answers, says Mike Oliver, Executive Director of the National Operating Committee Standards and Equipment (NOCSAE), the non-profit group that sets standards for football helmets.

Study Showing Helmet Design Can Reduce Concussion Risk Leaves Many Questions Unanswered

A new study provides the first good clinical evidence that helmet design can lower the risk of concussion in games and practices but leaves unanswered the practical question faced by football parents, coaches, and administrators: whether a difference in concussion risk reduction exists between currently available helmet models incorporating the latest design features.

NOCSAE Approves Development of First Football Helmet Standard to Address Concussions

The National Operating Committee on Standards for Athletic Equipment (NOCSAE) board of directors has approved the development of a revised football helmet standard that will require helmets to limit certain concussion-causing forces. The revised standard will be considered for approval in June 2014, and if approved, could be implemented as early as September 2015.

NOCSAE Ruling On Helmet Sensors Generates Controversy

The July 2013 decision by NOCSAE that modification of helmets with third-party after-market add-ons, absent retesting and recertification as configured, renders the certification void may be necessary to protect the integrity of its helmet standard, but at the cost of depriving athletes of cutting-edge concussion safety products.

NOCSAE and Helmet Sensors: An Ounce Of Prevention

There is still confusion about the recent position, or should I say positions, taken by NOCSAE over the past month, first deciding that the certification of any helmet with a third-party add-on would be viewed as automatically void, then, this past week, making a 180-degree U-turn and leaving it up to the helmet manufacturers to decide whether affixing impact sensors to the inside or outside of a helmet voided the certification.  Unless you read my article on NOCSAE's original decision and Lindsay Barton's this past week on its clarification, and perhaps even if you did, you are probably scratching your head and wondering what the heck is going on!

Well, I am scratching my head, too.

With all the controversy surrounding NOCSAE's recent rulings on the effect of third-party add-ons on helmet certification, what Brooke de Lench and others are wondering is why NOCSAE isn't asking the helmet manufacturers to explain to them and the rest of us how a 2-ounce piece of plastic stuck to a 4+ pound football helmet has them so worried?  Whether the NOCSAE rulings were intended to put the brakes on the market for helmet sensors to give the helmet manufacturers time to catch up, it is hard to see how it won't have exactly that effect, she says.

Impact Sensors: Brain Sentry

Brain Sentry was founded by a team of award-winning product developers with backgrounds in aerospace, medical products and sports.The result of Brain Sentry's efforts has been the development of an innovative helmet-mounted device that alerts when an athlete suffers a potentially dangerous impact. We help coaches, parents and safety monitors identify players that should be evaluated for a concussion.

NOCSAE Voiding of Certification For Sensor-Equipped Helmets: A Big Blow To Player Safety

Last week many of the technology manufacturers who have been working diligently to produce products to make helmeted sports such as football safer were dealt a severe, if not crippling, blow by the National Operating Committee on Standards for Athletic Equipment (NOCSAE) when, out of the blue, it decided to view modification of helmets with third-party after-market add-ons as voiding its certification, which could only be regained if the helmet is retested with the add-on. Newcastle Racers wearing three different football helmets

Brooke de Lench believes that the new NOCSAE ruling voiding the certification for sensor-equipped helmets could not have come at a worse time, just as football - from the youth level to the NFL - is gearing up for the 2012 season. If not reversed or modified, de Lench fears that it will have harsh real-world consequences; not just on sensor manufacturers but on player safety and consumer choice.

Type or Age of Helmet Does Not Affect Concussion Risk, Research Paper Finds

The risk of sustaining a concussion in high school football is not effected by the brand or age of the helmet or by the type of mouth guard worn, say researchers at the University of Wisconsin.
Syndicate content