LITCHFIELD PARK (Feb. 13, 2024) ― On February 2, the National Operating Committee on Standards for Athletic Equipment (NOCSAE), held its Winter Meeting in Litchfield Park, AZ. During the meeting, the Standards Committee reviewed and discussed the status of the development and production of redesigned Nine-Array Headforms for improved testing and data collection. The Committee also discussed next steps for finalizing the proposed youth football helmet standard.

The NOCSAE board of directors reviewed and approved the funding of several research grants, which include studying the effect of protective eyewear mandates on orbital, facial and concussion injuries in high school field hockey, and head impact exposure and effectiveness of headgear in youth flag football.

Scientific Advisory Committee Report
Dr. Robert Cantu, MA, MD, FACS, FACSM, FAANS, NOCSAE vice president, chair of the NOCSAE Scientific Advisory Committee (SAC) and representative of the American College of Sports Medicine, shared key takeaways from the NFL Sponsored Cantu Concussion Center Summit. The Summit gathered clinicians and researchers with experience and expertise in brain injury and long-term cognitive disease to share their findings and identify gaps in current research. Featured sessions discussed the functional changes that accompany athletic concussions, concussion/RTBI prevention and diagnosing Traumatic Encephalopathy Syndrome (TES) and Repetitive Trauma Brain Injury (RTBI) in the living. Consensus statements from the summit include calls to action for:

  • Eliminating intentional or avoidable head impact in contact and collision sports;
  • Encouraging policies and rules that limit the number, duration and intensity of contact sport practices;
  • Reinforcing proper and safer techniques that avoid head contact;
  • Implementing rules of play that reduce and penalize intentional or avoidable contact to the head or neck;
  • Investigating specific clinical signs and symptoms of TES; and
  • Improving the criteria for diagnosing TES through further research.

Nine-Array Headform Redesign Update
NOCSAE has been at the forefront of developing variable-mass biofidelic headforms, which accurately simulate certain biomechanic responses of a human head during impact. NOCSAE headforms are unique in this aspect and allow for a more realistic measuring of human head responses during helmet testing.

The NOCSAE technical director reported on the development status of the enhanced Nine-Array NOCSAE headform, which includes several improvements that enhance the biofidelity and allow for expanded and more sophisticated data collection.

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