Virginia Tech Updates Equestrian Helmet Ratings with New Testing Protocol
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Virginia Tech’s Helmet Lab has released updated safety ratings for equestrian helmets, incorporating a more thorough testing protocol designed to better quantify concussion risk for riders. This marks the lab’s largest study of equestrian helmets to date, evaluating 49 models using both pendulum and oblique impact testing – a significant step forward from previous ratings which relied on onyl one method. The updated ratings are now available on the helmet lab website and aim to provide consumers with data-driven insights to make informed purchasing decisions.
Enhanced Testing for Improved Accuracy
Previously, the Helmet Lab’s STAR ratings for equestrian helmets were based on either the impact testing method used for football helmets (pendulum impactor) or the method used for bike and snow sport helmets (oblique drop tower). Recognizing the unique impact scenarios experienced by equestrians, the lab expanded its methodology.
According to the lab, the addition of computational modeling analysis of head impacts helped identify the best way to quantify injury risk. This dual-testing approach, combined with the large sample size of 49 helmets, provides a more robust and realistic assessment of helmet performance.
Understanding the STAR Rating System
The Virginia Tech Helmet Lab uses a five-star rating system to communicate the level of head protection offered by each helmet model:
One Star: Offers the least head protection, indicating a higher likelihood of concussion.
Two Stars: Below Average Protection
Three Stars: Average Protection
Four Stars: Above Average Protection
Five Stars: Offers the most head protection, considerably reducing concussion risk.
These ratings reflect the concussion risk associated with each helmet, helping riders choose models that prioritize safety.
Why Equestrian Helmet Safety Matters
Equestrian sports carry inherent risks, and head injuries are a significant concern. Concussions can have serious short- and long-term health consequences. Proper helmet selection and fit are crucial for mitigating these risks.
According to a study published in the Journal of Trauma and Acute Care Surgery, equestrian activities account for a significant number of traumatic brain injuries[https://journalslwwcom/jtrauma/Abstract/2018/07000/Equestrian[https://journalslwwcom/jtrauma/Abstract/2018/07000/EquestrianRelatedTraumaticBrainInjury_A.15.aspx]. Therefore, utilizing resources like the Virginia Tech helmet Lab ratings can empower riders to make safer choices.
Funding and Future Research
The updated research was made possible through funding from Jacqueline Mars,the United States Hunter Jumper Association,the United States Equestrian Federation,the United States Eventing Association,and an anonymous private donor. This support underscores the commitment to improving safety standards within the equestrian community.
The Virginia Tech Helmet Lab continues to refine its testing methodologies and expand its research to cover a wider range of sports and activities.
Key Takeaways:
Virginia Tech’s Helmet lab has released updated equestrian helmet ratings.
The new ratings incorporate both pendulum and oblique impact testing for a more comprehensive assessment.
Helmets are rated on a scale of one to five stars, with five stars indicating the highest level of protection. The ratings are designed to help consumers make informed decisions about helmet purchases. the research was funded by several equestrian organizations and a private donor.