The preponderance of head injuries is the sullen side of football . Now a University of Michigan technology research lab isinstalling sensors inside helmetswhich can aid measure wallop and spot potential brain injuries that might go undetected .
Dropping a helmet - fall apart clang test dummy onto another dummy from a tallness higher than ceiling superlative ( the frightening equivalent of two line backer ramming heads ) , the team is able to create metrics for how hard players are getting hit . This could save lives on the field because there ’s often no way of precisely experience how the head proceed to cause a concussion or spinal cord trauma . It could also help manufacturers design better helmets .
https://www.youtube.com/watch?v=JnArsyLwUoI
To measure impact , the squad is conflate two technologies to learn how the header reacts to collisions : The helmet - installed Head Impact Telemetry System ( HITS ) by Riddell and X2 Biosystems ’ newer X Patch , which is worn on the skin right on the hide behind the ear . The two sets of datum bring together to more accurately traverse how much the head moves during a collision . The team is canvas ice hockey collisions as well , and they ’re also using the setup to study something which has n’t yet been explore : how and if cervix forcefulness can help protect the head from injury .
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