Much of the criticism of head protection relies on outdated assumptions and legacy products never designed to protect the brain. Here is why modern biomechanical testing, cumulative-load science, and advanced neuroimaging matter more.
What the Wake Forest study revealed about brain changes in children after a single season of sport; why sub-concussive impacts matter; and how parents can better protect a child’s brain.
Not all sports headgear is designed for the same purpose. If concussion risk reduction is the concern, the most important question is whether the product is designed and tested to reduce rotational force transmission to the brain.
What is the best brain protection for basketball? Learn why head protection and brain protection are not the same, why rotational forces matter, and what players, parents and coaches should look for.
The best concussion protection for footballers reduces rotational forces during head impacts. Learn how brain injury occurs in football and how Rezon Halos® helps reduce concussion risk by 74%.
Can sports headgear prevent concussion? Discover what the science shows about rotational forces, brain protection, and why most headgear fails to reduce concussion risk.








