MarketMulti-directional Impact Protection System
Company Profile

Multi-directional Impact Protection System

MIPS is a head-protection system designed to enhance the safety of various helmets. Rotational motion results in shearing and/or stretching of brain tissue and increases the risk of brain injuries. The technology was developed by specialists at the KTH Royal Institute of Technology and a brain surgeon at the Karolinska Institute in Stockholm, Sweden, in 1996.

Rotational motion

Rotational motion is the result of the brain continuing to move or stretch after the head has come to a quick and sudden stop following an angled impact. In a helmet equipped with the MIPS safety system, a low-friction layer allows the helmet to slide relative to the head, resulting in a reduction of the rotational motion that may otherwise be transmitted to the brain. In this way, the MIPS approach mimics the natural safety system of the human head. == History ==

History

Together with Royal Institute of Technology researcher Peter Halldin, Hans von Holst developed a technology that was designed to provide more effective protection against brain trauma. After thoroughly evaluating the brain anatomy, physiology, and combining their years of testing and expertise, von Holst and Halldin produced what is now known as the MIPS Brain Protection System, a technology that mimics the brain’s own protective structure. == See also ==
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