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MIPS technology

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MIPS stands for Multi-directional Impact Protection System, a technology that protects the brain and features in all different kinds of helmet. MIPS is a low-friction layer between the helmet and the head that serves to absorb part of the forces exerted during impact. Find out more about this innovative protection system.

Swedish-developed MIPS technology has been scientifically proven to reduce rotational forces exerted on the head during an impact. How? By inserting a low-friction layer between the helmet's outer shell and liner. This allows the helmet to move independently from the head, absorbing impact forces and redirecting them away from the brain in the process. For you, this means a reduced risk of brain injury and carefree fun on your bike and/or your skis.

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When you're buying a new helmet, look out for the little yellow dot. This is the symbol of MIPS technology, which protects the brain during a fall. The quality of this tried-and-tested protective layer has thoroughly impressed the most renowned bike and winter sports brands, so you're sure to find the perfect MIPS helmet model for you. Florian Nowak - Keller Sports Pro
Multi-directional Impact Protection System - the idea behind this technology is simply genius, as the basic model for this protective system is the human brain. In a nutshell: during a fall, MIPS reduces the impact forces exerted on the brain. The MIPS layer, which comes between the head and the helmet, guarantees maximum safety on roads, trails and snowy slopes. Christina Sauter
The most important accessory for winter sports and bike sports is a helmet. Several different models by the most renowned bike and ski equipment brands have one detail in common: a little yellow dot on the helmet shell. This dot is the symbol for Multidirectional Impact Protection System - MIPS for short. The story behind the yellow dot started in 1996 when Hans von Holst and Peter Halldin decided they wanted to reduce athletes' risk of brain injuries.

The two men were of the opinion that brain trauma caused by rotational forces hadn't been investigated enough and that there was a need for a mechanism that would protect the head in those cases when it wasn't hit from the front but from an angle. Angled impact is the most common cause of brain injury. As part of their joint research, Holst, a Swedish neurosurgeon dedicated to researching head injuries, and Halldin, a researcher at the Royal Institute of Technology in Sweden, began to emulate real accidents. During a real-life impact, a human head doesn't land straight but tilted. This unleashes rotational forces that have a damaging effect on the brain. Thanks to the results of their experiments, it didn't take long for Holst and Halldin to question the efficiency of traditional helmet technology, which was developed based on the assumption of straight head-on impact.

New, innovative technology should provide protection, no matter at what angle the impact occurs. The researchers realised that the best example of such a protective mechanism was the brain itself: it's surrounded by a low-friction buffer zone filled with cerebrospinal fluid that absorbs part of the energy exerted during an impact. MIPS is essentially a low-friction layer between the helmet and the brain that imitates the brain's own protection mechanism. The MIPS layer absorbs a large amount of energy during an angled impact, greatly reducing the amount that the brain itself has to deal with. But, how does it work? At the point of contact, the helmet moves independently to the head, providing a significant amount of protection against rotational forces.

The laws and regulations about helmets were updated in light of the results of long years of research and the development of revolutionary protective technology. Since testing its first prototype back in 2000, MIPS has entered in partnerships with 80% of the world's leading helmet manufacturers. This means that you can enjoy MIPS protection from helmets used in all kinds of sports: cycling, skiing, biking, car racing and many more. Even the construction and manufacturing industries are making use of MIPS in their safety helmets.

Creators: Hans von Holst & Peter Halldin
MIPS stands for: Multidirectional Impact Protection System
Company headquarters: Täby, Sweden
Find out more on: http://mipsprotection.com/
Sport categories: cycling, winter sports
Partner brands on Keller Sports: Giro, POC, Rudy Project, Sweet Protection, Oakley, Smith

  • Rotational forces that can lead to brain injury are minimised
  • Used by 80% of the world's leading helmet manufacturers
  • No compromise on comfort
  • Developed by a world-class brain surgeon and pioneering researcher