If MIPS helmet technology doesn’t ring a bell, you’re in good company. MIPS is an acronym for Multi-Directional Impact Protection System. This innovative technology in helmets aims to diminish the rotational movement of the brain to lower the chances of getting a concussion. It achieves this by integrating an additional layer within the helmet that simulates the construction of the human brain. Moreover, helmets equipped with MIPS technology minimize the pressure exerted on the brain during an impact.
It Reduces Rotational Motion to The Brain
The MIPS helmet technology was created to prevent the brain from being impacted by rotational motion. This motion causes strain on brain tissue and increases the risk of severe injuries and even concussions. A MIPS helmet design reduces rotational motion to the brain by allowing the head to move inside the helmet while reducing harmful rotational forces. Its benefits include improved brain protection, reduced stress, and decreased pain.
Amazon Product B0CN1J4RV4
As an affiliate, we earn on qualifying purchases.
It Reduces the Likelihood of Concussion
A key part of MIPS helmet technology is the slip plane, which helps reduce rotational energy during the critical first milliseconds of an impact. This feature allows the head to move inside the helmet without creating too much friction, decreasing the amount of rotational motion. In turn, this helps reduce the risk of a concussion. In addition to reducing the amount of rotational energy, MIPS helmet technology reduces the severity of the effects of trauma.
Osprey Daylite Plus Commuter Backpack - Everyday Pack with Laptop Sleeve, Bottle Pockets, and Extra Storage, Torrent Blue
Versatile, Lightweight Design – Hiking bag? Laptop bag? Travel bag? You choose. Ideal for every day, whether you're...
As an affiliate, we earn on qualifying purchases.
It Has a Thin Second Layer Inside the Helmet
MIPS is a technology that allows the user’s head to move within the helmet, which reduces the number of rotational forces that can cause a concussion, a subdural hematoma, or even permanent brain damage. This technology allows the helmet to rotate about 10-15mm during impact and absorbs angular forces. It is very effective in reducing rotational forces on the brain. The layer lasts for about 100 milliseconds, significantly reducing the risk of serious injury.
Osprey Comet Laptop Backpack - Dual Compartment Commuter Bag for Laptop & Everyday Essentials, Moss Green/Earl Grey Heather
Organization - Multiple organization pockets, side stretch mesh pockets and a dedicated, padded laptop and document sleeve give...
As an affiliate, we earn on qualifying purchases.
Hans Von Holst Developed It
In the early 1990s, Swedish neurosurgeon Hans von Holst discovered that standard helmets were not protecting riders’ brains from traumatic brain injuries. While traditional helmet designs addressed impact and rotational forces, none addressed the strain on the brain. That was a problem, so Von Holst and colleague Peter Halldin developed a new helmet design that addressed these problems. Their innovative MIPS solution was presented to the European Union in 1996, and they are poised to change helmet standards forever.
Thule Paramount Bike Commuter Backpack - 20L Capacity - Adjustable fit - 16" Padded Laptop Sleeve and 11" Tablet Pocket - Rolltop Closure - Side Phone Pocket - Taillight Loop
Premium YKK zippers, sturdy 420D nylon fabric, water-resistant finish free from PFCs (chemicals that can be harmful to...
As an affiliate, we earn on qualifying purchases.
It Has Been Integrated with Many Brands
MIPS Helmet Technology has been integrated into many bicycle helmets over the last decade. Some brands even incorporate MIPS into their helmets, allowing consumers to choose the best model that fits their needs and budget. Here’s how it works. First, MIPS is a safety system that protects cyclists from brain injuries caused by impact. MIPS protects cyclists by allowing them to feel secure and comfortable when riding.
It Needs a Standard for Rotational Motion
MIPS helmets were the first to incorporate such technologies, enjoying broad licensing from various brands. That head start, however, has waned in recent years. Competitors like POC, Kali, Leatt, 6D, Bontrager, and others have come on board with their angular impact mitigation (AIM) technology. These technologies reduce the rotational forces on the brain, which have been linked to concussions.
