Product Details

Protection

• Complete Koroyd® coverage for lightweight, energy-absorbing and ventilated impact protection
• MIPS® Brain Protection System reduces rotational forces caused by angled impacts to the head
• Integrated skeletal structure creates a roll cage for added strength and impact protection
• CPSC and CE EN 1078 certified

Fit / Integration

• Designed for ultimate integration with Smith performance eyewear and goggles for maximum comfort, venting and storage convenience
• AirEvac™ ventilation system integrates with Smith goggles and eyewear for fog-free lenses
• VaporFit™ dial adjustment system offers 270-degree fit adjustment with the turn of a dial

Features

• 20 fixed vents for consistent airflow
• Three-position adjustable visor
• XT2® antimicrobial lining offers sweat-activated odor control
• Lightweight, low-bulk single-layer webbing
• Front and rear eyewear storage channels
• Camera and light mount compatible

FINALLY, PROTECTION AS FORWARD-LOOKING AS YOU.

Koroyd® absorbs more energy on impact, offers better design flexibility and guarantees more efficient ventilation compared to materials traditionally used in helmet construction. The cylinders form a crumple zone and collapse evenly on impact. Thus, Koroyd® absorbs energy more efficiently and with less bulk than other protective materials on the market. Unlike traditional protective materials, Koroyd® cylinders absorb and convert more kinetic energy, while increasing airflow and reducing overall weight. Not all helmets are created equal.

Developed in the aerospace industry to absorb energy, cylindrical structures are one of the strongest forms found in nature; a form that could offer the most effective impact absorption for a given duration. Koroyd® uses cylinders to create a structure that behaves differently from traditional protective materials. Traditional materials act like a spring that stores energy and then releases it, while Koroyd® is a true energy absorber that converts kinetic energy by crushing. This results in better energy absorption in the event of an impact.


 

High-tech absorption

In the event of an impact, Koroyd's welded tubes collapse instantly and evenly, absorbing maximum force in a controlled manner and thus reducing the amount of energy transferred to the head.


 

High tech protection

The air circulates evenly through the open cells, while the warm air in your head can easily escape, ensuring more efficient cooling under the most intense conditions.

Total breathability

Characterized by tubes with the thinnest walls in the world, the Koroyd structure is composed of 95% air. This reduces weight and improves comfort without compromising safety.



                                  MIPS®


 

MIPS® IS A BRAIN PROTECTION SYSTEM - ENGINEERED TO ADD PROTECTION TO HELMETS.

The MIPS® Brain Protection System (BPS) is found inside the helmet, generally between the comfort padding and the EPS (a high-quality foam used to reduce energy).

For certain impacts, the MIPS® BPS can reduce harmful forces transmitted to the brain.

MIPS® stands for Multi-directional Impact Protection System.


 

HOW IT WORKS

The MIPS® Brain Protection System (BPS) is designed to add protection against rotational motion transferred to the brain. Rotational motion affects the brain and increase the risk for minor and severe brain injuries. When implemented in a helmet, the MIPS® BPS can reduce rotational motion by redirecting energies and forces otherwise transferred to the brain.

The core of the MIPS® BPS is a low friction layer that allows the head to move 10-15 mm relative the helmet in all directions, reducing rotational motion to the brain. The MIPS® BPS makes your helmet safer and adds protection.


 

STRAIN IN THE BRAIN

Rotational motion from an angled impact can cause strain in the brain that can lead to tearing in the brain tissue. The illustration is based on data gathered using sensors inside the crash test dummy heads. The dummy head, wearing a helmet, was subjected to an angled impact in a test rig at the MIPS® lab in Sweden.

The illustration shows the strain in the brain from an angled impact when the dummy head is wearing the same type of helmet – with and without the MIPS® BPS.

 

REALITY BASED TESTING

Statistics show that many brain injuries occur due to angled impacts to the head. However, in standard helmet tests the helmet is dropped vertically onto a flat surface, and this does not create an angled impact. These results are helpful for measuring precise vertical impacts, but inferior for measuring a more realistic scenario of an angled impact.

The MIPS® test rig is developed for testing angled impacts to simulate a fall during a crash.