Bollé Eco React MIPS Dark Green Matte S Cykelhjelm

The same qualities that make our helmet lightweight, comfortable, and safe also make it eco-friendly. With the ECO REACT MIPS®, we are challenging the traditional way to make helmets, replacing some plastic and petroleum products by organic materials to reduce the environmental impact. We have added cork to the EPS, used recycled plastics for the shell, and natural fibers such as cotton webbing and bamboo fiber lining, It’s our first step to respond to the needs of cyclists who want to pursue an active lifestyle in the city while doing their part for the planet.

HIGHLIGHTS

• AViD Progressive EPS
• 20% cork EPS
• 40% reclycled PC shell
• 13 vents
• Removable cork cap with reflective line
• Click-To-Fit™ System
• MIPS®
• Strap with 50% cotton/50% polyester
• Bamboo fiber lining
• Removable cap

MIPS® Technology

• Multi-Directional Impact Protection System
• MIPS® adds more protection against rotational motion

MIPS® is a revolutionary technology that lets the helmet slide relative to the head, adding more protection against rotational motion to the brain caused by angled impacts.

AViD TECHNOLOGY

• Progressive EPS
• Maximum ventilation vith high protection
  

To create helmets that perform against all types of impacts, the details are key. High-density EPS ensures that high energy impacts are effectively absorbed. Low-density EPS, however, provides superior performance against less severe impacts. Bollé helmets with AViD liner technology use a combination of different EPS densities and/ or optimization of the ventilation channels to virtually decrease the density in the upper area. The result is a lighter, better-ventilated helmet with progressive shock absorption that will absorb a wider range of impacts*. (Available on the Trackdown & Instinct.)

*compared to a standard EPS liner with uniform thickness.

• 1. Low Density Foam: Optimum absorption at medium impact energy, may compress completely in high energy impacts
• 2. High Density Foam: Imcomplete compression at low impact energy, optimum absorption at high impact energy
• Ventilation channels: virtually decrease density
• 1. & 2. Actual densities