Endura MT500 Mips Helmet (Blueberry)

Endura MT500 Mips Helmet (Blueberry)

The Endura MT500 MIPS helmet is an ideal helmet for All Mountain, Trail with Full Koroyd Core and MIPS technology. The MT500 helmet offers greater coverage and the addition of MIPS technology makes it safer than ever. The Koroyd core offers unmatched shock absorption and keeps the weight down, while large vents keep your head cool when things heat up. The new MT500 helmet has a number of features, including an adjustable visor, antibacterial padding, a goggle base and a clip attachment for a headlamp.

Characteristics:

• Use: Trail, All Mountain.
• Lightweight structure.
• Koroyd core provides increased energy absorption.
• MIPS brain protection system that reduces multidirectional impacts.
• Removable and adjustable visor that offers a wide range of movement.
• Large vents, including the upper 'air inlet' area, offer increased airflow, with fast wicking, quick drying, soft feel and removable padding.
• One-handed micro-adjust adjustment system integrated into the MIPS layer for a super secure and comfortable fit with adjustability.
• Eyewear-friendly design with back strap closure and front vents that act like sunglasses.
• Clip-on accessory holder, accessory clip and light holder included.
• Covered by Endura's Incident Replacement Policy and Endura's product warranty.
• Certified according to CPSC and CE EN1078:2012 + A1:2012 standards.

Technologies:

MIPS is a leading glide technology inside the helmet, designed to reduce the rotational forces that can result from certain impacts. When the head spins quickly and stops abruptly, rotational acceleration can cause high levels of tension in the tissue. The stretching of the tissue caused by these movements can lead to different types of brain injuries. Helmets that adopt MIPS technology can offer a higher level of protection in certain types of impacts. MIPS uses a plane displacement system that moves in the helmet. This layer is designed to rotate within the helmet with the purpose of slowing or reducing the amount of energy transferred to or from the head. Science says that if you can reduce the stress associated with rotational acceleration, you can also reduce the risk and severity of brain damage.