Bell Sixer MIPS MTB Helmet 2020: Matte/Gloss Black Camo S 52 56cm
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£ 94.49 | To Shop |
Description
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The Sixer takes to the trail with our integrated MIPS technology, resulting in a sleeker, closer-to-the-head fit that combines with our Float Fit system and proprietary Sweat Guide to ensure unprecedented comfort in a helmet Goggle compatibility, complete with a strap gripper at the rear of the helmet, adjustable visor height, integrated camera/light mount and a full hard shell round out the package We've sweated every detail on the Sixer so that out on the trail, the only sweating you'll have to worry about is your own Integrated MIPS (Multi-Directional Impact Protection System) - MIPS is designed to reduce rotational forces that can result from certain impacts By integrating the MIPS slip plane into the retention system, we are able to reduce complexity and weight for a compact, better ventilated helmet that fits more closely to the head Fusion In-Mold polycarbonate shell - A process pioneered by Bell bonds the helmet's outer shell to the EPS foam liner to create a sturdier helmet Progressive Layering utilizing two layers of foam a hard layer against the outer shell closer to the point of potential impact, and a less dense layer closer to the head Each layer has a thin hard shell molded into it
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The Sixer takes to the trail with our integrated MIPS technology, resulting in a sleeker, closer-to-the-head fit that combines with our Float Fit system and proprietary Sweat Guide to ensure unprecedented comfort in a helmet Goggle compatibility, complete with a strap gripper at the rear of the helmet, adjustable visor height, integrated camera/light mount and a full hard shell round out the package We've sweated every detail on the Sixer so that out on the trail, the only sweating you'll have to worry about is your own Integrated MIPS (Multi-Directional Impact Protection System) - MIPS is designed to reduce rotational forces that can result from certain impacts By integrating the MIPS slip plane into the retention system, we are able to reduce complexity and weight for a compact, better ventilated helmet that fits more closely to the head Fusion In-Mold polycarbonate shell - A process pioneered by Bell bonds the helmet's outer shell to the EPS foam liner to create a sturdier helmet Progressive Layering utilizing two layers of foam a hard layer against the outer shell closer to the point of potential impact, and a less dense layer closer to the head Each layer has a thin hard shell molded into it