Helmet ALPINESTARS Supertech S-M10 Unite red / white glossy. The design of the S-M10 offers an aerodynamic, attractive and smooth profile, streamlined and free of external channels and features that could act as a load point in an impact or compromise the overall integrity of the helmet's construction. The curvature of the surface promotes reduced friction on impact, allowing for deflection and more efficient energy transfer to protect the rider's head from direct force to the skull and referred to the neck and spine.

MAIN CHARACTERISTICS

• MIPS (Multi-Directional Impact Protection System): The Supertech S-M10 incorporates the MIPS (Multi-Directional Impact Protection System). This is a low-friction layer that reduces the rotational energy transmitted to the head in the event of an angular impact, thus reducing the risk of brain injury.
• The lower part of the helmet has been redesigned with a new profile. The base area offers a relief section. Made of soft EPS foam and designed to minimize the risk of energy generated by an impact being transmitted to the collarbone area.
• Redesigned ventilation system consisting of 18 air inlets and 10 air extractors at the rear to extract hot air from inside the helmet.
• Extremely comfortable, fully removable and washable inner padding. They incorporate an anti-bacteria treatment and are characterized by their high breathability and sweat absorption capacity.
• A-HEAD" fit technology designed to offer a perfect fit on the top of the head.
• Removable side padding for emergency situations. Made of semi-soft polymer.
• The visor of the Supertech S-M10 is fully integrated into the helmet design and has been designed to detach in the event of a fall. It includes a standard visor and an extension to prevent sun and dirt.
• Predisposition for E-Ject emergency removal system.
• Double buckle closure.
• Weight: 1.370 gr. (in size M).
• 4 outer shell sizes to perfectly adapt to the physical build of each rider.
• Inner shell in EPS of 4 densities.
• 3K carbon outer shell for strength and efficiency of energy dissipation throughout the shell.
• Layer of uni-directional carbon composite that guarantees a significant resistance to the length of the shell. Prevents compression, controls deflation and reduces energy transmitted by impacts.
• Aramid fiber layer provides safety-critical protection.
• ECE 22.06