Haiden Deegan, one of the brightest stars in motocross, made a sensational debut in his 2023 pro season. The teenage sensation has exceeded the hype, impressing fans worldwide both on and off the track. Celebrate Haiden’s success with the Haiden Deegan Alpinestars helmet, designed for performance and style, just like the rider himself. Expect the Deegan name to shine at the top levels of the sport for years to come.
Alpinestars approach to the creation of the advanced technology in the Supertech M10 draws on its depth of experience from over half a decade of world-class innovation across the spectrum of motorsports and especially, its deep-rooted commitment to motocross. As with all other categories of technology that Alpinestars has mastered, bringing a new, highly complex, product to fruition requires specialist experience and know-how and a project plan led by the best brains in protection development.
FEATURES
The S-M10’s design offers a smooth, attractive, aerodynamic profile which is streamlined and free of any external channels and features that might act as a load point in an impact or compromise the overall integrity of the helmet’s construction.
The surface curvature promotes reduced friction on impact, allowing deflection and the most efficient transfer of energy to protect the rider’s head from direct force to the skull and referred to the neck and spinal column.
The S-M10 shell sizing solution ensures each helmet fit size has its own appropriate shell size to deliver the most anatomical solution for the wide variety of fit needs worldwide, providing 4 different helmet shell sizes: S, M, L, and XL, and 6 consumer sizes from XS to XXL to ensure riders have the correct fit which not only improves comfort and reduces overall weight, but most importantly, improves the effectiveness of the helmet in an impact.
Protection:
The helmet’s shell construction utilizes a highly advanced molding technology with a multi-composite combination:
3K Carbon, high-density carbon outer layer that improves strength and efficiency of energy dissipation over the shell.
Uni-directional carbon composite layer that gives significantly greater radial strength around the shell, preventing compression but allowing controlled deflection for reducing transmitted impact energy.
Aramid fiber layer which provides critical penetration protection.
This combination of layers gives even greater performance with an epoxy resin bonding that offers the best possible strength and energy management; limited outer shell deflection means the energy spreads wider and is better absorbed by the 4-density EPS liner.
The result of the unique shell lay-up process employed in the S-M10 construction results in extremely effective impact protection. The S-M10 returns linear and oblique impact performance which exceeds current helmet regulation standard limits.
For direct linear impacts, which is an impact at a 90-degree angle between the helmet and an object, the SM10 surpasses the ne
