Alpinestars Supertech M10 Helmet - Flood - MIPS®

The Alpinestars S-M10 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. Surface curvature promotes reduced friction on impact, allowing deflection and 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 size delivers the most anatomical solution for a wide variety of fit needs, ensuring riders have the correct fit to improve comfort, reduce overall weight, and maximize the effectiveness of the helmet in an impact. For added safety, the chin bar's base area is specifically sculpted to provide a relief section, raised to clear the collarbone. A soft EPS liner extends beyond the helmet shell itself and is covered by a flexible rubber compound, significantly reducing the risk of collarbone injury.

Technical Features and Safety Specifications:

• A-Head Fitment System: Allows for easy adjustment of the angle and height at which the helmet sits on the head for a personalized fit.
• Superior Ventilation: Ultra-ventilated design featuring 28 individual intake and exhaust ports (18 intakes and 10 exhausts) to maintain optimal airflow.
• MIPS® Technology: Designed to manage rotational acceleration and oblique impact performance.
• Eject Technology: Includes the eject helmet removal system for emergency situations.
• Emergency Release System (ERS): Features emergency visor release and visor extension for enhanced protection.
• Removable Side Pads: Constructed from a semi-soft polymer for added protection, providing a contact area to help spread impact energy.

Engineered for professional-grade performance, this helmet combines advanced material construction with critical safety systems to provide riders with a lightweight, highly ventilated, and protective solution for the most demanding environments.