HJC RPHA 12N Dravix Motorcycle Helmet - Model FA53NUS6K8SV, Large

The HJC RPHA 12N Dravix helmet combines advanced construction and aerodynamic design to deliver exceptional performance for motorcycle riders. Crafted with the Premium Integrated Matrix EVO (PIM EVO) shell, this helmet offers a lightweight yet highly durable structure that enhances rider comfort and safety. The shell's composite materials, including carbon-aramid fiber, carbon fiber, glass fiber, organic non-woven fabric, and natural linen fiber, provide superior shock resistance while maintaining a lighter weight, making it suitable for long rides and high-speed pursuits. Its aerodynamic profile features an optimized rear spoiler and shell shape, designed to significantly reduce lift and drag forces that can compromise stability at high speeds, ensuring a secure and confident riding experience.

Features:

• PIM EVO Shell: Constructed from a blend of carbon-aramid fiber, carbon fiber, glass fiber, and organic non-woven fabric for enhanced durability and shock resistance

• Aerodynamic Design: Features an optimized rear spoiler and shell shape to reduce lift and drag, promoting stability at high speeds

• Curved Shield with 2-Way Pivot Ratchet System: Minimizes air drag and noise while providing a tight seal against the elements

• Pinlock® 120XLT® Prepared: Compatible with Pinlock® anti-fog inserts for clear visibility in various conditions

• Removable and Washable Interior: Includes RPHA Premium Fit interior with anti-bacterial, moisture-wicking, and quick-drying fabric for maximum comfort

• Interchangeable Cheek Pads: Allows for a customized fit across all sizes, with 3D contour design for added comfort

• Emergency Pull Tab: Facilitates quick removal of the helmet in critical situations for added safety

• Enhanced Ventilation System: Advanced channeling ensures optimal airflow to keep the rider cool and dry

• Reflective Material: Improves visibility and safety during low-light conditions

• Emergency Kit with Cheek Pads: Enables quick and safe rescue in emergency scenarios