Fox Racing V2 Hayl Helmet Large Flame Red

Description

Simultaneously, low shear fluid is dispersed throughout the pod creating a low shear plane that permits motion of the helmet relative to the head to provide rotational force protection. Dual density Varizorb EPS liner is meant to provide improved protection by spreading the forces of impact across a wider surface area. Lightweight Injection molded PC & ABS shell construction disperses energy in the event of a crash. Magnetic Visor Release System (MVRS) release in the event of a crash. Meets or exceeds DOT and/or ECE 22.05 standards. Fluid Pod Matrix Impact Protection System Fluid incorporates a matrix of pods oriented around the head and attached to the helmet interior. All new Fluid Inside is designed to help dissipate rotational and linear energy transmitted to the rider’s brain in the event of a crash. 11 intake and 4 exhaust vents for optimum airflow. EPP/PU Chin bar maintains lower weight while helping to manage energy during impact. 4 shell and 4 EPS sizes for a precise fit. At the moment of impact, the foam compresses to provide added low linear impact protection. Simultaneously, low shear fluid is dispersed throughout the pod creating a low shear plane that permits motion of the helmet relative to the head to provide rotational force protection. At the moment of impact, the foam compresses to provide added low linear impact protection. Removable, washable XT2 comfort liner and cheek pads are antimicrobial and manage odor while wicking moisture away from the head.

Key Features

• 4 shell and 4 EPS sizes for a precise fit.
• Dual density Varizorb EPS liner is meant to provide improved protection by spreading the forces of impact across a wider surface area.
• At the moment of impact, the foam compresses to provide added low linear impact protection.
• Fluid Pod Matrix Impact Protection System Fluid incorporates a matrix of pods oriented around the head and attached to the helmet interior.
• All new Fluid Inside is designed to help dissipate rotational and linear energy transmitted to the rider’s brain in the event of a crash.
• Simultaneously, low shear fluid is dispersed throughout the pod creating a low shear plane that permits motion of the helmet relative to the head to provide rotational force protection.