This model boasts a lightweight yet impact-resistant polycarbonate shell, equipped with ventilation to expel hot air and a sun visor that can be angled to suit your nose height, offering a full range of basic features.
It features a built-in mechanism for the HJC helmet-specific intercom "SMART HJC 21B & 50B" (sold separately), allowing you to enjoy touring without interfering with the helmet's design or aerodynamic performance even when the intercom is installed.
It also features wiring guides and speaker holes, making intercom installation easy.
□ Compatible with HJC helmet-specific intercom "SMART HJC 21B & 50B"
□ ACS (Advanced Channeling Ventilation System): A ventilation system that expels hot air from front to rear
□ Speaker holes
Accessories: Anti-fog lens, breath guard, chin curtain
Standards: SG, JIS
This model boasts a lightweight yet impact-resistant polycarbonate shell, equipped with ventilation to expel hot air and a sun visor that can be angled to suit your nose height, offering a full range of basic features. Equipped with a built-in mechanism for the HJC helmet-specific intercom "SMART HJC 21B & 50B" (sold separately), this helmet allows you to enjoy touring without interfering with the helmet's design or aerodynamic performance. It also features wiring guides and speaker holes for easy intercom installation.
[SMART HJC 21B & 50B Compatible] Equipped with a built-in mechanism for the SENA intercom "SMART HJC 21B & 50B," specifically designed for HJC helmets. It includes attachments for the intercom unit, wiring guides, and speaker holes for easy installation. It offers a smart appearance while reducing wind noise and intercom detachment during connection. *SMART HJC 21B & 50B are sold separately.
[Lightweight and Excellent Fit] The helmet shell uses a polycarbonate shell, achieving a lightweight design and excellent fit.
[Efficient Exhaust of Internal Heat] Equipped with a ventilation system that efficiently takes in and expels airflow from the intake at the front of the head to the outlet at the back of the head.
[Reduces Shield Fogging] By directing the airflow taken in from the lower intake at the mouth area to the inside of the shield, shield fogging is reduced.