The sweat wicking Hydradry™ liner provides a snug & contoured fit. Air from the vents is channeled between the comfort liner & the protective, energy absorbing EPS foam liner to create a nearly perfect rider-focused interior. The airflow works in conjunction with the Hydradry™ liner to effectively reduce heat build up. Combine that with superior venting & a removable breath deflector which creates a nearly perfect rider-focused enclosure. *example picture ...

The sweat wicking Hydradry™ liner provides a snug & contoured fit. Air from the vents is channeled between the comfort liner & the protective, energy absorbing EPS foam liner to create a nearly perfect rider-focused interior. The airflow works in conjunction with the Hydradry™ liner to effectively reduce heat build up. Combine that with superior venting & a removable breath deflector which creates a nearly perfect rider-focused enclosure. *example picture ...

The sweat wicking Hydradry™ liner provides a snug & contoured fit. Air from the vents is channeled between the comfort liner & the protective, energy absorbing EPS foam liner to create a nearly perfect rider-focused interior. The airflow works in conjunction with the Hydradry™ liner to effectively reduce heat build up. Combine that with superior venting & a removable breath deflector which creates a nearly perfect rider-focused enclosure. *example picture ...

The sweat wicking Hydradry™ liner provides a snug & contoured fit. Air from the vents is channeled between the comfort liner & the protective, energy absorbing EPS foam liner to create a nearly perfect rider-focused interior. The airflow works in conjunction with the Hydradry™ liner to effectively reduce heat build up. Combine that with superior venting & a removable breath deflector which creates a nearly perfect rider-focused enclosure. *example picture ...

Install the Airflite Visor to change the look & feel of your Airflite Helmet. ...

Install the Airflite Visor to change the look & feel of your Airflite Helmet. ...

Install the Airflite Visor to change the look & feel of your Airflite Helmet. ...

The Pinlock® visor insert is made out of a material that contains moisture absorbing properties, which reacts like a sponge & absorbs moisture effectively. The inner part of the Pinlock® is lined with a silicon bead, which creates a double glazed window type of effect when the Pinlock® visor insert is attached to the helmet visor. The pocket of air that is trapped in between the visors acts as an insulator for the inside temperatures in the motorcycle helmet. Efficient absorption properties combined with the double glazed like feature, the Pinlock® visor insert is the most effective, durable & affordable anti-fog solution on the market. How to install Step 1 The Pinlock® Flite Shield™ Insert Lens only works with Pinlock® Ready Flite Shields™ (Sold Separately) available in Clear, Dark Smoke, Light Smoke, & RST Silver. Step 2 Remove the helmet shield from the helmet. Flex the helmet shield & place the Pinlock® lens between the two pins provided in the helmet shield. Once installed, remove protective film. Step 3 Inspect the silicon seal on the Pinlock® lens. It must make full contact with the helmet shield in order to avoid any condensation forming between the helmet shield & the Pinlock® lens. If correct, re-install your helmet shield. Step 4 If the silicon seal does not make full contact with the helmet shield you can adjust the pressure by turning the outside screw counter clockwise using the outside arrow in the pin for reference. Once finished, re-install your shield. ...

The Pinlock® visor insert is made out of a material that contains moisture absorbing properties, which reacts like a sponge & absorbs moisture effectively. The inner part of the Pinlock® is lined with a silicon bead, which creates a double glazed window type of effect when the Pinlock® visor insert is attached to the helmet visor. The pocket of air that is trapped in between the visors acts as an insulator for the inside temperatures in the motorcycle helmet. Efficient absorption properties combined with the double glazed like feature, the Pinlock® visor insert is the most effective, durable & affordable anti-fog solution on the market. How to install Step 1 The Pinlock® Flite Shield™ Insert Lens only works with Pinlock® Ready Flite Shields™ (Sold Separately) available in Clear, Dark Smoke, Light Smoke, & RST Silver. Step 2 Remove the helmet shield from the helmet. Flex the helmet shield & place the Pinlock® lens between the two pins provided in the helmet shield. Once installed, remove protective film. Step 3 Inspect the silicon seal on the Pinlock® lens. It must make full contact with the helmet shield in order to avoid any condensation forming between the helmet shield & the Pinlock® lens. If correct, re-install your helmet shield. Step 4 If the silicon seal does not make full contact with the helmet shield you can adjust the pressure by turning the outside screw counter clockwise using the outside arrow in the pin for reference. Once finished, re-install your shield. Here you find some information about Pinlock Anti-Fog lenses ...

The Pinlock® visor insert is made out of a material that contains moisture absorbing properties, which reacts like a sponge & absorbs moisture effectively. The inner part of the Pinlock® is lined with a silicon bead, which creates a double glazed window type of effect when the Pinlock® visor insert is attached to the helmet visor. The pocket of air that is trapped in between the visors acts as an insulator for the inside temperatures in the motorcycle helmet. Efficient absorption properties combined with the double glazed like feature, the Pinlock® visor insert is the most effective, durable & affordable anti-fog solution on the market. How to install Step 1 The Pinlock® Flite Shield™ Insert Lens only works with Pinlock® Ready Flite Shields™ (Sold Separately) available in Clear, Dark Smoke, Light Smoke, & RST Silver. Step 2 Remove the helmet shield from the helmet. Flex the helmet shield & place the Pinlock® lens between the two pins provided in the helmet shield. Once installed, remove protective film. Step 3 Inspect the silicon seal on the Pinlock® lens. It must make full contact with the helmet shield in order to avoid any condensation forming between the helmet shield & the Pinlock® lens. If correct, re-install your helmet shield. Step 4 If the silicon seal does not make full contact with the helmet shield you can adjust the pressure by turning the outside screw counter clockwise using the outside arrow in the pin for reference. Once finished, re-install your shield. Here you find some information about Pinlock Anti-Fog lenses ...