SHOEI CWR-F2 VISOR PHOTOCHROMIC (TRANSITIONS LENSE - LIGHT / SUN REACTIVE) - FITS X-SPR PRO AND NXR2

100% Genuine Shoei CWR-F2R Pinlock Ready Visor Faceshield

Shoei Photochromic Transition CWR-F2 Visor

·         The Shoei CWR-F2 Transition Visor has 100% UV protection

·         Automatically change from clear to dark in sunlight

·         Anti-reflective coating

·         Pinlock ready and compatible for Shoei Helmets

·         Manufactured by Transitions, the leading manufacturer of photochromatic lenses world-wide

·         Extra eyesight protection for motorcycle riders

Protect your eyes from the harmful effects of UV rays with this Shoei CWR-F2 Photochromic Pinlock Visor.  The technology of Transitions Photochromic allows the visor to seamlessly change from clear to dark in sunlight.  The dyes embedded into the lens react to UV light, thus changing levels of darkness with the sun.  When there is no light causing chemical reaction, it reconverts to its original, clean form and the lens fades.

In addition, the visor offers 100% protection and a scratch resistant coating.  Whenever you are on the race track or enjoying travels on the road, a crisp vision is important.  In a traditional setting, riders deal with shifting light conditions by bringing 2 shields (one clear and the other is tinted) every time.  Transitions adaptive shields not only enhance vision but also serve those two purposes.

Shoei CWR-F2 Visor

Designed for every rider's protection, this CWR-F2 Transition Visor meets international standards.  When the shield is exposed to UV light, trillions of photochromic molecules begin to change to light, dark and every shade in between.  In addition, the iconic technology of Transitions lies in their exclusive and reliable formulas.  It is impact resistant with anti-reflective coating and Pinlock ready.

Moreover, the SHOEI CWR-F2 shield for the NXR2 and the X-Spr Pro helmet models is available with a Transitions adaptive shield option with a 23% light transmission level at 72° Fahrenheit (23° Celsius).  The greater the intensity of ultraviolet (UV) sunlight, the darker the shields become.

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