ETHEN CLEAR TEAR-OFF LENS 05
Clear lens with tear-off frame Treated with CLEAR FOG coating Suitable for all weather conditions Protection 100% UV rays LIGHT TRANSMISSION 90%
ETHEN CLEAR TEAR-OFF LENS 06
Clear lens with tear-off frame. Treated with No-Fog coating. Suitable for all weather conditions. 100% UV protection. LIGHT TRANSMISSION 51%
ETHEN LENS 06
Ultra shock absorber is an innovative lens that combines the sharpness of the best mineral lens with the impact resistance of an organic lens. Optimal clarity. 100% UV protection. Lightness. Shock resistance. Resistance to chemicals
ETHEN PHOTOCHROMATIC TEAR-OFF LENS 05
Clear lens with tear-off frame Treated with CLEAR FOG coating Suitable for all weather conditions Protection 100% UV rays LIGHT TRANSMISSION 90%
ETHEN CLEAR TEAR-OFF LENS 05
Clear lens with tear-off frame Treated with CLEAR FOG coating Suitable for all weather conditions Protection 100% UV rays LIGHT TRANSMISSION 90%
MX Plus Socks Alpinestars
Designed to be worn with the Alpinestars’ range of off-road boots, the MX Plus Socks feature a single layer construction which incorporates Dryarn® fiber, mesh areas and rib construction for high levels of breathability and stretch to provide enhanced rider comfort, on and off the bike.
MX Plus Socks Alpinestars
Designed to be worn with the Alpinestars’ range of off-road boots, the MX Plus Socks feature a single layer construction which incorporates Dryarn® fiber, mesh areas and rib construction for high levels of breathability and stretch to provide enhanced rider comfort, on and off the bike.
MX Plus Socks Alpinestars
Designed to be worn with the Alpinestars’ range of off-road boots, the MX Plus Socks feature a single layer construction which incorporates Dryarn® fiber, mesh areas and rib construction for high levels of breathability and stretch to provide enhanced rider comfort, on and off the bike.
NeckBrace Bns Tech 2
The Bionic Neck Support Tech 2 is constructed from an advanced, high-performance carbon polymer compound and is designed to help prevent injury in a crash situation by dissipating and diverting impact forces away from the neck and spine.

