New Standard Full Face Model to Feel Comfortable upon Wearing
Full Model Change of RFD, Favored by Many Riders in Many Fields as SHOEI's Standard Full Face Model Such technologies of SHOEI obtained in race fields as high efficiency ventilation, built-in mechnical shield CX-1, 3D Full Support Inner are applied. new standard full face model is born.
Main Characteristics of RFX
High efficiency absorption ventilation is equipped in upper portion. Riding wind is absorbed effectively in low riding position. Outer sliding shutter in the same color as shell is used. It can be opened and closed easily by gloved hand.
Lower ventilation connected to defroster is equipped below shield. Absorbing riding wind effectively, it is in the same color as shell to create integration.
Easy to Wear and Comfortable upon Wearing
"3D Full Support Inner", SHOEI's own interior system, is applied. Tightness in putting off and on is restrained by softening bottom end. Furthermore, better fit is realized by applying center pad in better hold, mesh fabric for cheek pad and eye glasses slit for users with glasses.
Easy and Firm Removing and Fixing of Shield
Shield can be removed easily by pulling rigger with shield in open position. Fixing is also easy and firm checking by eyes. Shield can be removed, fixed or replaced any time and anywhere easily. UV cut CX-1 shield, made of polycarbonate and molded in high molding technology, secures clear vision with minimum distortion.
Shell Design in High Rigidity
Newly designed shell is developped for aerodynamics and high distribution performance of impact. Edge from both sides to rear portion realized shell's rigidity and aerodynamics for smooth stream of riding wind.
Consistency of Strongness and Light Weight
Shell of RFX molded by AIM (Advanced Integrated Matrix) under stric control secures high protection performance maintaining light weight and restrains fatigue of rider.
*AIM (Advanced Integrated Matrix) Complex Layers of Strong Glass Fiber and 3D Pre-Shaped Organic Fibers SHOEI's Own Shell Construction in High Rigidity but Light Weight.