Shoei RF-1400 Scanner Helmet

COMPACT LIGHTWEIGHT DESIGN. Evolved from its predecessor while maintaining a compact, lightweight design. SHOEIGÇÖs lightest SNELL-approved full-face helmet model. Advanced wind-tunnel development improves aerodynamic performance:. Drag = 4% reduction; Lift = 6% reduction (as compared to the RF-1200). IMPROVED VENTILATION PERFORMANCE. Additional air intake hole in the center/forehead vent improves cool air intake. Enlarged exhaust outlet vents improve hot air expulsion. A total of six (6) air intakes (2 lower, 2 front, 2 upper) and four (4) outlets. 3D Max-Dry Interior System II. Newly designed cheek pads feature more volume on the bottom for greater comfort and reduced wind noise. Max-Dry material absorbs and dissipates sweat 2X faster than traditional nylon. Soft yet durable lower cheek pad fabric for a plush fit and feel. E.Q.R.S. allows emergency medical personnel to easily and safely remove cheek pads from an injured riderGÇÖs helmet. IMPROVED NOISE REDUCTION. Advanced shell aerodynamics and all-new, air-tight shield system reduce unwanted wind and road noises. New window beading reduces wind and water intrusion. All-new, voluminous cheek pads and removable ear pads further restrain wind noise. CWR-F2 SHIELD SYSTEM. All-new CWR-F2 shield system features improved visibility, functionality, and performance. 2D GÇ£flatGÇ¥ outside surface combined with 3D technology inside offers an aressive look with optimized visibility for a more natural view. Vortex Generators (borrowed from X-Fourteen technology) improve aerodynamics and reduce wind noise ? X-Fourteen Data: Drag = 8.8% reduction; Lift = 3.5% reduction; Yawing = 52.4% reduction. All-new center locking mechanism reduces risk of accidental openings during high-speed riding. Redesigned base plate system boasts smoother shield opening and closure. New shield adjuster for easier, more precise tuning. All-new window beading reduces wind and water intrusion. New, 10% larger DKS-304 PINLOCK EVO lens system improves lateral field of vision thanks to relocated pins outside of the eyeport.