PREMIUM OFF-ROAD PERFORMANCE The worlds most celebrated motocross helmet has evolved even further! Fully loaded with next-level performance, safety and style, the all-new VFX-WR proudly boasts the SHOEI-exclusive Motion Energy Distribution System [M.E.D.S.] - strategically engineered to reduce rotational acceleration energy to the head in the event of an accident. The new VFX-WR has been completely redesigned and re-engineered without sacrificing an ounce of the quality and performance that have given SHOEI off-road riders championship-winning confidence for decades. The all-new VFX-WR defines the future of performance off-road helmets. MOTION ENERGY DISTRIBUTION SYSTEM [M.E.D.S.] Proprietary, SHOEI exclusive rotational energy absorption technology Anchored by larger centre column, inner EPS layer swings during impact Strategically designed perimeter columns absorb rotational energy Significant reduction of rotational forces to the riders head Preserves the lightweight, impact-absorbing characteristics of SHOEIs traditional EPS systems SAFETY Few characteristics of a motorcycle helmet are as critical as its first layer of defence - the outer shell - which is why the all-new VFX-WR features SHOEIs unique 6 layer Multi-Ply Matrix AIM+ Shell construction. Combine that with the proprietary, SHOEIexclusive Motion Energy Distribution System [M.E.D.S.], and the all-new VFX-WR sets a new standard for safety and performance. DUAL-LAYER / MULTI-DENSITY EPS LINER Provides enhanced impact absorption by utilising varying densities of foam Allows cooling air to travel unrestricted through tunnels created in the EPS Precise placement of multi-density EPS material yields a more compact, lightweight design M.E.D.S. technology absorbs and reduces rotational energy MULTI-PLY MATRIX AIM+ SHELL Proprietary technology integrates a six-ply matrix Hand-laid interwoven layers of fibreglass with lightweight organic and high-performance fibres SHOEIs strongest, lightest, most elastic shell provides optimal impact absorption CHIN BAR EPS High-quality EPS liner material throughout the entire chin bar for enhanced impact absorption SHELL DESIGN + AERODYNAMICS Thanks to a new state-of-the-art shell forming technology exclusive only to SHOEI, the VFX-WR incorporates the aerodynamic advantages of a spoiler into its shell, and consistent shell thickness guarantees the proper strength, weight & protection of each and every helmet. Exclusive, state-of-the-art shell forming technology Incorporates the aerodynamic advantages of a spoiler into the shell Consistent shell thickness guarantees proper strength and weight Shell integrated goggle channel forms a perfect goggle retention system VENTILATION PERFORMANCE Racing environments can be extremely hot and fatiguing, which is precisely why next-level ventilation performance was a top priority when conceptualising the VFX-WR. Developed in SHOEIs in-house wind tunnel to realise optimal vent port shapes, sizes and locations, the VFX-WRs advanced ventilation performance has been optimised to excel in the most demanding conditions. Boasting sixteen (16) intake and exhaust vents in total Wind tunnel tested for optimal vent port shapes, sizes and locations Improved negative air pressure suction for enhanced cool-air intake and hot-air expulsion Cooling air channels in the dual-layer EPS liner further enhance airflow Optimised to excel in the demanding confines of off-road and motocross environments 3D MAX-DRY INTERIOR SYSTEM Fully removable, washable, replaceable, and adjustable Max-Dry liner material absorbs and dissipates sweat 2X faster than traditional nylon interiors Soft yet durable lower cheek pad fabric for a plush fit and feel Multi-layer cheek pads for maximum comfort and superior helmet stabilisation Three-dimensionally shaped to match the contours of a riders head V-470 VISOR Fine-tuned by SHOEIs professional motocross and off-road racing team Specially designed for a seamless connection with the shell Provides superior roost protection and channels cooling air into helmet Utilises highest point of adjustability as its standard home position New flange mechanism to easily find home position and prevent unexpected movement High-grade polycarbonate screws are capable of shearing of