Injection-molded ABS outer shell is rugged yet lightweightThree-piece Expanded Polystyrene (EPS) safety liner dissipates impact loads and fortifies helmet structure for a secure fit without compromising comfortMolded urethane chin bar pad features front and side vents for airflowCE-certified polycar..
Injection-molded ABS outer shell is rugged yet lightweightThree-piece Expanded Polystyrene (EPS) safety liner dissipates impact loads and fortifies helmet structure for a secure fit without compromising comfortMolded urethane chin bar pad features front and side vents for airflowCE-certified polycar..
Injection-molded ABS outer shell is rugged yet lightweightThree-piece Expanded Polystyrene (EPS) safety liner dissipates impact loads and fortifies helmet structure for a secure fit without compromising comfortMolded urethane chin bar pad features front and side vents for airflowCE-certified polycar..
Injection-molded ABS outer shell is rugged yet lightweightThree-piece Expanded Polystyrene (EPS) safety liner dissipates impact loads and fortifies helmet structure for a secure fit without compromising comfortMolded urethane chin bar pad features front and side vents for airflowCE-certified polycar..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..
Inner shell construction is EPS material allocated at different densities to disperse energy released un case of impact.Outer shell construction use two mould sizes to increase performance dependant on size, using aramid carbon fiber combined with epoxy resin to make shell lightweight, elastic and r..