Product code: Cascade CPV-R Lacrosse 2024 Helmet w/Black Mask Adjustable OSFM
Gently preowned helmet from Cascade MSRP $279.99 The Cascade R lacrosse helmet has quickly become a best seller of all time for advanced youth, high school and collegiate players. This adjustable helmet is used by approximately 95% of all active players over the age of 13. NOCSAE-certified. The Cascade® R helmet is designed with Cascade's® most advanced impact management system for exceptional protection. Dual liner systems manage both low and high energy impacts with ease while the SuperMono shell and visor maximize frontal impact protection. Plus, the Cascade® R helmet allows a customized fit with the HardTail SPRfit system and adjustable jaw pads. • Size: Adjustable OSFM • Official helmet of the MLL • SuperMono R shell: One-piece shell & visor create more rigid design for increased frontal 2024 impact protection • HardTail SPRfit and 3 jaw pads provide a contoured fit that can be micro-adjusted on-the-fly • PoronXRD Foam lining offers maximum comfort while dissipating linear force fro.
Gently preowned helmet from Cascade MSRP $279.99 The Cascade R lacrosse helmet has quickly become a best seller of all time for advanced youth, high school and collegiate players. This adjustable helmet is used by approximately 95% of all active players over the age of 13. NOCSAE-certified. The Cascade® R helmet is designed with Cascade's® most advanced impact management system for exceptional protection. Dual liner systems manage both low and high energy impacts with ease while the SuperMono shell and visor maximize frontal impact protection. Plus, the Cascade® R helmet allows a customized fit with the HardTail SPRfit system and adjustable jaw pads. • Size: Adjustable OSFM • Official helmet of the MLL • SuperMono R shell: One-piece shell & visor create more rigid design for increased frontal 2024 impact protection • HardTail SPRfit and 3 jaw pads provide a contoured fit that can be micro-adjusted on-the-fly • PoronXRD Foam lining offers maximum comfort while dissipating linear force fro.