Mylec's 7000 Series goalie pads are lightweight and great for all types of hockey action, Street, Roller and Ice.
- COMFORTABLE FIT: Our shin pads are designed to stay in place during your game of hockey, baseball preventing shin guards from sliding down. The lightweight shin guard sleeves avoid blisters and discomfort while adjusting to your leg shape to provide a comfortable fit.
- IMPROVED DESIGN: Our street hockey shin guards are built with specially crafted thick foam with extended calf padding for maximum protection and comfort.
- AIR-FLOW VENTED CONSTRUCTION: Engineered to keep you dry, cool, and comfortable while you play street hockey, our shin guards feature perforated breathable mesh construction that provides superior ventilation and moisture management.
- SMART STRAP SYSTEM: Adjustable elastic straps allow for a custom fit, making these hockey shin guards easy to get on and off.
- FLAT FRONT DESIGN: Our baseball leg guard feature a flat front design along with deep leg channels to protect your shins and knees with maximum impact protection at the ultimate weight minimum.
- COMFORTABLE FIT: Our shin pads are designed to stay in place during your game of hockey, baseball preventing shin guards from sliding down. The lightweight shin guard sleeves avoid blisters and discomfort while adjusting to your leg shape to provide a comfortable fit.
- IMPROVED DESIGN: Our street hockey shin guards are built with specially crafted thick foam with extended calf padding for maximum protection and comfort.
- AIR-FLOW VENTED CONSTRUCTION: Engineered to keep you dry, cool, and comfortable while you play street hockey, our shin guards feature perforated breathable mesh construction that provides superior ventilation and moisture management.
- SMART STRAP SYSTEM: Adjustable elastic straps allow for a custom fit, making these hockey shin guards easy to get on and off.
- FLAT FRONT DESIGN: Our baseball leg guard feature a flat front design along with deep leg channels to protect your shins and knees with maximum impact protection at the ultimate weight minimum.
