The Bell Sixer MIPS helmet is built with a Fusion In-Mold polycarbonate shell.
Features:
- Weight: 395 g
- 26 vents, 4 brow ports
- Fusion In-Mold polycarbonate shell
- Progressive Layering
- Fit system: Float Fit integrated with MIPS
- 4-position adjustable visor
- Integrated breakaway camera mount
- No-Twist Tri-Glides
- GoggleGuide adjustable visor system
- Sweat Guide padding
- X-Static padding
- Sizes S (52-56cm), M (55-59cm), L (58-62cm)
Technologies:
- MIPS: A leading slip-plane technology inside the helmet designed to reduce rotational forces that can result from certain impacts. When a head rotates quickly and comes to a sudden stop, rotational acceleration can cause high levels of strain on brain tissue. The tissue stretching that results from these movements can lead to various types of brain injury. We believe that helmets equipped with MIPS technology can add a higher level of protection against certain types of impacts. MIPS uses a slip-plane system that moves inside the helmet, mimicking the brain's own protection system. This layer is designed to rotate inside the helmet with the intent of potentially slowing or reducing the amount of energy transferred to or from the head. Science tells us that if we can reduce the stress associated with rotational acceleration, we could reduce the risk and severity of brain injury.
- In-Mold Construction
A system that fuses the tough polycarbonate outer shell with the helmet's impact-absorbing foam liner. The fusion process allows for better ventilation systems, providing more coolness and comfort
Features:
- Weight: 395 g
- 26 vents, 4 brow ports
- Fusion In-Mold polycarbonate shell
- Progressive Layering
- Fit system: Float Fit integrated with MIPS
- 4-position adjustable visor
- Integrated breakaway camera mount
- No-Twist Tri-Glides
- GoggleGuide adjustable visor system
- Sweat Guide padding
- X-Static padding
- Sizes S (52-56cm), M (55-59cm), L (58-62cm)
Technologies:
- MIPS: A leading slip-plane technology inside the helmet designed to reduce rotational forces that can result from certain impacts. When a head rotates quickly and comes to a sudden stop, rotational acceleration can cause high levels of strain on brain tissue. The tissue stretching that results from these movements can lead to various types of brain injury. We believe that helmets equipped with MIPS technology can add a higher level of protection against certain types of impacts. MIPS uses a slip-plane system that moves inside the helmet, mimicking the brain's own protection system. This layer is designed to rotate inside the helmet with the intent of potentially slowing or reducing the amount of energy transferred to or from the head. Science tells us that if we can reduce the stress associated with rotational acceleration, we could reduce the risk and severity of brain injury.
- In-Mold Construction
A system that fuses the tough polycarbonate outer shell with the helmet's impact-absorbing foam liner. The fusion process allows for better ventilation systems, providing more coolness and comfort