InMoldingInmolding is a technology for optimising the weight, ventilation and stability of the helmet. The outer shell is bonded to the impact-absorbing EPS material during the manufacturing process. MIPS (Multi-Directional Impact Protection System)The MIPS fall protection system is a low-friction layer under the helmet padding that reduces the rotational forces transmitted to the brain in an impact. This layer allows the head to move 10-15 mm relative to the helmet in all directions during a fall and redirect energies and forces that would otherwise be transmitted to the brain. MIPS helmets are designed to protect the brain from an angled impact because angled falls create rotational forces that are transmitted to the brain and can lead to brain injury. MIPS can reduce both rotational movement and the risk of brain damage.
InMoldingInmolding is a technology for optimising the weight, ventilation and stability of the helmet. The outer shell is bonded to the impact-absorbing EPS material during the manufacturing process. MIPS (Multi-Directional Impact Protection System)The MIPS fall protection system is a low-friction layer under the helmet padding that reduces the rotational forces transmitted to the brain in an impact. This layer allows the head to move 10-15 mm relative to the helmet in all directions during a fall and redirect energies and forces that would otherwise be transmitted to the brain. MIPS helmets are designed to protect the brain from an angled impact because angled falls create rotational forces that are transmitted to the brain and can lead to brain injury. MIPS can reduce both rotational movement and the risk of brain damage.
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InMoldingInmolding is a technology for optimising the weight, ventilation and stability of the helmet. The outer shell is bonded to the impact-absorbing EPS material during the manufacturing process. MIPS (Multi-Directional Impact Protection System)The MIPS fall protection system is a low-friction layer under the helmet padding that reduces the rotational forces transmitted to the brain in an impact. This layer allows the head to move 10-15 mm relative to the helmet in all directions during a fall and redirect energies and forces that would otherwise be transmitted to the brain. MIPS helmets are designed to protect the brain from an angled impact because angled falls create rotational forces that are transmitted to the brain and can lead to brain injury. MIPS can reduce both rotational movement and the risk of brain damage.
InMoldingInmolding is a technology for optimising the weight, ventilation and stability of the helmet. The outer shell is bonded to the impact-absorbing EPS material during the manufacturing process. MIPS (Multi-Directional Impact Protection System)The MIPS fall protection system is a low-friction layer under the helmet padding that reduces the rotational forces transmitted to the brain in an impact. This layer allows the head to move 10-15 mm relative to the helmet in all directions during a fall and redirect energies and forces that would otherwise be transmitted to the brain. MIPS helmets are designed to protect the brain from an angled impact because angled falls create rotational forces that are transmitted to the brain and can lead to brain injury. MIPS can reduce both rotational movement and the risk of brain damage.
Last updated at 15/11/2024 04:07:39
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available 4 days ago
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| Helmet properties | |
| Bike helmet type | MTB helmet |
| Head circumference | 57 - 59 cm |
| Helmet features | MIPS |
| Helmet size | L, M |
Updated 2 days ago
| Helmet properties | |
| Bike helmet type | MTB helmet |
| Head circumference | 57 - 59 cm |
| Helmet features | MIPS |
| Helmet size | L, M |
