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Rise II Mips® Mat Metallic Black
Ski/snowboard helmet with
60 days to change your mindThe Rise II Mips® Mat Metallic Black helmet is a ski/snowboard helmet from the brand Cairn.
Its In-Mold construction offers a compromise between lightness and safety, thanks to the EPS injected and then thermoformed. The two layers are inseparable, allowing shock distribution across the entire helmet for optimal absorption and protection. This helmet is equipped with Recco® technology, a small signal reflector that helps rescuers find you more quickly if needed. The MIPS® technology (multi-directional impact protection system) guarantees optimal protection against all types of impacts, minimising risks.
The adjustable ventilation system allows you to regulate airflow and therefore heat. You can open or close the vents as you wish. The adjustment dial enables precise fitting of the helmet for perfect support all day long.
- RECCO® reflector integrated into the shell
- In-mold construction
- Multidirectional Impact Protection System (MIPS®)
- Adjustable vents
- Adjustment dial
- FidLock™ buckle
- Fully removable and washable lining
- Storage bag included
- CE EN 1077:12/2007 class B certification
| IN-MOLD | Fusion between a robust polycarbonate outer shell and a shock-absorbing foam liner inside the helmet. The fusion process allows for improved ventilation systems, making In-Mold helmets lighter and cooler than traditional helmets. |
| RECCO® | RECCO® is an avalanche rescue system used worldwide to facilitate the rapid location of individuals. The two-part system includes a detector used by rescuers and reflectors integrated into clothing. Together, they enable quick localisation using radar but do not replace the use of transceivers. |
| MIPS® | Multidirectional Impact Protection System: MIPS® is a revolutionary technology that mimics the brain’s natural protection system. The low-friction MIPS® layer creates a sliding margin between the helmet and the head, offering enhanced protection against brain injuries caused by violent rotational forces during oblique impacts. |
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