



Ski touring helmet - Unisex -
The helmet Summit Mips Matte Pacific Black is a unisex ski touring helmet from the brand Smith.
It is extremely light! Smith Smith combines all the best technologies for its new Summit Mips helmet. At first glance, the design is minimalist and sober, but it conceals a number of details designed specifically for mountaineering.
Since lightness should not affect safety, Summit Mips complies with international standards for alpine skiing, ski touring and mountaineering. It adopts several technologies for optimum protection. The MIPS® system allows the helmets outer shell to slide relative to the head as it hits the ground, thus protecting the brain, the Koroyd® absorbs the energy of the impact, while being very light.
It has an antimicrobial Iconic+® lining which controls odours caused by perspiration. In addition, , 33 ventilation holes will allow air to circulate freely. What's more, its clamping system BOA® 360 Fit vous permettra d'ajuster parfaitement la taille de votre casque.
The Summit Mips is perfect for all adventurers looking for the highest peaks, once on your head it will be quickly forgotten!


- Standards: ASTM F 2040, CE EN 1077 : 2007 Class B, 12492
- Hybrid hull
- Koroyd® opening
-MIPS Brain protection system
- Personalised Smith BOA adjustment system
- Ionic+ antimicrobial lining
- AirEvac ventilation system that is perfectly compatible with Smith's glasses and goggles, for fog-free lenses.
- Cold weather Smithbeanie liner included
- Includes Smith helmet bag
- Weight: 400g (medium size)
Sizes:
| SMALL | 51-55cm |
| MEDIUM | 55-59cm |
| LARGE | 59-63cm |
| EXTRA LARGE | 63-67cm |
Technologies:
| KOROYD® | Offers superior impact absorption, design flexibility and ventilation compared to materials traditionally used in helmet construction. |
| MIPS® | Multidirectional Impact System: The Mips® is a revolutionary technology that mimics the brain's natural protection system. The low-friction layer of the Mips® creates a sliding margin between the helmet and the head, offering improved protection against brain damage caused by violent rotation during an impact. |