Second Hand
SmithMission Mips - Ski helmet
The Mission helmet, designed by Smith, is a ski helmet equipped with MIPS technology, which will effectively protect your head in case of impacts during your skiing days. Equipped with the Dial Fit System, which allows you to adjust your helmet precisely and easily to your head (thanks to a dial), the Mission helmet by Smith features an In-Mold construction combined with MIPS technology for effective shock absorption. This ski helmet has 14 ventilation zones for better moisture management with AirEvac 2 ventilation. Much more than "just a helmet"!
- Lightweight In-Mold construction
- Aerocore™ construction with Koroyd™ material
- Temperature regulation system
- 14 air vents
- MIPS system integrated into this model
- Dial Fit System (DFS2) adjustment system
- Snapfit SL2 ear pads
- AirEvac 2 ventilation system
- Weight (size M): 450 g
- Certification: ASTM F 2040, CE EN 1077:2007 CLASS B
- Skullcandy© audio systems available
In-Mold: This is a helmet construction technology that relies on the use of an injected EPS shell (closed-cell expanded foam) that absorbs and diffuses shock. This shell is covered with a polycarbonate sheet that protects the helmet and the head!
Aerocore™ construction with Koroyd®: This construction combines materials such as EPS (expanded polystyrene) and Koroyd®, a new material with extremely effective and consistent energy absorption properties, far exceeding international standards. With the revolutionary Koroyd® material, upon impact, the cores crush in a completely controlled manner, thus reducing the final trauma. The combination of the two materials also allows for more ventilation points around the helmet, ensuring optimal air circulation without compromising safety.
AirEvac 2 ventilation: The AirEvac 2 ventilation developed by Smith ensures that your helmet and goggles work as one system, expelling warm and moist air from your goggle lens through your helmet's climate control system. Smith helmets are thus designed to perfectly fit the curvature of the goggle lens, for precise alignment of the two systems. Thus, during exertion, the warm air accumulated in the goggles is expelled as far away as possible from the latter thanks to the AirEvac 2 EPS ventilation channels, distributed in the helmet.
MIPS system: The MIPS system reduces rotational forces on the brain in the event of an oblique impact, by allowing a small rotation of the outer shell relative to the liner.