Freeride Ski Helmets

CAIRN And MIPS® have together developed a helmet that is even safer for your head. Thanks to the system MIPS® (Multi-directional Impact Protection System), the rotational forces generated during an impact are absorbed, reducing the risk of brain damage and guaranteeing enhanced safety on the slopes.

Thanks to technology RECCO® integrated into helmets CAIRN, you can be quickly located in the event of an avalanche. Used by more than 700 emergency services, it offers a fast and accurate search, significantly increasing your chances of being found in time.

The Aero Flow system is a technology that promotes air circulation in the helmet. Consisting of channels carved into the EPS, it naturally ventilates the helmet, carrying air from front to back for a constantly regulated temperature.

Helmets In-Mold are the lightest on the market. The internal EPS is directly injected into the polycarbonate shell, thermoformed beforehand. The 2 layers are inseparable and allow the shock to be distributed over the entire surface for optimal absorption and protection.

The helmets double In-Mold combine two polycarbonate shells and an EPS foam to offer optimal protection, while ensuring lightness, comfort, and excellent impact resistance.

The helmets in ABS offer better resistance to shocks and impacts. Made up of an internal EPS shell covered with a thick shell in ABS thermoformed, they are resistant and durable over time.

Hybrid helmets combine the advantages ofIn-Mold and theABS. They consist of a cap made of ABS on the upper part of the helmet for maximum resistance on sensitive areas and a shell in In-Mold on the lower part to save weight and comfort.

The earpieces Cairn equipped with V-Fit Design provides superior comfort to traditional earbuds. Hollowed in a V on their inner side, they surround the ear without compressing it, for comfort that lasts throughout the day.

Technology Optimized Sound System offer optimal hearing quality and allow optimal listening with your headphones. They are hollowed out inside to free the ear canal and have a mesh-lined opening to let sound through while limiting airflow.