





Ski/Snowboard Helmet - Unisex -
The Rodan MIPS Black is a lightweight and comfortable unisex helmet from the brand Anon that offers optimal protection for all your runs on the slopes this winter.
Featuring a In-Mold construction that fuses a lightweight polycarbonate shell with an EPS liner, this helmet provides reliable protection during your most spectacular falls. It also incorporates MIPS® technology which absorbs rotational energy to protect the brain. Additionally, an internal Expedition fleece liner offers good thermal insulation while wicking away moisture.
This helmet is equipped with passive vents that allow for optimal airflow with your goggles to reduce the risk of fogging. On the practical side, it features the 360° BOA® system which includes a dial for quick and precise adjustment. Finally, the Fidlock® strap uses magnets to let you open and close it with one hand, even when wearing gloves.
For skiing down the slopes safely and serenely, the Rodan MIPS is the helmet you need!


- Internal Expedition fleece lining
- BOA® adjustment system
- Fidlock® strap for easy adjustment
- CE 1077B, ASTM 2040 certifications
| EXPEDITION | The Expedition fleece on the lining and ear pads is compact, does not pill, and wicks moisture away for maximum warmth during intense outings. |
| IN-MOLD | The in-mold shell construction combines a lightweight polycarbonate outer shell with an EPS liner for optimal comfort and a discreet profile. |
| BOA® |
The BOA® 360° adjustment system integrates a dial under the helmet structure, allowing micro-adjustments across the entire area surrounding the wearer’s head. |
| FIDLOCK® | The Fidlock® magnetic snap buckle on the helmet lets you open and close the buckle with one hand, even while wearing gloves. |
| 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, providing enhanced protection against brain injuries caused by violent rotational forces during oblique impacts. |