




Ski/Snowboard Helmet - Unisex -
The Flow Mips Black is a ski helmet from the brand Scott, both protective and comfortable.
The Flow Mips features a lightweight polycarbonate In-Mold construction with a EPS liner that absorbs impacts and distributes them across the entire helmet for full protection. Additionally, its active ventilation system makes it the ideal helmet for skiing in both freezing conditions and late-season spring snow.
Furthermore, the Flow Mips incorporates a Scott exclusive: the 360° Pure Sound technology. It enhances your auditory capabilities thanks to a specific shape of the ear protectors. This allows you to detect sounds more easily, for increased safety.
Finally, this helmet is equipped with two other technologies ensuring a high level of protection. The first technology, MIPS®, allows the helmet to slide on the layer in contact with the head, thereby minimising rotational impact transmitted to the brain in the event of angled impacts.
Choose the very comfortable Flow Mips and its super-protective 360° Pure Sound and MIPS® technologies when you hit the slopes!


- Thermoregulating padding
- Anti-fog ventilation
- Helmet bag included in the kit
Certification : EN 1077-2007 (class B)
Composition :
- Shell: 98% recycled Polycarbonate, 2% Polycarbonate
- Liner: 50% recycled EPS foam
| 360° PURE SOUND | This technology represents a spectacular new advancement for helmet safety. The ear pads incorporate a specially shaped piece, surrounded by acoustically transparent fabric, which not only improves your hearing capabilities but also makes it easier to locate sounds. |
| 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. |
| IN-MOLD | This construction provides much greater lightness to the ski helmet. In-Mold is achieved by fusing a thin outer plastic layer directly with the inner part of the helmet made of hard EPS foam. |