





Photochromic visor helmet - Unisex -
The Osmo Pro Sigma Photo Black is a unisex visor helmet from the brand Salomon.
A new release this year, this helmet features an interchangeable visor, the SIGMA™ Photo Poppy Red, category 1 to 3, which protects you from external elements by adapting to conditions (photochromic). This model is suitable for glasses wearers and enhances colours in all weather.
On the safety side, this helmet opts for the best current technologies with EPS 4D foam that better protects the head from vertical and oblique impacts.
Its MaxFit construction offers increased comfort and improved auditory quality, so you can enjoy your session even more. The In-Mold technology creates a one-piece structure that is lighter, allowing you to stay 100% focused on your descent.
The added bonus of this helmet is that the core, the lining (except the inner foam), and the strap are 100% recycled. The PC shell is 98% recycled, and the buckle is 97%. You have before you a helmet that cares about its environmental impact.
The Osmo Pro Sigma Photo Black is a photochromic visor helmet made for those who prioritise comfort over performance.


- Helmet carrying bag
- Injected construction
- Removable and washable lining
- Removable ear protectors
- Photochromic visor SIGMA™ Photo Poppy Red, category 1 to 3
- CE standard EN 1077/ASTM F-2040 alpine skiing
Size chart:
- S = 53-56 cm
- M = 56-59 cm
- L = 59-62 cm
| EPS 4D | Patented technology from Salomon that ensures maximum energy absorption and protects against oblique and vertical impacts. |
| MaxFit | The fully redesigned V-shaped ear protectors guarantee an instant fit that is perfectly adjusted and comfortable. |
| SIGMA™ PHOTO | An interchangeable photochromic visor that enhances colours and contrasts regardless of the weather. |
| 360 V | Size adjustment system allowing vertical tuning at the nape of the neck. |
| In-Mold | A technology that fuses a thin outer plastic layer directly with the internal hard EPS foam part of the helmet. This creates a one-piece structure that is lighter but less resistant to major impacts. |