Fornix BC Uranium Black Matt
Ski/snowboard Helmet -
Other colors available
Home delivery from 12/08/2026
60 days to change your mind
No subject to promotional offersThe Fornix BC Uranium Black Matt from POC is a lightweight Helmet that will protect your head on the slopes.
Featuring a Construction ABS with a polycarbonate shell and expanded polystyrene lining. EPS (expanded polystyrene), this Helmet offers an excellent weight/protection ratio for greater comfort. An Aramid Layer helps resist sharp impacts, while the Technology Mips® technology absorbs the rotational energy caused by sideways falls, reducing the impact on the brain.
This Helmet features a 360° Fitted System for a precise fit, as well as adjustable ventilation to ensure good Belayer ventilation and reduce fogging of the Goggles. What's more, the earcups are removable if you're too warm or want to wear a warmer beanie instead!
Finally, in terms of security, it is equipped with a medical identification chip NFC which records the victim's history if he or she suffers an accident or trauma and is unable to speak. A reflector RECCO® can be tracked and located by emergency services.
To Belayer your security during your long days on the slopes, opt for the . Fornix BC.
- Removable ear cushions
- Full adjustment system without changing the pads
- Rear binding clip for the Goggles
- Glasses well to reduce fogging
- Identification chip twICEme® NFC Medical ID
- Security certifications CE EN 1077-B, ASTM F2040
Materials:
- Outer shell: polycarbonate with polycarbonate top section ABS
- Lining: EPS
| MIPS® | Multidirectional Impact System: the Mips® is a revolutionary technology that mimics the brain's natural protection system. The Mips® low-friction layer creates a sliding margin between helmet and head, offering enhanced protection against brain damage caused by violent rotation during oblique impacts. |
| RECCO® | RECCO® is an avalanche rescue system used around the world to help locate people quickly. The two-part system features a detector used by rescuers, and reflectors integrated into clothing. Together, they enable rapid radar detection without replacing the use of transmitter-receivers. |
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