




Ski/Snowboard Helmet -
The Fornix Spin POW JJ from POC is a helmet for skiers and snowboarders alike.
It is a limited edition chosen by Jeremy Jones, the famous snowboarder who excels in the freeride field and founder of the POW (Protect Our Winters) association. POC will donate 10% of the Fornix Spin sales POW working against the effects of climate change.
The Fornix Spin is both light and well ventilated, but very strong thanks to its Aramide reinforcement. The foam is moulded directly with Aramide filaments, which makes it possible to obtain a light helmet while maintaining a stable structure that provides maximum protection.
Spin technology is a silicone gel membrane inside the helmet's lining that offers optimal protection in the event of oblique and rotational impact. Furthermore the In-Mold construction optimises the weight reduction and comfort of the helmet.
There are adjustable vents at the front, back and on top of the Fornix Spin as well as a specific goggles vent to ensure a highly effective helmet ventilation system. The goggle ventilation system prevents fogging.
You can customise the fit with the size adjustment system so that the helmet fits well and is comfortable.
Also featuring the MIPS (multi-directional Impact Protection System) system, it is designed to absorb the rotational force due to impact during a fall, greatly reducing its impact on the brain.
The Fornix Spin will accompany you all day long without neglecting your safety, your comfort while doing a good deed for the environment!


Certifications: N 1077-B, ASTM 2040
Details:
- In-Mold helmet with inner liner EPS
- Aramid filament reinforced structure
- Draw string at the waist
- Adjustable ventilation
The goggle ventilation system prevents fogging.
- Non-removable goggle clip
Technologies: MIPS
Technologies:
SPIN : Use of innovative and unique pads inside the helmet to reduce the forces exerted on the skull and brain in the event of an oblique impact. But also the helmet padding and SPIN pads have been improved to combat rotational impacts.
IN-MOLD