Features
Use: MTB
MAIN DETAILS:
- Construction: In Mold monoshell and Aramid Bridges
- MIPS: Yes
- Ventilation: Yes
- Recco system: Yes
- Certification: CE EN 1078-2012/ A1; 2012 certification
TECHNOLOGY:
- MIPS
- Recco
SPECIFICATIONS:
Exterior:
- Aramid fibre network for protection and strength
- Extended zones around the temples and back of the head provide additional protection in high-risk areas
- 360° adjustment system for a secure and comfortable fit
- twICEme® NFC provides need-based access to vital medical and emergency information
- Patented detachable visor comes off the helmet, helping to protect against neck injuries
- Compatible with glasses
- The design ensures that the strap of the glasses does not cover any ventilation holes
Interior:
- EPS coating
More info
TECHNOLOGY:
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MIPS (Multi-Directional Impact Protection System): This system is based on a hard plastic shell placed inside the helmet. Fixed to the helmet with multi-directional attachments, the MIPS system can move in all directions inside the helmet. The aim is to let the helmet move freely on the head in the event of an oblique impact. By turning around the head, the helmet absorbs and dissipates the force of the impact, thus reducing the effect on the brain. |
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RECCO®: Safety system based on radar technology, helping find victims after avalanches. The Recco® system built into the product allows waves to reflect back to the transmitter, helping the rescue team to find victims faster. The Recco® system is complementary to other security systems used for off-piste skiing/boarding. |
COMPOSITION:
EPS Construction: Expanded polystyrene (EPS) interior for shock absorption and robustness. As it is close to the head, this layer needs to be as soft as possible while also ensuring maximum protection.
CONSTRUCTION:
In-Mold: Construction with unique moulding between the outer shell and the inner lining, significantly reducing the weight of the helmet and providing more efficient ventilation. This unique construction also ensures a better diffusion of the impact on a larger part of the helmet.
The outer shell made from polycarbonate (known for its excellent impact resistance) is directly moulded with the expanded polystyrene (EPS) inner foam.
Aramid Bridges: The Aramid Bridge construction distributes shocks throughout the helmet upon impact. The helmet also provides structural stability and is extremely lightweight due to the In-Mold shell with EPS Liner.