Features
MAIN DETAILS:
- Construction: In-Mold
- MIPS® system: No
- Recco® system: Yes
- Ventilation: Yes
- Certification: EN 1078, CPSE 12.03, AS/NZS 2063
- Weight: 350 g size M (+/- 30 g)
SPECIFICATIONS:
Exterior:
- Built-in (In Mold) single shell construction for great structural stability
- Polycarbonate outer shell
- Optimal ventilation capacity, specially designed for all terrain and enduro races
- A 360° adjustment system allows for comfortable and safe adjustment
- An eyewear garage in the front ventilation slots provides secure storage for your sunglasses while out and about
- Adjustable visor
Interior:
- In the event of a fall, an internal aramid layer ensures that nothing penetrates the helmet. Aramid Penetration Barrier technology.
- Lightweight EPS lining providing optimised protection
- Extra protection around the temples and back of the head
More info
TECHNOLOGY:
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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. |
CONSTRUCTION:
In-Mold: Unique moulding construction between the outer shell and inner lining to considerably reduce helmet weight and provide better performing ventilation. This unique construction also ensures a better diffusion of the impact over 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.
COMPOSITION:
EPS Construction: Expanded polystyrene (EPS) interior construction for great 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.
Aramid Penetration Barrier: A lightweight In-Mold construction, but without resistance to piercing. In order to maintain lightness, but increase the level of protection, an aramid leaf is moulded around the core.