




MTB helmet - Unisex -
The Cularis Pure Mineral Grey/Hydrogen White Matt is an MTB helmet from the brand POC that will provide you with highly effective security in all circumstances.
Its construction In-Mold combines a polycarbonate shell with foam EPS to provide a lightweight and resistant helmet. The system MIPS® protects your brain from multidirectional impacts by allowing a slight slip between the head and the helmet during oblique impacts. The reflector Recco® facilitates quick location in the event of an accident, a valuable asset for security in Outdoor environments.
The helmet features a precise adjustment system with 360° adjustment, ensuring optimal and comfortable fit. Its passive ventilation ensures good air circulation while maintaining effective protection. This model therefore remains an ideal choice for mountain bikers looking for a technical, lightweight and safe helmet for all their rides.


- Extended visor/peak that can be replaced with another visor/peak covering the ventilation holes in rainy weather
- Visor/peak detaches in the event of a frontal impact to reduce the force of the impact
- Size adjustment system with adjustment dial
- 360° adjustable fit
Certifications: EN 1078 CPSC 1203, AS/NZS 2063
Materials:
- : polycarbonate shell
- Lining: expanded polystyrene (EPS)
| IN-MOLD | This construction adds much more lightness to the ski helmet. TheIn-Mold is obtained by fusing a thin outer layer of plastic directly to the internal part of the hard foam helmet 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. |
