XDRY PERFORMANCE LINING:
Technical performance lining that ensures optimal thermal efficiency. The textured material insulates against cold and, in the event of excess heat, the air is transported to the exterior. Beyond this, moisture is wicked outwards to prevent excessive sweating. Features: quickly removable and hand-washable in lukewarm water.
RTS FIT SYSTEM:
Rotate to size – there’s no simpler way. The three-point construction on the rear of the head adapts to your personal head shape in seconds thanks to the adjustment dial. This translates not just into top wearing comfort, but also into a perfect yet pleasant fit. During a crash you want a helmet that sits just right and won’t slide around, giving your head true protection.
FIXED EARPADS:
For more side protection and higher durability.
EDGE PROTECTION:
All MARKER IN-MOLD and HYBRID SHELL helmets have an additional polycarbonate plate on their lower edge for extra protection in the event of a side impact. This also protects the helmet against dings and dents during transport or daily usage. The various models come with 180°, 270° or 360° EDGE PROTECTION.
AIR JAM CLIMATE CONTROL:
The AIR JAM CLIMATE CONTROL allows for regulation of the air flow using a waterproof, folding interior lining. When the openings are closed, they provide a warm and dry air cushion that is especially helpful in keeping the head from getting chilled on cold days. On warm days the vents can be unblocked to generate maximum airflow within MarkAIR Channel Ventilation System.
2 SIDE GOGGLE CLIPS:
In children's helmets, goggle clips on the left and right prevent the goggles from slipping off the helmet and dangling
LIGHTWEIGHT IN-MOLD CONSTRUCTION:
In-mold is the optimal production technology for making ultra lightweight helmets with a high level of firmness and protection. Injecting EPS (expandable polystyrene)foam directly into the PolyCarbonate shell in one operation created by pressure, heat and steam. PC shell is vacuum formed to the correct shape before in-mold process. It also prevents the shell from separating from the foam liner, and offers better transferring of impact force to the foam insert.