FEATURES
++MIPS® Technology
++Full inner padding, removable and washable
++G-vent System on front
++Active S-vent System on crown
++2 passive vents
++M-R. A. S Fit System
++Removable ear covers - Removable ear covers for individual adjustment of temperature and acoustic preferences.
++Removable visor
++Goggle retainer
++Side release chinstrap buckle
++Comfort chinstrap
++Helmet pouch
CE EN 1077 class B
Advanced 1 or 3-point goggle fixation. For the perfect fit of your goggle.
CONSTRUCTION
++PC in-mold with EPS liner
++MIPS® low friction layer
++PC bottom wrap

MIPS
If the helmet is subjected to an oblique impact, the low friction layer allows the shell to rotate relative to one’s head. Research has shown a reduction of the forces imparted on theb brain with MIPS® equipped helmets.

M-R. A. S Fit System
The Micro Rotary Adjustment System (M-R. A. S) offers unparalleled adjustment, comfort, and stability. Using an automatic lock system, the helmet is held securely in place. The M-R. A. S Fit System is built on a flexible structure providing added comfort when fitted on the rider’s head

SCOTT G-Vent System
SCOTT's G-Vent system is the most advanced helmet venting system available and reduces goggle fogging while increasing helmet airflow. Intake vents placed on the helmet visor, just above the goggle, pull air through the goggle frame, removing stagnant air known to be the cause of goggle fogging. Stagnant air is then channeled away using exhaust vents located on top of the helmet. The result is a venting system that allows your goggle and helmet to breath more efficiently.

SCOTT Active S-Vent System
The top of the head generates the most amount of heat. Placed on the top of the helmet, the SCOTT Active S-Vent system consists of adjustable vents that, when opened, channel air over and around the riders head. Warm, stagnant air is removed from the helmet almost immediately. The vacuum affect created when the S-vents are open can be easily adjust to a comfortable amount of airflow.

PC in-mold construction
During the in-mold manufacturing process, the outer shell of polycarbonate material is fused with the helmet’s impact absorbent foam liner, creating a super lightweight outer shell. With reduced weight and bulk surrounding the head, in-mold helmets are more comfortable than traditional helmets.

Galerie