SCOTT Tago Plus (CE) Helm

Strategically placed outer vents connects to extensive inner cooling channels.

The brain is typically more sensitive to rotational motion than linear motion because it has shear properties similar to water or gel. When different parts of the brain move relative to each other because of rotational motion, the tissues can stretch, which can cause concussions or other brain injuries.

Rotational motion is a common cause of concussions and more severe brain injury in oblique hits to the head. The Mips® safety system consists of a low friction layer mounted inside the helmet. In a crash, the low friction layer is designed to move slightly inside the helmet to help redirect forces away from the head. This is intended to help reduce the risk of brain injury.

A SAFETY SYSTEM THAT MIMICS THE BRAIN
Unlike traditional helmets, which are mainly designed and tested for straight impacts, the Mips® safety system’s low-friction layer mimics the brain’s own system for protection against rotational motion.

STRAIGHT VS ANGLED IMPACTS
Traditional helmets are designed for straight impacts, but most impacts are angled.

The low friction layer is designed to reduce the rotational force of angled impacts.

The helmet ensures a good match with goggles.
Ventilation channels are dispatched over the goggles for a good ventilation and to avoid fogging issues.
A silicon grip is located at the back of the helmet so the goggle strap remains in the good position.

For those moments when you need to take your sunglasses off, cleverly designed sunglasses stowage keeps them secure.