Unisex Green and Beige Cycling Helmet with Ventilation and Padding main
Unisex Green and Beige Cycling Helmet with Ventilation and Padding main
Unisex Green and Beige Cycling Helmet with Ventilation and Padding main
Unisex Green and Beige Cycling Helmet with Ventilation and Padding main
Unisex Green and Beige Cycling Helmet with Ventilation and Padding main
Unisex Green and Beige Cycling Helmet with Ventilation and Padding main
Unisex Green and Beige Cycling Helmet with Ventilation and Padding main

AERO PLUS MIPSMATT BEIGE SAND-BROWN MAKARA

Unisex Green and Beige Cycling Helmet with Ventilation and Padding

Product Description

• 12 VENTILATION HOLES • MIPS® SAFETY SYSTEM • IN-MOLDING TECHNOLOGY FULL • ROLL FIT WITH VERTICAL MICROMETRIC ADJUSTMENT • REMOVABLE AND WASHABLE PADDING • ANTI-INSECT NETTING INSIDE • REFLECTIVE BACK • DOUBLE SIDE SNAP CLIP BUCKLE • CUSTOMISED FABRIC POUCH INCLUDED SIZES: M (53-58) - L (59-63 cm) WEIGHT: from 330 gr CERTIFICATIONS: CE EN 1078, CPSC

Features

Description: Helmets, Helmet
Gender: Unisex
Season: Spring, Summer, Fall, Winter

Composition

Entire: 7% Nylon, 5% Polyester, 5% Poliuretane, 33% Polycarbonate, 50% Polistirene Espanso

Style: 25116GW - Color: A20

HELMET FEATURES WITH Mips® TECHNOLOGY

Briko: Mips® Technology The Mips® safety system consists of a low-friction layer mounted...

Mips® Technology

The Mips® safety system consists of a low-friction layer mounted inside the helmet. In the event of an accident, this layer is designed to move slightly within the helmet to help redirect forces away from the head.

Briko: Protection The Mips® safety system is engineered to reduce the impact...

Protection

The Mips® safety system is engineered to reduce the impact of rotational forces, thus helping to better protect the brain in the event of a crash.

Briko: Details Rotational motion is one of the main causes of concussions...

Details

Rotational motion is one of the main causes of concussions and other serious head injuries. The brain is particularly sensitive to this type of movement due to its fluid-like properties, similar to gel or water.