Helmets Unisex MACH 4 MIPS Helmet SHINY WHITE - HOLOGRAPHIC Photo (jpg Rgb)
Helmets Unisex MACH 4 MIPS Helmet SHINY WHITE - HOLOGRAPHIC Dressed Front (jpg Rgb)
Helmets Unisex MACH 4 MIPS Helmet SHINY WHITE - HOLOGRAPHIC Detail Double
Helmets Unisex MACH 4 MIPS Helmet SHINY WHITE - HOLOGRAPHIC Dressed Side (jpg Rgb)
Helmets Unisex MACH 4 MIPS Helmet SHINY WHITE - HOLOGRAPHIC Dressed Back (jpg Rgb)
Helmets Unisex MACH 4 MIPS Helmet SHINY WHITE - HOLOGRAPHIC Detail (jpg Rgb)
Helmets Unisex MACH 4 MIPS Helmet SHINY WHITE - HOLOGRAPHIC Dressed Front Double

MACH 4 MIPSSHINY WHITE-HOLOGRAPHIC

Shiny white Unisex Triathlon Road Cycling Helmet

Product Description

Aerodynamics and ventilation are the two key elements in the development of the MACH 4 helmet.
The MACH 4 helmet, ideal for triathlon and road cycling, is designed to be used all year round in all weather conditions.
The helmet shell, almost entirely closed, favors aerodynamics; however, thanks to the front holes and the circuit of internal air channels, MACH 4 maintains and ensures excellent ventilation.
7 VENTILATION HOLES
MIPS® SAFETY SYSTEM
IN-MOLDING TECHNOLOGY FULL
ROLL FIT WITH VERTICAL MICROMETRIC ADJUSTMENT
REMOVABLE AND WASHABLE PADDING
ANTI-INSECT NETTING INSIDE
REAR REFLECTIVE
MAGNETIC FIDLOCK® BUCKLE
FABRIC POUCH WITH LOGO INCLUDED
SIZES: M (53-58 cm) - L (59-63 cm)
WEIGHT: from 360 gr
CERTIFICATIONS: CE EN 1078, CPSC

Composition

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

Style: 23121GW - Color: A2J

HELMET FEATURES WITH Mips® TECHNOLOGY

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.

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.

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.

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