Properties
Design
- Size
- XS
- Color
- White Azure
Other features
- Brand
- Shark
Description
The Discovery Range Has Welcomed A New Family Member With The Arrival Of Evojet- This Brand-New Model Meets The Expectations Of Urban And Suburban Users Looking To Benefit From A Safety-First Helmet With An Innovative Design, Combining The Advantages Of A Jet, Modular And Integral Models All At Once- Thanks To Its State-Of-The-Art Concept Of A Chin Guard Built Into The Visor, Users’ Trips Are Made In Completely Safety, Whether The Helmet Is In The Open Or Closed Position, While Enjoying A Wide Field Of Vision Just Like A Jet Helmet- The Full-Face Evojet Helmet Offers An Optimal Level Of Protection No Matter Where The Impact Points Are Located- An Innovative Design Evojet’S New Aesthetic Codes Have Been Inspired By The Urban Mobility Scene: Modern, Technological, Urban And Elegant- Its Sophisticated Appearance And Two-Tone Finish, Directly Inspired From Today’S Cars, Make Evojet The Quintessential Trendy Urban Helmet- Its Minimalist Design Has Been Worked And Reworked Down To The Most Minute Detail: The Entire Mechanical System Has Been Carefully Concealed Behind The Side Plates For A Truly Streamlined Style.
Structure And Safety:
- Shell Made Of Injected Thermoplastic Resin
- 2 Shell Sizes For Optimal Morphological Adjustment
- Micro Lock Buckle System
- Multi-Density Eps
- New Concept Of A Visor That Fully Incorporates The Chin Guard
Visor:
- Optical Class 1-Rated Visor Featuring Variable Thicknesses
- Anti-Scratch And Anti-Fog Visor
- Uv380-Labeled Sun Visor Treated To Resist Scratches
- Dynamic Anti-Fog Ventilation Configuration
Inside:
- Aegis®-Labeled Microtech Lining Fabric Made From Recycled Fibers Featuring Antibacterial Properties
- Removable Interior Suitable For Machine Washing (30°C Max)
- ´´Easyfit´´ System: Optimal Comfort For Riders Wearing Glasses
- Slot Reserved For The Sharktooth® Intercom
Aerodynamics And Ventilation:
- 2 Air Inlets
- 1 Air Extractor
- Aerodynamics Optimized By Means Of Cfd (Computational Fluid Dynamics) Design Studies