SHARK Evojet Dual Blank modular helmet Anthracite / Black / Anthracite, XS

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