Shark EVO GT Tekline Modular Helmet (blue / red / white)

EVO-GT Always the reference. The latest generation of the original EVO concept. SHARK - inventor of the EVO concept, goes one step further with the "Grand Touring" version of its new modular helmet - the EVO-GT. This premium model, which fits comfortably as both a jet and full-face helmet, features the latest SHARK innovations to satisfy even the most demanding customers. Robust, comfortable and practical, the EVO-GT will take you miles and miles - it's the ideal companion for any track! Switching from jet to full-face helmet has never been so easy and safe.
EVO-GT, the latest evolution of the EVO concept, can easily be used as a jet or as a full-face helmet. This latest generation flip-up helmet uses the patented Auto-up & Auto-down system, which allows the visor to open automatically when the chin section is operated. Equipped with an Optics Class 1 visor, the quality of vision is unparalleled. The EVO-GT is equipped with the "V-Tech Locking System", which offers an optimised chin strap locking system for more safety and ergonomics.
New is also the CUSTOM FIT equipment: 2 cheek pad sizes are included.

Construction & Safety:

• Thermoplastic outer shell
• Microlock chin strap closure
• Multi-density EPS

Visor:

• Latest generation VZ 250 visor
• Scratch-resistant "Optics Class 1" visor with adapted material thickness: premium quality optics without visual distortion
• Pinlock 120 Max Vision® - the most effective anti-fog system on the market, is included.
• Integrated sun visor with central control button - practical and easy to use

Interior features:

• Microtech textile made from recycled fibres and label AEGIS ® (removable and machine washable at 30°)
• Custom fit (2 cheek pad sizes available)
• EasyFit system for spectacle wearers
• High flap chin guard
• Size King Size available

Aerodynamics & ventilation:

• Premium ventilation system: ensures optimal air circulation in the helmet and provides effective cooling
• 3 air inlets
• 2 air outlets
• Optimised aerodynamics due to CFD studies (Computational Fluid Dynamics)