Type of helmet: Jet helmet. Type of use: Scooter 125 / Maxi Scooter / Roadster.
Super comfortable, loaded with options and built with an excellent ventilation system, the SHARK Nano is the ideal urban helmet.
STRUCTURE & SAFETY:
- Shell made of injected thermoplastic resin.
- 2 shell sizes for optimal morphological adjustment.
- Micro lock buckle system.
- Multi-density EPS.
VISOR:
- VZ 140 anti-scratch visor model for long trips, offering a wide field of vision and integrated air diffuser.
- Dynamic anti-fog ventilation system.
- UV380-labeled, soft touch sun visor treated to resist scratching.
- Quick visor release system.
INSIDE:
- AEGIS®-labeled MICROTECH lining fabric 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 & VENTILATION:
- 1 air inlet.
- Dual ON/OFF position on the front-side ventilation.
- Aerodynamics optimized by means of CFD (Computational Fluid Dynamics) design studies.
Type of helmet: Jet helmet. Type of use: Scooter 125 / Maxi Scooter / Roadster.
Super comfortable, loaded with options and built with an excellent ventilation system, the SHARK Nano is the ideal urban helmet.
STRUCTURE & SAFETY:
- Shell made of injected thermoplastic resin.
- 2 shell sizes for optimal morphological adjustment.
- Micro lock buckle system.
- Multi-density EPS.
VISOR:
- VZ 140 anti-scratch visor model for long trips, offering a wide field of vision and integrated air diffuser.
- Dynamic anti-fog ventilation system.
- UV380-labeled, soft touch sun visor treated to resist scratching.
- Quick visor release system.
INSIDE:
- AEGIS®-labeled MICROTECH lining fabric 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 & VENTILATION:
- 1 air inlet.
- Dual ON/OFF position on the front-side ventilation.
- Aerodynamics optimized by means of CFD (Computational Fluid Dynamics) design studies.