Schuberth C5 Gloss Flip Front Helmet White

The Schuberth C5 is a feature packed helmet that has been designed from the ground up to meet the ECE 22.06 standard, sharing no parts with its predecessors. With over 200 hours of wind tunnel testing, the shell profile and neckroll help create a perfect seal of the helmet shell, allowing the C5 to achieve the remarkable result of approx 85 Dba at 100 km/h on a naked bike.

Additional features include an anti-roll off safety system and customisable high quality comfort interior. Ultimate ventilation is also provided with dual chin air intakes with washable filter, combined with a rear spoiler exhaust and uncovered EPS ventilation channels. It also comes fitted with a Pinlock 120 anti fog legs, along with pre-installed HD speakers and antenna ready for the optional Sena SC2 intercom system. The C5 is the perfect touring helmet.

• Patented Direct Fibre (DFP) fibre glass shell construction with carbon reinforcement for low weight
• Wind tunnel developed for superior aerodynamics and aero-acoustics
• Chin lock mechanism made from glass fibre reinforced plastic
• Dual density EPS lining material for improved shock absorption and increased head cavity
• Anti-Roll-Off-System (A.R.O.S.) helps ensure helmet is kept on in case of accident
• Improved field of view thanks to City Position visor mechanism
• First-class visor for clear vision without distortion
• Integrated internal drop-down sun visor
• Quick release chin strap fastening
• Pinlock 120 anti-fog lens pre-installed
• Pre-installed speakers, cable harness and radio antennas for optional SC2 intercom system
• Seamless lining with highest quality fabrics from Italy (Oeko-Tex 100 certified)
• Washable and easily removable interior parts
• Cheek pad grooves for increased comfort when wearing glasses
• High air ventilation due to multichannel ventilation with insect protection
• Patented turbolators offer improved airflow
• Easy maintenance and cleaning of air intakes
• Branded brushed metal helmet trim plate
• ECE 22.06 approved
• P/J dual Homologation