i11 Helmet - Instant - MC1 - Small
The HJC i11 Helmet - Instant MC1, model FP67NUS4001V, offers a combination of advanced safety features and aerodynamic design for motorcycle riders seeking optimal protection and comfort. Crafted from an advanced polycarbonate compound shell (APC), this helmet provides excellent impact resistance while maintaining a lightweight profile, reducing rider fatigue during extended rides. Its race-inspired design minimizes lift and drag force, enhancing stability at high speeds for a confident riding experience. The integrated Pinlock® prepared shield is anti-scratch and offers 99% UV protection (Pinlock® insert lens sold separately), ensuring clear visibility in various weather conditions. The helmet features an advanced channeling ventilation system (ACS) with three intake vents and five exhaust outlets, promoting efficient airflow to keep riders cool and comfortable even during intense rides. The interior boasts anti-bacterial fabric that wicks moisture away and dries quickly, maintaining freshness over prolonged use. Removable and washable crown and cheek pads make maintenance simple, while the included emergency kit with cheek pads facilitates quick and safe rescue in emergency situations. Designed for riders who prioritize safety, comfort, and aerodynamic performance, the HJC i11 Helmet is a reliable choice for street or racing applications, providing peace of mind on every journey.
Features:
- Impact-resistant Advanced Polycarbonate Compound Shell (APC) for durability and lightweight comfort
- Pinlock® prepared shield with anti-scratch coating and 99% UV protection (insert lens sold separately)
- Race-inspired aerodynamic design reduces lift and drag for stability at high speeds
- Advanced Channeling Ventilation System with 3 intake vents and 5 exhaust outlets for optimal airflow
- Anti-bacterial interior fabric with moisture-wicking and quick-drying properties
- Removable and washable crown and cheek pads for easy maintenance
- Emergency kit with cheek pads for quick rescue and safety in emergencies