F71 Helmet - Arcan - MC1SF - Small
The HJC F71 Arcan motorcycle helmet combines lightweight construction with rider-focused features to deliver optimal safety and comfort on the road. Crafted from a high-quality fiberglass composite shell using CAD technology, this helmet offers a sleek aerodynamic profile designed for high-speed performance while maintaining a lightweight feel. Its advanced shell not only reduces fatigue during long rides but also enhances durability and impact resistance, making it a reliable choice for serious riders. The helmet's design includes a wide eye port for an expansive field of view, allowing riders to stay aware of their surroundings with ease, and a dynamic multi-step sunshield that provides excellent sun protection, reducing glare and eye strain in bright conditions.
Features:
- Lightweight fiberglass composite shell for enhanced impact resistance and reduced rider fatigue
- Aerodynamic shell design optimized for high-speed riding performance
- Wide eye port for improved peripheral vision and situational awareness
- Multi-step sunshield for adaptable sun protection and glare reduction
- Three-dimensional contour design for a secure and comfortable fit
- Two-way pivot ratchet system ensures a tight seal and smooth adjustment
- Built-in compatibility for the 2nd Gen Smart HJC Bluetooth communication system, co-developed with Sena
- Integrated Smart HJC system provides seamless connectivity without added weight, enhancing communication and multimedia control
- HJ-38 shield with 99% UV-A and B protection, featuring anti-fog coating and Pinlock® readiness for clear visibility in all conditions
- Integrated HJ-V12 sun visor improves peripheral vision and minimizes eye strain in bright sunlight
- Supercool interior with moisture-wicking and quick-drying technology for enhanced comfort
- Removable and washable crown and cheek pads for easy maintenance and hygiene
- Emergency pull tab on cheek pads for quick helmet removal in emergencies
- Reflective trim along padding improves visibility and safety during low-light conditions