Meet the Airoh Connor Matt Black Helmet, a pinnacle of advanced design and innovation inspired by the power of the wind. Engineered to provide unmatched comfort and performance, the Connor helmet is your ultimate companion for any journey, from the daily commute to exhilarating rides.

Key Features:

– Homologation ECE2206: Complies with the latest European safety standards, ensuring top-tier protection on the road.
– HRT Shell (High Resistant Thermoplastic): Crafted from high-quality materials and tested in wind tunnels for superior aerodynamic performance and durability.
– Three Shell Sizes: Available in XS-S, M, and L-XL-XXL, designed to fit a wide range of head sizes with a weight starting at just 1400g.
– Micrometric System: Allows for easy and precise adjustments to ensure a secure and comfortable fit.
– Advanced Visor System: Features the AVTR (Airoh Tool-Less Visor Removal) system, an anti-fog position, and a secure block system for optimal visibility.
– Innovative Ventilation: Includes chin vents, top vents, and rear extractors to keep you cool and comfortable throughout your ride.
– Premium Inner Lining: Equipped with 2DRY technology, microsense fabric, and sanitized materials. The removable and washable lining is hypoallergenic for added comfort.
– ASN Technology: Airoh Sliding Net technology enhances safety and comfort. The helmet is also Bluetooth Ready for seamless connectivity.
– Included Accessories: Comes with a Stopwind to reduce wind noise and enhance your riding experience.

Designed with sharp lines and captivating graphics, the Airoh Connor Matt Black Helmet is not just about protection; its about making a statement. Experience the thrill of the ride with a helmet that embodies race-oriented equipment and cutting-edge technology.

If you need assistance with sizing, dont hesitate to call us or visit in person. If your size is out of stock online, feel free to reach outwe can often order it for you!

Note:Helmets are non-returnable or refundable. Please ensure you select the correct size for optimal safety.