The Tucker III 2Vi® Mips Helmet delivers outstanding ventilation with strategically positioned front vents, an advanced internal airflow structure, and a rear duct that efficiently expels fast-moving air. The low-profile design features a straight cut-off at the back and a four-shell construction for a snug fit. The slight chamfer minimizes turbulence to enhance aerodynamic efficiency. The combination of superior ventilation and a precise fit ensures longer, faster, and more comfortable rides. Designed with our 2Vi® technology platform, the Tucker III provides increased comfort and protection, featuring the Mips® Air Node Safety System and integrated impact shields at both the front and back. Sweet Protection’s 360 Occigrip fit system allows for easy on-the-ride fit adjustments and is ponytail compatible for extra comfort. To cater to the needs of cyclists, the helmet includes eyewear grippers for easy storage of your Sweet Protection sport performance glasses. To maintain aerodynamic integrity, we've integrated Snap-On Aerocovers for the eyewear grippers so that you can cover them during races. The Tucker III 2Vi® Mips helmet empowers you to confidently take the lead in even the toughest races.
2Vi® Technology Platform enhances performance and comfort with the Mips® Air Node Safety System for effective protection against rotational forces
360 Occigrip Fit System offers a snug, secure fit with on-the-fly height and width adjustments
Integrated eyewear grippers are designed to work seamlessly with Sweet Protection eyewear for easy storage and access
Snap-On covers to close the grippers and further reduce drag
Optimized for breakaway, solo efforts and sprints with a tailored design for maximum efficiency in critical riding scenarios
Complex internal ventilation structure
4-Shell Construction
Front and back Impact Shields for increased protection performance
Comfort pads allow for easy adjustments to ensure personalized comfort during long rides
Rounded vents are designed to reduce airflow turbulence and enhance aerodynamic performance