Portable Voronoï Carbon Helmet With Temple Protection | Black | Pink Lady Up To 85% Off [VHfXNsPi]

Voronoï Carbon Helmet: Ultimate Protection and Style

Introducing the Voronoï Carbon Helmet, a revolutionary riding helmet that redefines safety and style. This next-generation helmet combines cutting-edge technology, offering unparalleled protection while maintaining a sleek, modern design. The carbon fiber outer shell, in-molding technology, and temporal protection make it a standout choice for riders seeking the highest level of safety and comfort. With its customizable options and a range of sizes, the Voronoï Carbon Helmet is designed to fit every rider's unique preferences and needs.

Advanced Technology for Enhanced Safety

The Voronoï Carbon Helmet boasts a range of advanced features that prioritize safety. Its outer shell is crafted from carbon fiber, providing exceptional impact resistance. The in-molding process fuses a polycarbonate sheet over the inner shell, adding an extra layer of protection. The EPS foam inside absorbs shock, ensuring maximum safety in the event of an accident. The innovative temple protection reduces the risk of concussions in the most fragile part of the skull, offering peace of mind for riders. This helmet is also tested to provide protection against rotational impact, exceeding safety standards.

Customizable Comfort and Ventilation

The Voronoï Carbon Helmet is not just about safety; it's also designed for comfort and ventilation. The EPS foam inner shell offers excellent shock absorption, while the interior lining, made from high-quality Italian fabric, maximizes breathability and head support. The helmet's unique design includes 20 vents and a half-moon ABS component that directs airflow for optimal thermal regulation. With its lightweight construction, the helmet provides unparalleled comfort for extended wear. Available in three shell sizes and a variety of colors, the Voronoï Carbon Helmet allows riders to express their personal style while enjoying the best in safety and functionality.