Informazioni Più Importanti
ONLY WITH X-BIONIC® 4.0: INNOVATIVE RETINA® ULTRA-HIGH-DEFINITION TECHNOLOGY. Provides ultra-high definition texture, ultra-high density function transmission and ultra-high precision body zoning.
AWARD-WINNING, PATENTED 3D BIONIC SPHERE® SYSTEM. Features complex 3D structures of inner and outer air channels. It cools when you sweat and warms when you are cold.
TRYCE® TECHNOLOGY: Greater cooling performance thanks to the 40% larger surface, which is anatomically positioned based on scientific research. The 3D TRYCE® System cools when you sweat and warms when you are cold, while preventing cool down or overheating.
SYMBIONIC® SUPERLITE MEMBRANE: Light as a feather with top performance. This functional material with 2.5 layers ensures an extremely low weight of only 56 g/m2. Its extraordinary stretchability provides great wearing comfort.
100% PURE SWISS ENGINEERED. Made in Italy. 700+ international awards and test wins, 800+ patent registrations for the products with the "X".
DettagliGoing against the wind? No problem. With the new X-BIONIC® SPHEREWIND 4.0 CYCLING SHORT SLEEVE JACKET MEN we bring our proprietary X-BIONIC® technologies to a protective second layer to enable cyclists to perform better irrespective of outside conditions. The SPHEREWIND 4.0 CYCLING JACKET showcases a hybrid construction featuring the innovative and feather-light SYMBIONIC® Superlite Membrane as windbreaker. Extraordinary stretch- and breathability provide great wearing comfort. The short sleeves have been specifically designed to adapt to cyclists' bodies. IDEO-Waistband and AKTIV-Bund provide a secure fit during movement. By combining a seamless insert at the back with the integrated 3D TRYCE® System and a high-performance membrane, the jacket protects athletes during physical activity from cold and wind, and enables them to keep their core body temperature at an optimal 37°C. Together with the legendary 3D Bionic Sphere® System they cool you when you sweat and warm you when you are cold.
Polyester (83%) Elastane (17%)