Most Important Information
The X-BIONIC® EFFEKTOR® 4.0 BIKE ZIP SHIRT SH SL WOMEN
- EFFEKTOR® 4.0 TECHNOLOGIES. + 10 % PERFORMANCE; - 7 % PRODUCTION OF LACTATE; - 50 % BUILDUP OF HEAT; + 20 % FASTER RECOVERY; - 2,4 HEART BEATS PER MINUTE; 100 %
- MAXIMUM PRECISION - 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 WITH THERMOSYPHON® TECHNOLOGY. Features complex 3D structures of inner and outer air channels. It cools when you sweat and warms when you are cold.
- INTERCOOLER. 3D construction collecting sweat on the upper thigh and letting it evaporate optimally on this muscle group. Between periods of exertion, the wavelike structure provides insulation.
- 100% PURE SWISS ENGINEERED. Made in Italy. 700+ international awards and test wins, 800+ patent registrations for the products with the "X".
DetailsRide to the top with the latest Effektor® technology! The X-BIONIC® EFFEKTOR® 4.0 BIKE ZIP SHIRT SH SL WOMEN of the new X-BIONIC 4.0 generation brings cycling enthusiasts into the lead even faster. ThermoSyphon® system, the latest extension of the legendary patented 3D Bionic Sphere® system, has been newly integrated on the back and the side of the chest. Its complex 3D structure of inner and outer air channels cools when you sweat and warms you when you're cold. Closely spaced channels capture perspiration and transport it to evaporation-intensive regions. This maximizes cooling and increases your performance. Your additional performance booster: X-BIONIC® Partialkompression® exerts pressure on your muscles via narrow bars, thereby reducing muscle vibration, improving the supply of oxygen and nutrients to the muscles and enabling faster regeneration – all without neglecting skin cooling. This product is manufactured using ultra-high-resolution Retina® technology. You can feel the difference in its high effective density, intensive functional transfer and precisely defined functional zones.
Polyamide (90%) Elastane (7%) Polypropylene (3%)