Περιγραφή
Rockbros YDWT020 Diamond cycling jersey spring/autumn/winter size L - blue The Rockbros YDWT020 Diamond cycling jersey was created for riding on colder days, where comfort, freedom of movement, and consistent warmth are key. Soft, stretchy fabric adapts well to the body, while a soft-touch interior enhances comfort on longer rides. The material helps reduce chill while supporting moisture management. Reflective elements enhance visibility after dark, and a refined finish enhances comfort. This model supports you on the trail when the weather demands more.
~
Specification:
Brand: Rockbros
Model: Rockbros YDWT020 Diamond
Size: L
Material: 82% polyester, 18% spandex
Color: blue
~
The most important advantages of the Rockbros YDWT020 Diamond sweatshirt:
Flexible fabric: the material adapts to the body and supports freedom of movement while riding.
Inner fleece layer: soft insulation helps maintain thermal comfort at temperatures around 6 - 20°C.
Breathable material structure: the fabric supports the removal of moisture generated during exercise.
Comfort and fit: The soft-touch material in the Diamond construction drapes well and helps reduce the risk of chafing.
Reflective elements: improve the cyclist's visibility at night and in low light conditions.
~
Flexible fit Diamond material adapts well to the body and ensures comfort while riding. The design allows for unrestricted movement and supports a natural cycling position.
Thermal comfort The inner surface of the material is finished with soft insulation, which increases wearing comfort and helps keep you warm on colder days.
Effective moisture wicking Breathable material helps wick away sweat and helps the shirt dry quickly, so it remains comfortable even during longer workouts.
Comfortable, pleasant material The pleasant-to-touch fabric improves wearing comfort and helps reduce the risk of chafing during longer rides.
Reflective details increase visibility on the road Additional reflective elements improve the cyclist's visibility at night and when riding in low light conditions.
