Feel the comfort and superior performance of the Tutto Nano Bib Shorts from Castelli, a renowned name in the world of cycling gear. These shorts are designed with comfort, functionality, and durability in mind, proving to be a worthwhile investment for all cycling enthusiasts.

For winter training, the Tutto Nano Bib Shorts promise outstanding resistance to unruly weather conditions. Crafted meticulously with the innovative Nano Flex 3G fabric, these shorts offer a revolutionary level of rain protection. Thanks to a special mechanical heat treatment and resilient water repellent (DWR) treatment, these shorts ensure that rain simply beads off the fabric, effectively keeping you dry in unanticipated rain showers.

This outer shell of protection is matched with an interior design tailored for comfort. The fabric's loft and super soft finish feel incredibly soothing against the skin while trapping just enough air to keep your body heat regulated through varying autumn and winter temperatures.

Furthermore, the Tutto Nano Bib Shorts' minimised seam construction offers pleasing aesthetics and an enhanced degree of movement. Combined with a lightweight mesh bib strap, it aids superior moisture management, essential for prolonged rides. Providing added comfort in long cycling sessions, these shorts incorporate the advanced Kiss Air2 seat pad without compromising on the sleek design.

What's more, with reflective leg inserts, these shorts support increased visibility during rides in lower light conditions, ensuring rider safety.

When it comes to tackling varying weather conditions throughout your cycling journey, the Tutto Nano Bib Shorts are a shining testament to Castelli's enduring commitment to superior quality and comfort.

Key Features:

• Updated Nano Flex 3G fabric for exceptional warmth, softness, and rain protection
• Minimal seam construction promoting versatile aesthetics and unrestricted movement
• Intelligent Kiss Air3 seat pad aiding sustainable on-saddle comfort
• Reflective leg inserts to enhance safety in low light conditions