Regular price $220.00
If the item is out of stock you may still place your order - delivery lead time is 3-4 weeks from order.
The pinnacle of bib shorts. When seconds count and grams matter these shorts are ready and willing to propel you towards your next PR or victory. Across the short a light-weight, compression fitting fabric provides optimal fit, moisture transfer, and breathability and combines high-end comfort with a high-end performance. Our Embody MS2 Chamois is patterned and custom tailored and constructed to perfectly fit each specific short pattern with multi-density foam for comfort and an anatomical fit guarantees unmatched comfort in the key areas. A combination of Schoeller's Performance fabric and Carbon Yarn provide breathable, elastic, and anti-static features and the sweat control generated by the Carbon yarn complete this innovative pattern. The back of the short has been designed so that there is no pressure applied to the shoulders and the fabric used in the middle back offers additional breathability. And utilizing seamless welded bib straps with a not even there feeling, the shorts will stay in the optimal riding position. The Flatlock on the inside creates a streamline appearance and excellent stretch without being visible. With the Gold X1 Bib, this is the only short in the peloton without any grippers, silicon, rubber or else on your legs and engineered to stay in the perfect position throughout the pedaling movement without the use of extra fabric. This revolutionary design reduces weight and improves form, fit and function. With years of R+D by our CUORE engineers and proven at the World Tour level, the Gold X1 was made for you.
- Lightweight fabric for an optimal compression fit
- Breathable and moisture transporting features
- X-Gripperless leg opening without latex, silicone or rubber for perfect hold
- Ultra-thin straps with welded seams for a comfortable feeling on the skin
- Custom tailored chamois preformed to the seating position with carbon yarn for increased air transmission and moisture transport