ROSE Bikes MEN’S KURO BIB TIGHTS II| MTB Shorts And Pants|Casual Trousers

When the road ends, is the fun just beginning for you? Then the MEN’S KURO BIB TIGHTS II from VAUDE are your go-to shorts for the season!  

The centrepiece of the bike shorts is the X-PAD seat pad. With its four-layer construction and, in particular, the integrated 3D grid structure, the pad provides high shock absorption for long-lasting fun in the saddle. Just like the rest of the bib, the padding is also pleasantly breathable. A great extra feature: These bib shorts have two practical pockets on the sides!

Details:
Ergonomically cut men’s cycling shorts, ideal for gravel riding, for example
Breathable and elasticated material mix
Partially made from RECYCLED PET material
Shock-absorbing X-PAD seat pad
More flexibility thanks to a high STRETCH content
Fully elasticated seams
Without inside leg seam
Ergonomic fit
High-cut back with mesh insert
Two side pockets on the thighs
Silicone leg grippers
Made in Europe
Slim fit

Material:
Main material: 78% polyamide (recycled), 22% elastane
Mesh inserts: 73% polyamide (recycled), 27% elastane

Technical details:
Weight: approx. 250 g (medium size)
Inside leg length: approx. 33.5 cm (medium size)

In the box:
1 pair of VAUDE MEN’S KURO BIB TIGHTS II cycling shorts

Highlights & Technologies:

RECYCLED PA:
For this product, VAUDE uses some robust, lightweight and fast-drying polyamide yarn. These are surplus materials and leftovers from textile production, which are collected, cleaned, processed and turned into yarn.

STRETCH:
The material’s high elasticity is achieved through a high percentage of elastane or through a special knitting / weaving technology. The elasticity of the material increases comfort, performance and freedom of movement.

X-PAD:
The ”X” in the name stands for ”Cross” and thus directly describes its ideal purpose: This pad is made for fast off-road riding. Whether you’re mountain biking or gravelling, the combination of a four-layer construction with a 3D grid structure ensures comfortable shock absorption.
Shock-absorbing four-layer construction
Approx. 15 mm thick
Foam with elastic 3D grid structure
With perforated surface