UYN STRIDES Bermudas Mujer, negro

Do you feel the need to run in nature and give it your all every time? Then the UYN STRIDES are the right running trousers for you. They are made from an innovative blend of NATEX yarn with Cordura to ensure greater abrasion resistance and perfect breathability even on the hottest days. Functional and versatile with a top-access back pocket and side zip pockets to keep your belongings safe.

WIND BLOCKER
We've spent years researching a system that provides the right protection from the elements without hindering leg movement. The solution is the new Wind Blocker technology. The front of the trousers with the exclusive Membrain115 membrane has been developed to prevent the wind chill effect, stop the penetration of water and adapt to every movement without restriction.

MEMBRAIN 115
Waterproof and breathable at the same time. The exclusive intelligent membrane from UYN sets completely new standards in terms of weather protection, elasticity and comfort. Unlike conventional membranes, Membrain115 does not restrict the elasticity of the fabric to which it is attached, making it flexible and comfortable.

HEATMEMORY
Combining performance with comfort is no easy task - and yet it is possible. Thanks to the insulating HEATMEMORY chamber, your body is protected from the cold.

FLEXY RIBS
The parallel three-dimensional structures increase the stretch and recovery of the fabric to its original shape and ensure an optimum fit. They also serve as spacers when wearing an additional layer and facilitate air circulation between the two layers.

ERGONOMIC ELASTIC
The ergonomically shaped elasticated waistband does not require cords and offers optimised support without compression. Nevertheless, these trousers are easy to put on for a fast run.

TEXLYTE NANO
UYN clothing made from Texlyte Nano is extremely comfortable thanks to its pH-balanced and hypoallergenic effect. At the same time, the high-tech Texlyte Nano fibre is very light, allowing air to circulate freely between the skin and the garment. This also reduces the overall weight of the garment during prolonged activity.