I-RUN Running Trail Fitness
UYN Coreshell M
UYN Coreshell M
122.00 €

UYN Coreshell M

122.00 €
You save 51%
Recommended retail price by the brand 249.0€ Recommended price
2 installments of  61.00 €   Free of charge

The i-Run team says

A Welcome Protection

The UYN Coreshell sleeveless vest for men is perfect for successful outdoor sessions even when the weather conditions are unpredictable.

Equipped with the waterproof and windproof Membrain 115 membrane, it provides effective protection in case of bad weather. The stretch material offers you maximum freedom of movement for greater ease.

The Buffer Cone technology retains heat and manages to distribute it ingeniously. You also benefit from suitable breathability.

A full zip allows you to adjust the amount of ventilation perceived. The elastic waistband features a silicone band to allow for adjustment and fit of the garment.

Our model Aymeric is 1.80m tall and wears a size L.

Key features of the UYN Coreshell sleeveless vest

  • Discover the UYN collection here
  • Membrain 115 membranes: waterproof and windproof
  • Stretch material: freedom of movement
  • Buffer Cone: heat retention and breathability
  • Full zip: ventilation
  • Stretch waistband: adjustment
  • Silicone band at the waist: garment fit
  • 1 zipped pocket: secure storage
  • Color: black and lime
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Technologies

  • Membrain 115

    Waterproof and breathable at the same time. The exclusive UYN intelligent membrane sets entirely new standards in terms of weather protection, elasticity, and comfort. Unlike traditional membranes, Membrain115 does not restrict the elasticity of the fabric it is paired with, allowing it to be both flexible and comfortable.

  • Buffer Cone

    The human body produces heat, and the most effective form of insulation is the one that prevents its loss. UYN engineers have developed a material with an innovative structure that is highly effective in retaining heat. This structure has a three-dimensional internal surface in which warm air is trapped in what are called "buffer cones," thereby generating a buffer zone. Unlike conventional fleece materials, the thickness of the structure can be adjusted at will. Based on the mapping of the heat distribution produced by the human body, it is possible to create areas with high, medium, and low insulating power.