Ortovox 120 Comp Ligh woman jersey 2024

Ready for a new personal best

Light weight, function and the best merino wool: With our new 120 COMP LIGHT LONG SLEEVE for women, the naked sheep is ready for new personal bests! To follow our award-winning 230 MERINO COMPETITION, we have developed our 120 MERINO COMPETITION line for high-action sports in both summer and winter. Consisting of a high proportion of merino wool, this line is now even lighter!
What makes our 120 COMP LONG SLEEVE for women so special is that it is produced using an almost entirely seamless circular knitting technique, so that different material strengths can be used in different zones. A fine ribbed structure made from 120 g/m² MERINO gives the long, functional undershirt elasticity for maximum freedom of movement, while a particularly breathable mesh structure ensures optimum air circulation in the areas of the body that generate the most heat. This body mapping technique, in which different knit structures are used in certain zones, ensures maximum ventilation.
What’s more, thanks to its close fit, our 120 COMP LONG SLEEVE for women is very elastic, highly breathable and quick drying, and yet still durable and long lasting. And the gentle merino fibers with a diameter of 16.5 microns feel as comfortable and soft as a second skin. The positive features of the wool fibers come into their own in this light functional underwear, because merino wool is naturally moisture and temperature regulating and neutralizes nasty odors. And thanks to the cool 3-color design, the NAKED SHEEP is always stylish. And it’s all “Made in Europe”!


Caratteristiche

  • Highly breathable
  • Quick drying
  • Very elastic
  • Merino-Bodymapping
  • Very resistant and durable
  • Fine 16,5 Micron fiber diameter
  • Materials: 70 % virgin wool (OWP-MERINO) + 30 % polyamide


Technologies

Merino Inside
Our sustainable MERINO WOOL comes from monitored, ethical sheep farms. It is comfortably soft, easy to care for, and provides an optimum body climate thanks to its moisture- and temperature-regulating properties.