



AIRPOCKET Thermoregulator Breathable Underlayer Women
Description
The AIRPOCKET thermoregulator underwear is a technical underlayer that is both breathable and insulating. It keeps your skin dry and at a controlled temperature during exercise. This 2-in-1 feature was developed in a single layer to reduce equipment in fall-winter-spring.
Effective for all outdoor sports, the Airpocket underlayer makes it possible to replace the traditional duo "breathable t-shirt / insulating mid-layer" with a single layer. It ensures both an excellent transfer of your perspiration (dry skin) thanks to its composition in Polycolon®, and a thermal shield function which isolates you from the outside temperature thanks to its "air pockets" (air is an excellent insulator).
For example, for a run in a temperature of 5°C, you can wear the Airpocket underlayer directly under a simple windbreaker. You will then be equipped in a minimalist way with all the operational functions: transpiration transfer, thermal insulation and external protection. The Airpocket underlayer is effective from trail running, to cycling, trekking or skiing. It is also tear-proof.
Fast shipping
Easy return

Features
Stay warm by wicking away your perspiration thanks to this air pocket technology developed from Polycolon®.
Running Trail / Outdoor / Cold conditions.
Keeps you dry by wicking away your perspiration (Polycolon® material). Keeps you warm (insulating air pockets).
110g
Polycolon®
Designed in France. Made in Europe (Poland)
You often ask us
Why this atypical mesh design?
This gear is an underlay. It is therefore not visible from the outside. The holes formed by the netting form air pockets with the top layer. As air is an excellent insulator, this design allows you to stay warm.
What is Polycolon® ?
Polycolon® is one of the lightest technical fibers in the world and among the most antiperspirant. It is manufactured in Switzerland.
What is the 3-layer system ?
The 3-layer system is a technique of layering 3 specific layers of clothing used by all athletes in difficult conditions. Learn more about the 3-layer system