Assos NS.skinFoil evo7 Men's Sleeveless Summer Baselayer (Holywhite)

Assos NS.skinFoil evo7 Men's Sleeveless Summer Baselayer (Holywhite)
Price: $79.00
Discontinued Online
This item is discontinued and no longer available for purchase. You may want to search our site for a similar item.
Note: Manufacturer does not allow coupons

The Assos NS.Skinfoil_evo7 is a warm weather base layer designed to keep you cool. The 'next-to-skin' first layer product in their Assos layering system. How does adding an extra layer keep you cool? Well, effective moisture management is the key, and the fabric gurus at Assos have perfected this garment to pull and push moisture, creating the most comfortable micro climate around the torso. The open mesh fabric superbly wicks moisture away from the skin and pushes it out to the next layer, keeping your core temperature cool. At the same time, the humidity acts as an insulator to lock in that comfortable body temperature and prevent the wetness derived- 'cold wind chills' on the descents or at increased speeds.
The form fitting skinFoil hugs the body without constriction, for a ultralight 'second skin' fit. Tubular seemless construction provides versatile comfort for many different body types. Sleeveless design and v-cut neck increase air flow. Made in Italy.

Specifications:
Material:
85% Polypropylene, 15% Polyester
Weight:
Ultralight
Fit:
regularFit (form fitting), next to skin
Intended Use
: Summer, first layer, warm weather

Sizing: Without a properly fitting skinfoil, the rest of your outfit cannot perform to its full potential. This garment is calibrated as regularFit (form fitting). If you want a true racing fit choose one size smaller.

Specs 

Note: To maximize the ASSOS total comfort experience, pair Assos Jerseys with an original Assos baselayer.

This product was added to our catalog on February 8, 2018

Size Guide:

  • Match your standard apparel size with the corresponding numeral.
Size
0XS/S
IM
IIL/XL
IIIXLG (TIR)

Note: All measurements are provided by the manufacturer and may vary depending on how measurements are acquired.