Assos Women's UMA GT Bib Shorts C2 (Black Series)

Assos Women's UMA GT Bib Shorts C2 (Black Series)
Price: $170.00
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 UMA GT C2 bib shorts are designed as an all-inclusive solution for daily riding. To meet those expectations, Assos built the premier UMA GT on a platform of trickledown tech, including an updated AEPD fit profile and bib suspension infrastructure. They also updated the insert, reducing the footprint, boosting cooling, and adding an aesthetic touch with the light blue Odor Control chamois top layer.

Features:

  • Type 429 textile construction wraps the muscles for a compressive fit
  • C2 AEPD regularFit is tuned for performance and comfort for all day riding
  • X-frame suspension limits sag on the lower back and stabilizes the chamois 
  • Shock absorbing UMA GT C2 chamois utilizes compressive layers of foam thermoformed for a comfortable fit
  • Ultralight leg grippers provide a secure hold and smooth transition between skin and fabric
  • Zero-Pressure waist elevates comfort and stability 

Specifications:
Gender: Women
Season: Warm Weather
Fabric: Type 429
Chamois: UMA GT C2
Visibility: -
Color: Black

This product was added to our catalog on February 3, 2022

Measurement Guide:

  • To determine the best size measure the hips and height and take the average
  • If in doubt, Assos recommends sizing up
  • Hips- Measure the circumference around the fullest part of the hips
  • Height- Measure height from head to toe
Hips
Circumference (in)
Hips
Circumference (cm)
Height (in)Height (cm)
XS31.5 - 33.8"80 - 86cm58.1 - 63"145 - 160cm
S33.9 - 36.6"87 - 93cm61.2 - 66.1"155 - 168cm
M36.7 - 39.4"94 - 100cm64.2 - 70.1"163 - 178cm
L39.5 - 41.1"101 - 107cm66.1 - 70.8"168 - 180cm
XL41.2 - 44.9"108 - 114cm67.3 - 72.8"171 - 185cm
XLG45" +++115cm +++68.9" +++175cm +++

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