Endura Women's FS260 Print Short Sleeve Jersey (Violet) (S)

Endura Women's FS260 Print Short Sleeve Jersey (Violet) (S)
Back Order Now
You may back order this item and it will ship when it arrives.
Price: $114.99 (Save 41%)
Sale: $67.55

Please Log in to receive a notification when this item arrives in stock.

Save In List
Note: Manufacturer does not allow coupons
This item earns up to 68 VIP Reward Points Learn More

Endura Women's FS260 Print Short Sleeve Jersey Description:

The Endura Women's FS260 Print Short Sleeve Jersey is a perfect combination of high-performance features with a striking, contemporary print. Quick-drying recycled fabrics help to cool while minimizing the impact on the environment. An athletic cut for a non-flapping race fit which increases aerodynamics and comfort in the riding position. Three rear pockets for stashing essentials and a zippered pocket to secure valuables.


Features:

  • Rapid-wicking knit fabric with fast-drying performance keeps things cool when temperatures rise
  • Contains 80% recycled fabric
  • Close-fitting sleeves with a raw edge low profile cuff for a smooth transition to skin and silicone grip to keep the jersey in place
  • Full-length front zip for quick dumping of heat when climbing
  • Three open rear pockets plus zipped security pocket to carry needed essentials

Specifications:

  • Gender: Women
  • Manufacturer Fit: Athletic
  • Fabric: Polyester
  • SPF/UPF: -
  • Zipper: Full Length
  • Pockets: 3 Rear w/ Small Zip Pocket
  • Sleeve Length: Short Sleeve
  • Color: Purple

This product was added to our catalog on October 25, 2023

Chest
Circumference (in)
Chest
Circumference (cm)
Waist
Circumference (in)
Waist
Circumference (cm)
2XS30 - 31"77 - 80cm25 - 26"64 - 67cm
XS32 - 33"81 - 86cm27 - 28"68 - 72cm
S34 - 35"87 - 90cm29 - 30"73 - 78cm
M36 - 37"91 - 95cm31 - 32"79 - 83cm
L38 - 39"96 - 100cm33 - 34"84 - 87cm
XL40 - 41"101 - 105cm35 - 36"88 - 92cm
2XL42 - 43"106 - 110cm37 - 38"93 - 97cm

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