Specialized Women's RBX Tights (Black) (No Chamois)

Price: $70.00 (Save 40%)
Sale: $41.99
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

A good pair of tights should be towards the top of your winter riding essentials list, and the Specialized RBX Tights are no exception. They were purposefully constructed without a chamois, and the reason is pretty simple. For those who prefer to keep riding in their favorite bib shorts year-round, you're able to simply layer these tights over your shorts for predictable comfort and added warmth. And for anyone seeking out versatility, these tights will be perfect for use in other disciplines like Nordic skiing, running, or snowshoeing.

Features:

  • Four-way stretch fabric provides ample comfort and a soft hand against the skin
  • Articulated design ensures the perfect fit while in the riding position
  • Reflective elements increase your visibility to motorists in low-light conditions
  • UPF 50+ rating protects your skin from harmful ultraviolet rays
  • No chamois included in this tight allows you to wear it over your favorite bib shorts or shorts, extending the wearability of this piece when you need the extra leg protection
  • 78% Nylon, 22% Spandex Knit

Specifications:
Gender: Women
Chamois: -
SPF/UPF: Yes
Reflective: Yes
Water Resistance: -
Color: Black

This product was added to our catalog on February 25, 2021


1. Height (ft,in)2. Chest
Circumference (in)
3. Natural Waist
Circumference (in)
4. Pants Waist
Circumference (in)
5. Hips
Circumference (in)
6. Inseam (in)
XS5'0" - 5'2"31 - 33"23 - 25"28 - 29.5"33 - 35.5"29"
S5'1" - 5'4"33 - 35"25 - 28"30 - 32.5"36 - 38"29.5"
M5'4" - 5'7"35.5 - 37"28 - 30"34 - 34.5"38 - 40"30"
L5'5" - 5'9"38 - 40"30.5 - 34"35 - 38"40 - 43"30.5"
XL5'8" - 5'11"41.5 - 43"34 - 38"38.5 - 42"44 - 47"31"
2XL5'8" - 6'0"43.5 - 45"38 - 40"43 - 45"47 - 50"31"

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