Terry Bike Bermuda LTD Shorts (Black/Crocodile) (S)

Terry Bike Bermuda LTD Shorts (Black/Crocodile) (S)
Back Order Now
You may back order this item and it will ship when it arrives.
FREE Shipping Eligible! Learn More
Price: $134.95

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 135 VIP Reward Points Learn More

Terry Women's Bermuda LTD Shorts Description:

The Terry Women's Bermuda LTD Shorts are high-rise and long-length shorts with a large thigh drop pocket, making them incredibly versatile. Building on the foundation set by the Terry Bermuda Shorts, they utilize sculpted panels and the Fleet Air Chamois for all-day comfort and style. The embossed knit fabric is imported from France and is sure to make a statement.


Features:

  • High rise and elastic-free waistband
  • Thigh drop pocket
  • Elastic-free zig-zag hem design doesn't bind against the lower leg
  • Fleet Air Chamois is made of perforated foam for maximum breathability
  • Sofileta Guizay knit fabric imported from France

Specifications:

  • Garment Type: Lycra Shorts (Padded Bike Shorts)
  • Gender: Women
  • Manufacturer Fit: Standard Fit
  • Discipline: Road
  • Season: Warm Weather
  • Fabric: Sofileta Guizay Knit
  • Chamois: Fleet Air Chamois
  • Inseam: 11"
  • Pockets: (1) Thigh Drop Pocket
  • Application: -
  • Visibility: Reflective
  • Color: Black

This product was added to our catalog on April 10, 2024

Terry Shorts & Bibs Size Chart

Measurement Guide:

  • Waist- Measure the circumference around the narrowest part of the natural waistline
  • Hips- Standing with heels together, measure the circumference around the fullest part of the body (approximately 8" below natural waistline)
Waist
Circumference (in)
Hip
Circumference (in)
XS25 - 26"34.5 - 35.5"
S27 - 28"36.5 - 37.5"
M29 - 30"38.5 - 39.5"
L31 - 32"40.5 - 41.5"
XL33 - 34"42.5 - 43.5"
2XL35 - 36"44.5 - 46.5"

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