Troy Lee Designs Ruckus Short (Black) (w/ Liner)

Troy Lee Designs Ruckus Short (Black) (w/ Liner)
Price: $139.00
Discontinued Online
This item is discontinued and no longer available for purchase. You may want to search our site for a similar item.

Troy Lee Designs Ruckus Short is born and bred in rugged ride zones like the Rockies and the Alpes. Ruckus is made to work hard and play hard. The Ruckus short is desired by our customers and the media, often heralded as the "best fitting MTB short" with a commanding list of features. The ¾ sleeve jersey is a standard of the Ruckus line and made for staying cool without sacrificing the coverage from hauling butt through the trees and hitting trail shrapnel. For 2017, this popular seller sees an increased length to the inner thigh zipper vent. We also made subtle changes to the inner finish of the short and improved construction so the durable short is made for even more abuse.

Features:

  • Rip stop texture exterior, and soft hand interior provide peak performance and comfort
  • All mountain, all day, versatile MTB short with an inseam length of 13.5”
  • Three zipper pockets and one open hand pocket for quick access. Field tested, and strategically placed right thigh pocket designed for your cell phone, and to eliminate movement.
  • 9” thigh zipper-vents allow air in to keep you cool and dry
  • Equip with ALL NEW breathable mesh AIR 2.0 LINER. Chamois pad features perforated foam, and moisture wicking top fabric

Specifications:
Gender: -
Inseam: 13.5"
Liner: Yes
Manufacturer Fit: Race Fit
Pockets: Yes
Color: Black

This product was added to our catalog on February 3, 2020

Measurement Guide:

  1. Waist- Half Measurement
  2. Hip- 4" up from inseam, half measurement
  3. Thigh- 1" down from crotch

1. Waist
Across (in)
2. Hip
Across (in)
3. Thigh
Across (in)
2815.25"19.25"12.75"
3016.25"20.25"13.25"
3217.25"21.25"13.75"
3418.25"22.25"14.25"
3619.25"23.25"14.75"
3820.25"24"15.1"
4021.25"25"15.6"

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