Troy Lee Designs Ruckus Short (Black) (Shell Only)

Troy Lee Designs Ruckus Short (Black) (Shell Only)
Price: $109.00
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 Design Ruckus Short is their bestselling short and rises above the norm yet again. The renovated Ruckus short has double button closure for a better fit, as well as hook and loop waist adjusters which give you two inches of adjustment on both sides. The Ruckus short has plenty of pockets, even one for your phone. Not to mention TLD has an eco-friendly initiative, so these shorts are approved by Bluesign. Bluesign is a system established to unify the textile industry to be more green. Ride with confidence in your gear's performance and environmental footprint. 

Features: 

  • Bluesign approved — this means TLD's materials were produced by eco-friendly textile methods that conserve resources and minimize the impact on the environment
  • Non-toxic dye
  • Double Button Closure
  • Side hook and loop adjustment designed to eliminate overlap in riding position (total of 4 inches of adjustment)
  • Contoured rear waistband designed for comfort and durability with laser perforated rear offering enhanced ventilation
  • Reflective TLD logo
  • Inner side vents with convertible zipper
  • Zipper pockets and popular phone pocket

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

Note: This is ONLY the shell of short, no padded liner is included.

This product was added to our catalog on September 27, 2018

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.