Endura SingleTrack Short II (Cayenne) (No Liner)

Endura SingleTrack Short II (Cayenne) (No Liner)
Price: $99.99
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

The Endura SingleTrack Short II is a fully-featured, bulletproof trail short designed to pedal up, hammer down, and then do it all again. When Endura set out to update the SingleTrack Short, the brief was clear – build a bulletproof baggy that looks great, performs even better, and will keep doing it trail after trail, again and again. Meet the SingleTrack Short II. Clean contemporary styling combined with tough, durable nylon fabrics, large strategically placed stretch panels, vents, and ample storage satisfy the brief and more. Nylon is a great material for garments that are subject to abuse – such as the rigors of mountain biking. To further amplify the durability, twin needle stitching has been used to reinforce critical seams. These shorts have been designed with knee pads in mind, with the leg length optimized to keep the pad-gap police at bay. Clickfast poppers on the inner waistband allow you to securely fix any Endura Clickfast liner shorts inside.


Features:

  • Tough durable nylon fabrics with large stretch panels
  • Zipped hand and phone pockets
  • Wicking waistband with Velcro adjusters
  • Critical twin needle stitching
  • ClickFast liner compatible
  • Knee guard friendly cut
  • Zipped leg vents
  • The Endura classic that keeps on getting better
  • Nylon 100%

Specifications:
Gender: Men
Inseam: -
Liner: -
Manufacturer Fit: Snug
Pockets: Yes
Color: Red

This product was added to our catalog on January 19, 2022

Waist
Circumference (in)
Waist
Circumference (cm)
XS29 - 31"74 - 79cm
S31 - 33"79 - 84cm
M33 - 35"84 - 89cm
L35 - 37"89 - 94cm
XL37 - 39"94 - 99cm
2XL39 - 41"99 - 104cm
3XL41 - 43"104 - 109cm
4XL43 - 45"109 - 114cm

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