Textile Pants Klim Badlands Pro A3 Pants Sage/Black / 36 (Short) [Blemished – Very Good]

Item Condition: This is a new item that has light cosmetic damage which may include, but is not limited to scuffs, scratches, stains, chips or dings. The damage affects the aesthetics but not the function of the item. The original packaging may or may not be present.
Stain on inner left thigh above the knee.

Klim Badlands Pro A3 Pants

The toughest adventure outerwear gets even tougher with the limited edition Badlands Pro A3 Pants from Klim. The legendary Badlands Pro has already earned its reputation as some of the most battle-ready adventure gear on the market, and now with strategically placed next-generation fabrics Klim takes it to the next level. In creating an even stronger, more durable Badlands Pro, Klim’s Badlands Pro A3 Jacket and Pants became the first ever textile motorcycle garments to earn a CE AAA rating certified to EN 17092-2.

Features:

• Gore-Tex Pro 3-layer laminate shell – Guaranteed To Keep You Dry®
• Vectran™ fiber fabric for superior abrasion resistance
• Custom-engineered variable-density Superfabric on knees
• Heat resistant leather inside knee panels to grip and protect
• High-mobility active fit patterning for unmatched comfort
• Pre-curved knee positioning construction
• 3M Scotchlite reflective material
• VELCRO® brand fasteners
• YKK Vislon water resistant zippers
• CE level 2 Klim D3O Aero Pro armor at hips, knees and tailbone
• Adjustable armor pockets
• Upper shin quick adjust / improved fit keeps armor in place
• Custom Klim/D3O CE Level 2 Aero Pro armor at knees, hips and tailbone w/ increased breathability, coverage and ergonomics
• Internal moisture-wicking mesh Polygiene odor fighting for long trips
• 2 zippered thigh cargo pockets
• Improved back waistband construction w/ VELCRO® waist adjusters
• Standardized jacket-to-pant zipper integration system
• Custom TPU zipper pullers
• Adjustable cuffs
• 2 front thigh intake vents
• 2 back thigh exhaust vents
• CE AAA rating certified to EN 17092-2