The North Face Men's Summit L5 LT Futurelight Waterproof Pants

Stock:
In stock
Availability:
Pick up in Old Forge store today! (Delivery available or pick-up in Saratoga in 1-2 weeks; call 315-369-6672, x1)
$400.00
Excl. tax
Defy limitations in our lightest, most breathable L5 LT FUTURELIGHT™ Pants. Whether you’re skiing down into powder fields or making an ascent on a remote peak, a minimalistic design helps eliminate distractions and almost feels like you’re wearing no pants at all.  
Style:
NF0A35QG
Avg Weight:
300 g
Inseam:
S 30.25", R 32.25", L 34.25"
body:
20D x 30D 81 g/m² FUTURELIGHT, 100% polyester
kickpatches:
170D x 30D Keprotec®—85% nylon, 15% Kevlar® with durable water-repellent (DWR) finish
Source:
Imported
Guarantee:
Lifetime Warranty
Care Instructions:
Machine Wash
Features
  • Standard fit
  • 3D ergonomic patterning
  • FUTURELIGHT 3L fabric provides ultimate breathability and protection
  • 100% windproof fabric
  • Durable belt loops
  • Zip-fly with snap closure
  • Elastication at back waistband
  • One bellowed thigh pocket with exposed, matte polyurethane (PU) zip
  • Small mesh pocket incorporated into thigh pocket
  • 11" side zips for easy boot access
  • Adjustable snap tabs at hem
  • Military hem
  • Kevlar® kickpatches provide increased durability
  • Comes with our lightweight stuffsack

FUTURELIGHT™
OUR MOST ADVANCED BREATHABLE-WATERPROOF TECHNOLOGY.

At the heart of Athlete Tested. Expedition Proven.™ is the philosophy that authentic athlete insights push our design and engineering teams to propel our products forward. Our FUTURELIGHT™ technology is no different.

For the first time ever, we’ve added air permeability to a waterproof membrane. The nano structure of the FUTURELIGHT™ membrane allows air to pass through for better venting and breathability without sacrificing waterproofness and durability.

This new nano-fiber structure enabled us to create our most lightweight, breathable membrane to date. An ultra-thin, nimble garment that feels comfortable and provides the protection needed against the elements in the harshest environments.

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