Descente Canuk Side Zip Ski Pant
Descente Canuk Side Zip Ski Pant
Descente Canuk Side Zip Ski Pant
Descente Canuk Side Zip Ski Pant
Descente Canuk Side Zip Ski Pant

Descente Canuk Side Zip Ski Pant

Sale Regular price $250.00 Sale price $125.00 Save 50%

Item: 19211   (Only 1 Left)

Description & Features

The Canuk pant features a full side zip, removable suspenders with a mesh back and an EnerG Stretch fabric. Perfect for any weather the mountain might throw your way.


  • Full side zip ski pants
  • Motion 3D Fit
  • Zippered hand and back pockets
  • Waterproof leg pocket
  • Adjustable waist
  • Removable suspenders w/ mesh back
  • Durable Edge Guard
  • Inner snow cuff with rubber grip
  • Fabric:
    • EnerG w/DTL waterproof and breathable fabric
    • 60g Thinsulate Insulation
  • Unisex Sizing

Descente Adult Pant Sizing Guide (regular fit)

Size 26 28 30 32 34 36 38 40
Waist (inches) 26-27 28-29 30-31 32-33 34-35 36-37 38-39 40-41
Hip (inches) 34-35 36 37-38 39 40-41 42-43 44 45-46
Inseam (inches) 29.5 30 30.5 31 31.5 32 32.5 33

Technical Info

Motion 3D Fit™

Motion 3D fabric patterns are designed to mirror the specific movement your body makes as it moves, turns, and stretches, allowing for optimal performance - FEEL THE DIFFERENCE

EnerG Stretch Fabric

Utilizes stretch yarns, a cotton-like hand feel, and durable attributes to compose this balanced fabric for desired comfort, fit and performance. EnerG Stretch is finished with DTL for a breathable waterproof layer.

DTL (Descente Technology Lamination

Multifunctional, microporous waterproof coating that offers excellent moisture permeability while remaining lightweight, soft and comfortable. DTL provides a 20K Waterproof and 20K breathability rating.

Thinsulate Insulation™

The original warmth-without-bulk insulation, 3M™ Thinsulate™ Insulation is the brand trusted for warmth. This highly breathable, lightweight durable insulation contains unique fiber construction up to 10x smaller than the fibers of other synthetic insulation, which helps make them more effective in trapping insulating air.