Spyder Coach's Bib Ski Pant

  • Sale
  • Item #16056
  • $199.00
  • Regular price $300.00

Proven over decades, the Spyder Coach's Bib Ski Pant has a pocket for every tool, radio, and file needed. Constructed for long hours on the snow, it has warm Thinsulate Insulation, lightly padded knees, leg vents, a comfortable stretch panel, and made with Spyder's weatherproof materials. (Note: Padding is for comfort only - NOT intended as a protective device.)


  • External blade and tool cargo pockets
  • Removable radio holder can be worn over jacket
  • Adjustable high back suspenders with mesh insert
  • Taped critical seams prohibit water penetration
  • Stretch panels in strategic locations
  • Rugged fabric overlays
  • Regulate airflow with thigh ventilation zippers
  • Long waterproof ankle zippers
  • Thigh ventilation zippers
  • Lower leg cargo pocket
  • Knee pads
  • Gear loop
  • Zippered chest pocket
  • Gate Key holder
  • Inner snow cuffs with gripper elastic and cuff anchors
  • Durable scuff guards
  • Fabric:
    • Body - 2L Nylon with Xt.L 10k/10k Laminate and Nano-Tex All Conditions
    • Accent - Abrasion Resistant Plain Weave
    • Lining - Nylon Taffeta
  • 3M Thinsulate Insulation (60g)
  • Unisex Sizing

Spyder Sizing Guide

Chest (inches) 34-36 37-39 40-42 43-45 46-48 49-51 52-54
Waist (inches) 26-28 29-31 32-34 35-37 38-40 41-43 44-46
Sleeve Length (inches) 31.5 32.5 33.5 34.5 35 35.75 36.5
Inseam (inches) 30 31 32 32.5 33 33.5 34

Xt.L Laminate

Spyder's proprietary Xt.L is an ultra-thin membrane that delivers superior waterproofing and breathability. Snow and rain are blocked from penetrating the outer shell of the fabric, while a moisture transfer system moves perspiration away from you.

3M Thinsulate

Thin yet protective, the trusted warmth of 3M Thinsulate Insulation is your low-profile answer to cold. The microfibers that comprise 3M Thinsulate Insulation efficiently trap insulating air, reflect radiant body heat, and deliver warmth that is two times greater than down and other polyester insulation, when equal thicknesses are compared.

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