Go to main content

Klättermusen Grimm Pants W's | Amaranth Red

Grimm

320 CAD224 CAD
Pants
Grimm
Grimm
Grimm
Grimm
Grimm
Grimm
Grimm
Grimm
GrimmGrimmGrimmGrimmGrimmGrimmGrimmGrimm
Pants

Grimm

Women’s Hiking Pants

229CHF160CHF
Raven
  • Sale
Fit: Regular Fit

Fast Shipping

Free Returns

Product Lifetime Warranty

hiking-icon

Hiking

mfr6-icon

MFR 6

organic-cotton-icon

Organic Cotton

wind-resistant-icon

Wind Resistant

Equipment No: 15598W21961

Minimalistic, lightweight and natural-based hiking or trekking pants. They combine superior comfort with high movability and durability, making them perfect for everyday use both out in nature and around town.

The Grimm Pants are made from a sturdy yet soft and breathable organic cotton mixed with elastane in a Oxford fabric construction. Giving them superb wind resistance, total silence when moving and a light stretch quality. They have a double-layer fabric on the front thigh and knee for additional durability, and reinforced Cordura cotton ripstop fabric at the pocket edges and bottom hem. With an added panel construction on the crotch for full movability, a zipped fly with button-and-hook to equally distribute the pull, reinforced attachment points on the belt loops for longevity, large pockets and a back pocket that closes with a classic aluminum KM toggle. They offer you everything you want and nothing you don’t.

Advantages

  • Soft, flexible and strong natural-based fabric
  • Silent and wind resistant
  • Reinforced thigh and knee areas
  • Large pockets and back pocket
  • Aluminum toggle closure on back pocket
  • Belt loops and extra attachment points
  • Reinforced points with Cordura cotton ripstop fabric
  • Crotch panel for added movement
  • Zipped fly with button-and-hook for even pull
Grimm
text

The Mass Flow Resistance System

The Mass Flow Resistance (MFR) system helps you decide which wind and waterproof equipment to select for your next adventure. MFR combines the technical aspect of how easily air can pass through a fabric, and how much surrounding air will cool you, as well as how efficiently heat will be transported away.