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Klättermusen Asynja 2.0 Pants Women's

Asynja 2.0

280 EUR

Waterproof Pants
Waterproof Pants

Asynja 2.0

Women's Lightweight Levitend® Pants

280 EUR

Teal Grey
NEW STYLE
Fit: Relaxed Fit

Free Shipping for Members within EU

Free Returns

Product Lifetime Warranty

fully-taped-icon

Fully Taped Seams

hiking-icon

Hiking

mfr10-icon

MFR 10

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Recycled Polyamide

Equipment No: 10362907

The Asynja 2.0 Pant is a refined update to the original Asynja Pant, designed for both performance and comfort - perfect for active outdoor adventures.

Featuring an internal elastic waist adjustment for a clean, streamlined look, these pants are made from recycled polyamide mini ripstop with a 20/20 hydrophilic membrane, ensuring lightweight durability and waterproof protection. The fully taped 3-layer construction balances softness with strength, while the minimalist design includes a front fly, a zippered back pocket, and adjustable bottom zips for added functionality without unnecessary bulk.

Additional highlights include a reinforced waist and hem for enhanced abrasion resistance, a brushed tricot inner waist for comfort, and reflective KM triangles for increased visibility. The Asynja 2.0 Pant is the perfect choice for those who demand both performance and style in their outdoor gear.

Advantages

  • 1/2 length two way side zips with double storm flap
  • One back zipped pocket
  • Gusset and pre-bent knee for higher movement
  • Reinforced fabric inside bottom leg hem for more durability
  • Bottom hem width snap button adjustment
  • Elastic at back of waist for close fit
  • Light yet durable water protection for active use
  • Adjustment at inside of waist
  • Reflective triangles on the sides for visibility
Asynja 2.0

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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.