Mammut Courmayeur SO dámske softshellové nohavice námornícka modrá

The Mammut Courmayeur SO Women's Softshell Pants in Marine are high-performance softshell trousers designed for mountaineering, ski touring, climbing, and hiking. Crafted with a blend of 89% Polyamide and 11% Spandex, these pants offer exceptional freedom of movement and durability. The Mammut SOFtech and Schoeller®-keprotec® fabric technologies provide reliable wind resistance, high breathability, and reinforced protection at the edges and crampon areas. The DWR treatment is PFC-free, and the product is bluesign® certified for sustainability.

Advantages

These softshell pants combine athletic fit with functional features: flat waistband with integrated belt loops and drawstring adjustment, two zippered front pockets and one zippered seat pocket, adjustable leg cuffs with drawstring and gusset zipper, and side ventilation zippers for temperature regulation. The Schoeller®-keprotec® reinforcements ensure long-lasting durability in demanding alpine environments.

Suitable for

• Mountaineering
• Ski Touring
• Climbing
• Hiking

Key specifications

• Product Type: Softshell Pants
• Gender: Women's
• Color: Marine
• Fit: Athletic Fit
• Main Material: 89% Polyamide, 11% Spandex (Elastane)
• Insert Material: 93% Polyamide, 7% Spandex (Elastane)
• Fabric Technology: Mammut SOFtech, Schoeller®-keprotec®
• Water Repellency: Durable Water Repellent (DWR) treated
• Wind Resistance: Yes
• Breathability: High
• PFC-free DWR: Yes
• Sustainability: bluesign® PRODUCT
• Pockets: 2 zippered front pockets, 1 zippered seat pocket
• Waist Features: Flat waistband, integrated belt loops, drawstring adjustment
• Leg Cuffs: Adjustable hem with drawstring, gusset with zipper
• Reinforcements: Schoeller®-keprotec® edge and crampon protection
• Ventilation: Side ventilation zippers

Recommendations

For optimal performance in alpine conditions, pair these pants with a breathable base layer and a waterproof shell jacket. The athletic fit ensures a snug yet comfortable feel during dynamic activities.