GORE-TEX Mountain Equipment Nanda Devi jas dames

The Mountain Equipment Nanda Devi Jacket is a premium women's mountaineering shell, engineered with 3-layer GORE-TEX Pro fabric for uncompromising protection in extreme alpine environments. Designed for serious climbers and trekkers, this jacket combines lightweight durability with exceptional breathability, ensuring comfort during high-output activities.

Advantages

Featuring a 40D face fabric with 80D reinforcements in high-wear areas, the Nanda Devi offers outstanding abrasion resistance without adding bulk. The Super Alpine HC Hood is helmet-compatible and features Cohaesive™ cordlocks for one-handed adjustment. Fully taped seams and a YKK® AquaGuard® moulded centre front zip provide reliable waterproofing, while 2-way pit zips allow rapid ventilation. The Alpine Fit with articulated sleeves ensures freedom of movement, and adjustable laminated cuffs with dual tether hem drawcords seal out the elements.

Suitable for

• Mountaineering and alpine climbing
• High-altitude trekking
• Cold-weather outdoor activities requiring a durable, breathable shell

Key specifications

• Shell Material: 3-layer GORE-TEX Pro 40D
• Reinforcement: GORE-TEX Pro 80D
• Waterproof Rating: GORE-TEX Pro (minimum 28,000mm HH)
• Breathability: GORE-TEX Pro (RET < 6)
• Fit: Alpine Fit with articulated sleeves
• Hood: Super Alpine HC, helmet compatible, Cohaesive™ cordlocks
• Main Zipper: YKK® AquaGuard® moulded centre front zip
• Ventilation: YKK® AquaGuard® 2-way pit zips
• Pockets: 2 large external with YKK® AquaGuard® zips, 1 internal zipped pocket
• Cuffs: Adjustable laminated cuffs
• Hem: Dual tether hem drawcords
• Seams: Fully taped
• Gender: Women's
• Sustainability: Fair Wear Foundation certified, PFCec Free DWR
• Main Fabric Composition: 100% Polyamide with ePTFE membrane

Recommendations

For alpine pursuits where weight and packability are critical, the Nanda Devi delivers proven GORE-TEX Pro performance. Pair with a mid-layer for cold conditions or wear over a base layer for high-output ascents.