Rab Women's Latok GORE-TEX Pro Pants

Designed for the demands of winter mountaineering, these highly durable and versatile hardshell trousers are built to withstand the harshest conditions. Engineered for all-day wear, the Latok GTX Pants are constructed using GORE-TEX Pro Most Breathable with a 100% recycled face fabric. This ensures complete waterproof protection while maximising breathability, allowing mountaineers to push their limits on steep ice and rugged rock faces. Enhanced articulation provides unrestricted movement, while ⅞-length side zips make it easy to pull them on over layers or bulky footwear. The two-way, triple-puller side zips also enable quick ventilation adjustments on the go.

When faced with relentless weather from start to finish, the fit can be customised using a belt or braces for secure, all-day comfort. Reinforced ankle patches offer added protection against sharp crampons.

Features

• Fully seam-sealed with 100% GORE-TEX Pro for uncompromising waterproof protection.
• 7/8-length YKK® AquaGuard® side zips with an internal storm guard and triple pullers for adaptable ventilation.
• Front fly zip featuring YKK® AquaGuard® technology for added water resistance.
• Dual-sided hook-and-loop waist adjustment ensures an optimal and secure fit.
• Deep tricot-lined waistband with belt loops and brace attachment points for enhanced comfort and versatility.
• Two external front pockets with YKK® AquaGuard® zips provide secure storage for essentials.
• Articulated knee design allows for unrestricted movement during technical ascents.
  
• Adjustable snap closure at the hem accommodates different types of mountaineering boots.
• Reinforced lower hem with durable crampon patches offers added resilience against wear and tear.
  
  

Sustainability Features

• Made with renewable energy
  
  

Specifications

Technology

GORE-TEX Pro MOST BREATHABLE

Crafted using lightweight materials, this 3-layer waterproof GORE-TEX Pro fabric delivers exceptional breathability, reducing moisture accumulation during intense ascents while maintaining durability and resistance to abrasion.