Women's Rab Torque Winter Pants - Black Size L

The Women's Rab Torque Winter Pants are high-performance softshell trousers designed for mountaineering, climbing, winter hiking, and trekking. Crafted from Matrix™ double weave stretch nylon (92% Nylon, 8% Elastane) with a fabric weight of 210 g/m², these pants offer exceptional durability, flexibility, and comfort. The DWR finish provides water repellency without PFCs, while the highly wind-resistant and breathable fabric ensures protection in harsh conditions. The slim fit and articulated knees allow for unrestricted movement, making them ideal for active pursuits.

Advantages

These pants combine robust construction with lightweight materials, offering excellent freedom of movement and weather protection. The part-elasticated waistband with snap closure and YKK® zip fly ensures a secure fit, while the zipped hand and thigh pockets provide secure storage. Adjustable hem with drawcord and zipped leg gusset allows for easy on/off over boots. Reinforced kick patches on the inner ankles enhance durability in high-wear areas.

Suitable for

• Mountaineering
• Climbing
• Winter hiking
• Trekking
• Cold-weather outdoor activities

Key specifications

• Product Type: Winter Softshell Trousers
• Gender: Women's
• Size: L (Large)
• Colour: Black
• Main Fabric: Matrix™ double weave stretch nylon (92% Nylon, 8% Elastane)
• Fabric Weight: 210 g/m²
• Water Repellency: DWR finish, PFC-free
• Wind Resistance: Highly wind resistant
• Breathability: High
• Fit: Slim fit
• Waistband: Part-elasticated with snap closure and YKK® zip fly
• Pockets: 2 YKK® zipped hand pockets, 1 YKK® zipped thigh pocket
• Leg Hem: Zipped leg gusset, drawcord adjustable hem
• Knees: Articulated for freedom of movement
• Reinforcement: Kick patches on inner ankle
• Belt Loops: Yes
• Season: 3-Season (Autumn, Winter, Spring)

Recommendations

For optimal performance, pair with a moisture-wicking base layer and a waterproof shell in extreme conditions. These pants are designed for active use and may require layering in very cold temperatures.