Black Diamond Dawn Patrol Pants dames - zwart/zwart, maat M

The Black Diamond Dawn Patrol Pants are a women's softshell pant designed for high-output winter activities such as ski touring, mountaineering, and ice climbing. Crafted from a durable Schoeller® stretch-woven softshell fabric (93% Nylon, 7% Elastane), these pants offer 4-way stretch, wind resistance, and a PFC-free DWR finish for reliable weather protection. The athletic fit and articulated knees provide excellent mobility, while features like zippered vents, reinforced instep patches, and integrated snow gaiters ensure comfort and durability on the mountain.

Advantages

These pants combine breathability, stretch, and weather resistance for all-day comfort during demanding ascents and descents. The DWR finish sheds light snow and moisture, while the zippered side vents allow quick temperature regulation. Reinforced instep patches protect against ski edges and crampons, and the integrated belt with belt loops offers a secure fit.

Suitable for

• Ski touring and backcountry skiing
• Mountaineering and alpine climbing
• Ice climbing
• Winter hiking and snowshoeing

Key specifications

• Gender: Women's
• Material: 93% Nylon, 7% Elastane (Schoeller® stretch-woven softshell)
• Water Repellency: DWR finish (PFC-free)
• Wind Resistance: Yes
• Breathability: High
• Fit: Athletic
• Waist Closure: Integrated adjustable belt with belt loops
• Pockets: 2 zippered hand pockets, 1 zippered thigh pocket, 1 zippered seat pocket
• Leg Cuffs: Zippered with snap closure, internal snow gaiters
• Reinforcements: Reinforced instep patches
• Ventilation: 1/4-zip side vents
• Knee Construction: Articulated knees
• Season: 3-season (Fall, Winter, Spring)
• Color: Black
• Size: M

Recommendations

For optimal performance, pair these pants with a lightweight baselayer and a breathable shell jacket. The athletic fit runs true to size; refer to the Black Diamond size chart for accurate sizing. Machine wash cold, tumble dry low, and reapply DWR treatment as needed to maintain water repellency.