the north face summit Chamlang FUTURELIGHT Pant W

Features the north face summit chamlang futurelight pant w

The pants Summit Chamlang FUTURELIGHT™ for women, designed in collaboration with athletes from The North Face®, is made of 100% recycled fabric and offers maximum protection for perform in high mountain expeditions in difficult conditions.

The three-layer fabric FUTURELIGHT incorporates a host of innovative features, such as the high density of the textile fiber in the reinforcements and on the inside of the hem to achieve a much more durable and resistant finish to the friction with the rock and with the climbing tools with a point.

It also features articulated prints for an exceptional fit and total freedom of movement. The elastic hem and robust inner gaiter offer a perfect fit with a wide variety of hiking boots.

The openings on the outermost part of the leg allow air to circulate through the fabric to provide more breathability when the intensity increases. Summit Series™ garments are combined to offer optimal performance in terms of breathability, insulation, weather resistance and moisture management.

• Model for women.
• Straight cut: the garment fits true to size for more comfort.
• Mountaineering pants have the hem designed to adapt to a wide variety of boots.
• FUTURELIGHT™ waterproof and breathable three-layer with sealed seams
• Articulated pattern to improve fit and freedom of movement
• Integrated belt and fly with zip and snap button closure
• YKK® ventilation zippers AquaGuard® #5 on outside of leg; ventilation zipper on the right leg reaches to the waist, making it easier to put on and take off the pants
• Horizontal harness-compatible thigh pocket with a YKK® AquaGuard® #5, interior tool loop and an additional pocket
• Slits at the back of the legs with reverse water-resistant zip closure and adjustable snap button fastening
• The hem is made of stretch fabric and features an internal gaiter, an adjustable drawstring and a grip strap for a precise fit with a wide variety of boots
• High-density reinforcements on the knees and inside the hem to improve resistance to abrasion wear and tear resistance