Go to main content

Klättermusen Gere 3.0 Pants Short W's | Black

Gere 3.0

299 EUR

Pants
Gere 3.0
Gere 3.0
Gere 3.0
Gere 3.0
Gere 3.0
Gere 3.0
Gere 3.0
Gere 3.0
Gere 3.0
Gere 3.0Gere 3.0Gere 3.0Gere 3.0Gere 3.0Gere 3.0Gere 3.0Gere 3.0Gere 3.0
Pants

Gere 3.0

Women's Outdoor Levitend® Pants

319 USD

Midnight Blue
    Fit: Regular Fit

    Free Shipping for Members within EU

    Free Returns

    Product Lifetime Warranty

    hiking-icon

    Hiking

    levitend-icon

    Levitend®

    mfr6-icon

    MFR 6

    wind-resistant-icon

    Wind Resistant

    Equipment No: 10199663

    Gere 3.0 are hardwearing outdoor pants with superior durability and wind resistance, refined with a curvier and more feminine fit.

    The Gere 3.0 Women’s Pants are made from our Levitend® fabric in a wind- and mosquito-resistant construction mixed with elastane for stretch and durability, and Oculus® Icebreaker reinforcement on the pocket edges and hems. They have a been updated with a higher waist, and a curvier cut to better fit the female body shape. With plenty of functionality including a zipped side ventilation for breathability, integrated boot lace hook, two open hand pockets at front and two at back as well as zipped leg pockets and a waistline with belt loops and included stretch belt. These pants are perfect for guides, climbers and professionals who need dependable equipment.

    These pants come in two lengths, this shorter version measure 3 cm shorter than the regular version.

    Advantages

    • Four open hand pockets
    • Two zipped leg pockets
    • Side ventilation with protecting flap
    • Reinforced bottom hem
    • Elasticated adjustable hem
    • Safety reflector on leg
    Gere 3.0

    text

    The Mass Flow Resistance System

    The Mass Flow Resistance (MFR) system helps you decide which wind and waterproof equipment to select for your next adventure. MFR combines the technical aspect of how easily air can pass through a fabric, and how much surrounding air will cool you, as well as how efficiently heat will be transported away.