For the go-getting girls on the gradient – the Distance Carbon FLZ Women’s Trekking Poles by Black Diamond are a wonder-woman’s only wish for durability on the dips.
Owed to an EVA foam grip with extension and a moisture-wicking strap of recycled materials, beat the boys off the beaten track with boundlessness and breathability. With an exceptionally lightweight carbon fibre material and a foldable, fully-adjustable, Z-Pole fixed-length construction – these poles are for the fast-paced entrepreneurs striving for peak performance. FlickLock® Pro adjustability means you can simply lock your pole and rock ‘n roll.
Speed cone deployment swiftly secures the rod in place and stiffens the joint for durability on the ups and drops while the three-section foldable design allows convenient, compact packing in your rucksack. Exchangeable Tech Tips are compatible with the robust non-scarring rubber and carbide Tech Tips included to provide extended protection for arduous adventuring. The removable low-profile baskets offer a backstop on snow-capped surfaces too.
The Black Diamond Distance Carbon FLZ Women’s Trekking Poles are designed for fast-paced females seeking a firm, fixed solution that sticks.
100% carbon fibre shafts
Z-Pole fixed-length construction
Exceptionally lightweight and collapsible at 170 grams per pole
Three-section foldable rod
Speed cone deployment for fast and stiff securing
Optimized joint support and stiffness for durability
Lightweight EVA foam grip
Moisture-wicking, breathable strap made from recycled materials
EVA foam grip extension
Interchangeable Tech Tips compatible with included rubber and carbide Tech Tips
Compatible with separately available Z-Pole Snow Basket
Removable low-profile baskets for versatility
FlickLock® Pro adjustability with forged aluminum construction
34 − 37L x 6W x 6H cm
100% Carbon Fibre Shaft
Lightweight Non−Slip EVA Foam
Staff tip:Before you hit the track − when setting up the poles, listen for an audible 'click' to indicate that the locking mechanism has popped out, ensuring pole stability and subsequently avoiding a mid−trek collapse.