Black Diamond Distance Carbon Z Trekking Pole: Conquer the climbs!
Surpass the clouds during your trail ascents with the Black Diamond Distance Carbon Z Trekking Poles.
Their 100% carbon fiber construction ensures extreme lightness. While being ultra-resistant to tension and compression, carbon remains flexible to accompany each of your movements.
Collapsible into 3 sections, they offer quick deployment and easy storage on your backpack. You are ready in two seconds to tackle the steepest trails.
The Black Diamond Distance Carbon Z Trekking Poles feature EVA foam grips for maximum comfort. The straps allow you to secure your poles in all circumstances.
For perfect grip on any terrain, you have Tech tips in carbide (provided) and rubber (provided).
Key features of the Black Diamond Distance Carbon Z Trekking Poles
Additional information: (max unfolded length / folded length / weight)
For more information on pole sizes, refer to the chart presented in the technical data sheet below.
For walking, hiking, and carrying where stability and support criteria are priorities: choose a pole size slightly larger than what corresponds to you.
For running, where the criterion of uphill propulsion is a priority: choose a pole size smaller than what corresponds to you.
Size Range | Pole Length |
| < 154 cm | 100 cm |
| 154 - 171 cm | 110 cm |
| 172 - 182 cm | 120 cm |
| > 183 cm | 130 cm |
Cone deployment technology draws inspiration from expertise in avalanche probes. It is an essential component of the robustness, stability, and speed of deploying Z-Pole trekking poles. Simply grasp the handle and the upper section of the pole, then pull them in opposite directions. The pole snaps into place with a sharp click and locks. Each rapid deployment cone serves to guide and position a section of the pole and to reinforce the joint when the pole is locked. Soft protective tips cover the Kevlar central cable of the pole when it is folded.
It is composed of ultra-fine fibers, ranging from 5 to 15 micrometers, primarily made up of carbon atoms. These atoms are agglomerated and then aligned along the long axis of the fiber. This alignment provides it with excellent tensile and compressive strength while remaining flexible.