Black Diamond Pursuit Carbon Z special offer | Sports accessories Walking poles Black Diamond

The i-Run team says

The Black Diamond Pursuit Carbon Z trekking poles help you reach new heights during your outdoor adventures in the mountains.

Designed with durable carbon, they accompany you with ease on the trails. The Z-pole construction promises quick deployment for greater efficiency.

Their ergonomic cork handle helps to reduce fatigue and enhances your comfort thanks to its dual-density upper part. The breathable Airmesh straps allow for effective moisture wicking.

Interchangeable Flex tips are included to adapt to your activities across different seasons.

Key features of the Black Diamond Pursuit Carbon Z poles

Lightweight carbon model for hiking
100% durable carbon shafts: lightweight and strong
Fixed-length Z-pole construction: quick-deployment system with cones
Foldable into 3 sections: quick and efficient unfolding
Airmesh straps: breathability, lightness, and security
Natural cork handles with a 5-degree corrective angle: reduces fatigue and increases comfort
Grip extensions in recycled Bloom EVA foam
Push-button lock
Interchangeable 4-season Flex tips: carbide and rubber tips (included)
Removable snow and trekking baskets: versatility
Weight: from 382 to 418 g (from 110 to 130 cm)

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Technologies

Syst�me � d�ploiement rapide

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.

Fibre de carbone

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.