Pike Trekking Pole – 210g Carbon Fiber|Quick-Lock System|Tungsten Tip
- 3‑section telescopic 3K carbon fiber construction weighs just 210‑230g – light enough for all‑day treks, yet strong enough to handle rugged terrain.
- EVA foam handle offers a comfortable, non‑slip grip that absorbs sweat and shock, keeping your hands fatigue‑free.
- Upgraded quick‑lock system with anti‑drop buckle ensures secure length adjustment – no slipping, easy one‑hand operation.
- Tungsten carbide tip bites firmly into rocks, mud, or ice, delivering exceptional stability on uneven ground.
- 3‑section telescopic 3K carbon fiber construction weighs just 210‑230g – light enough for all‑day treks, yet strong enough to handle rugged terrain.
- EVA foam handle offers a comfortable, non‑slip grip that absorbs sweat and shock, keeping your hands fatigue‑free.
- Upgraded quick‑lock system with anti‑drop buckle ensures secure length adjustment – no slipping, easy one‑hand operation.
- Tungsten carbide tip bites firmly into rocks, mud, or ice, delivering exceptional stability on uneven ground.
- 3‑section telescopic 3K carbon fiber construction weighs just 210‑230g – light enough for all‑day treks, yet strong enough to handle rugged terrain.
- EVA foam handle offers a comfortable, non‑slip grip that absorbs sweat and shock, keeping your hands fatigue‑free.
- Upgraded quick‑lock system with anti‑drop buckle ensures secure length adjustment – no slipping, easy one‑hand operation.
- Tungsten carbide tip bites firmly into rocks, mud, or ice, delivering exceptional stability on uneven ground.
- 3‑section telescopic 3K carbon fiber construction weighs just 210‑230g – light enough for all‑day treks, yet strong enough to handle rugged terrain.
- EVA foam handle offers a comfortable, non‑slip grip that absorbs sweat and shock, keeping your hands fatigue‑free.
- Upgraded quick‑lock system with anti‑drop buckle ensures secure length adjustment – no slipping, easy one‑hand operation.
- Tungsten carbide tip bites firmly into rocks, mud, or ice, delivering exceptional stability on uneven ground.