Description
Hello and welcome, dear outdoor adventurers! Are you ready to explore the beautiful landscapes of the Middle East while keeping comfort and safety a priority? Meet the Masters Scout Antishock CSS Trekking Poles—your reliable companion for stability and joint protection during your treks. These durable and lightweight poles are specially designed with the Antishock CSS (Cushioning Spring System) technology to absorb impact, significantly reducing strain on your knees, muscles, and ligaments, making hiking more enjoyable for new parents and families. Produced in three sections (diameters 18-16-14 mm) using robust Alu 5083, they guarantee long-term endurance and reliability, featuring a comfortable T6 cork grip for excellent control.
The poles boast the secure BS Blocking System, an expansion system made with resilient DuPont plastics, ensuring consistent performance in all temperatures. This system, along with the innovative Tip-Top system with a steel tip, makes replacing the basket quick and easy. The poles measure 65 cm when closed and extend up to 135 cm (minimum extension 105 cm), weighing approximately 257g, combining essential features and impressive specs for a stable and comfortable outdoor experience.
FAQ:
What is the benefit of the Antishock CSS system?
A: The Antishock CSS is a Cushioning Spring System that reduces impact forces on your joints, muscles, and ligaments, offering greater comfort and preserving your knees while hiking.
Q: What material are the trekking poles made of?
A: The poles are constructed from three sections of Alu 5083, an aluminum alloy known for its endurance and reliability, and feature a T6 cork grip.
Q: What are the collapsed and extended measurements of the poles?
A: The Masters Scout Antishock CSS Trekking Poles measure 65 cm when closed and have a maximum extension of 135 cm (minimum extension is 105 cm).
Q: Is the locking system reliable in different weather conditions?
A: Yes, the BS Blocking System is an expansion system realized with durable DuPont plastics, assuring its reliable performance at both high and low temperatures.
