Stein “Skywalker” PRO Hitch Pulley

Description

Improve efficiency and control in your climbing system with the Stein Skywalker PRO Hitch Pulley. It is designed for arborists who want smooth hitch tending, low friction performance, and versatile rigging options in a compact format.

To begin with, this pulley combines the benefits of a twin-eye and triple-eye system into one streamlined design. As a result, it supports multiple connection configurations without adding unnecessary complexity to your setup. You can run it as a standard pulley or integrate it directly into advanced hitch systems.

In addition, the elongated attachment hole allows flexible carabiner placement. It supports both single and double carabiner setups while keeping alignment smooth under load. Therefore, you gain more freedom in how you build and adjust your climbing system.

Furthermore, Stein constructs the Skywalker PRO from treated aluminium side plates with a stainless steel axle. This combination delivers strength, durability, and corrosion resistance for long-term professional use. A pre-lubricated internal bushing also reduces friction, which helps maintain smooth rope movement during operation.

Because efficiency matters in climbing, the pulley uses rope-friendly and textile-friendly edges. This design reduces wear on ropes and allows direct attachment in some configurations. As a result, you minimise system bulk while improving versatility in the canopy.

The pulley is also rated for ropes up to 13mm and certified to EN12278 standards. With a high breaking strength (around 30–36 kN depending on configuration), it supports demanding arborist applications where reliability is critical.

However, correct setup remains essential. Users should ensure proper carabiner orientation and compatibility with their hitch system to achieve optimal performance and safety.

Overall, the Stein Skywalker PRO Hitch Pulley delivers a strong balance of versatility, efficiency, and durability. It is built for professional arborists who need a compact, high-performance hitch tending solution in modern climbing systems.