Technical Rope Systems

Twin Tension Knot Pass in Lowering Systems Using a Figure 8 Loop

Twin Tension Knot Pass Using a Figure 8 Loop

Twin Tension Knot Pass Using a Figure 8 Loop – In lowering systems configured as twin tension rope systems, passing a knot becomes more manageable—particularly when the knot locations are intentionally staggered between the two lines. This strategy allows for momentary load transfer to one side, effectively transforming the system into a main and belay […]

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Build static highline systems with directional lines

Build static highline systems with directional lines

Build static highline systems with directional lines Build static highline systems with directional lines – In rope rescue operations, few systems demand more precision than a highline. When terrain, structures, or vertical drops prevent direct access, a static highline becomes the backbone of movement and transport. But within that structure lies a key element that

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Friction in Climber Rescue - Minimalist Rope Rescue Techniques - System Strength Ratios in Rescue

Prusik Knots in Rope Systems

Prusik Knots in Rope Systems The Prusik knot is a cornerstone of technical rope systems, widely regarded for its versatility and reliability. Whether used in high-angle rescue, climbing, or rigging operations, the Prusik knot provides a lightweight, adaptable solution for progress capture, backup belay, and other critical applications. In this guide, we explore the Prusik

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Choosing the Right Rope Grab for Rescue Operations

Choosing the Right Rope Grab for Rescue Operations

Choosing the Right Rope Grab for Rescue Operations Choosing the right rope grab for rescue operations is critical technical rope systems, providing secure and adjustable connection points during climbing, rigging, and rescue operations. Selecting the right rope grab depends on understanding the specific demands of the task, the rope being used, and the operational environment.

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