rescue rigging

Multipoint Anchors - Spanned Anchors in Rope Rescue

Spanned Anchors in Rope Rescue

Spanned Anchors in Rope Rescue Spanned anchors play a critical role in rope rescue operations, especially when anchor points must be established across gaps, uneven terrain, or large horizontal distances. Unlike traditional anchors that rely on fixed points, spanned anchors offer flexibility in positioning and load distribution. But with this versatility comes added complexity, and […]

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Twin Tension Rope Systems and Gin Pole Setup

TTRS and Gin Pole Setup for Technical Rope Work

Technical rope professionals often need fast clarity on specific systems. Whether you are refining a Twin Tension Rope System (TTRS) or setting up a gin pole, efficiency, safety, and precision come from understanding how the system works—not just owning the gear. Twin Tension Rope Systems (TTRS) TTRS distributes the load between two tensioned lines, with

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Mastering Horizontal Lifts and Pickoff Rescues in Rope Rigging

Horizontal Lifts and Pickoffs in Rope Rescue

Mastering Horizontal Lifts and Pickoffs in Rope Rescue Rescue professionals are constantly refining their techniques to handle challenging scenarios efficiently. Two fundamental operations in technical rescue—horizontal lifts and pickoffs—demand precision, coordination, and a deep understanding of rigging principles. Whether you’re an instructor preparing a course or a team leader refining skills, mastering these methods ensures

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Knot Efficiency in Rope Rescue: Essential Guide - The Language of Rope

The Language of Rope

The Language of Rope: Mastering Terminology for Rigging and Knot Work The language of Rope: understanding the terminology is as vital as the hands-on skills. Language shapes our ability to communicate clearly and operate effectively in high-stakes environments. Misunderstanding or misusing a term can lead to inefficiencies—or worse, compromise safety. This guide dives into the

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Mechanical Advantage Systems

9 Ways to Master Mechanical Advantage Systems

9 Ways to Quickly Master the 3 Types of Mechanical Advantage Systems Understanding mechanical advantage (MA) systems is critical for rope rescue operations. These systems form the backbone of hauling, lowering, and tensioning efforts, making them indispensable for rescuers. By mastering these principles, you can design and operate efficient systems tailored to various rescue scenarios.

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mechanical advantage systems

Pulleys and Mechanical Advantage Systems

Understanding Pulleys in Mechanical Advantage Systems How Pulleys Work Fixed Pulleys: Function as first-class levers with the fulcrum located at the axle of the sheave. They change the direction of force without increasing MA. For instance, a change-of-direction pulley has an MA of 1:1. Moving Pulleys: Act as second-class levers, where the rope is attached

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Sked stretcher

Sked Stretcher Spinal Packaging for Vertical & Horizontal Use

Spinal Packaging for Vertical & Horizontal Use The Sked stretcher is a vital tool in confined space rescue operations, offering flexibility for both vertical and horizontal patient transport. Its durable design and adaptable rigging options make it ideal for challenging environments. Below, we explore its use in spinal packaging, focusing on safety, efficiency, and patient

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A Mechanical Advantage Overview

A Mechanical Advantage Overview

A Mechanical Advantage Overview In the world of technical rescue and rigging, mechanical advantage (MA) is a fundamental principle that transforms raw effort into efficient, effective power. Whether you’re hauling a stretcher up a vertical cliff face or lowering equipment into a confined space, understanding mechanical advantage is crucial to creating systems that perform reliably

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Simple and Compound Mechanical Advantage

Simple Compound Mechanical Advantage

Mastering Simple and Compound Mechanical Advantage Systems Mechanical advantage (MA) systems are essential for rescue and rigging operations, allowing teams to efficiently lift or move loads with reduced effort. These systems fall into three main categories: Simple, Compound, and Complex. Understanding the principles behind these systems is critical for effective application in the field. This

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