Go 0 to 60 In Your Understanding of Mechanical Advantage Determining mechanical advantage using the T-Method is really the guiding method to determine the “ideal mechanical advantage” or IMA. However, note… this method doesn’t take into consideration the friction problems or coefficient of rope bending or turning on metal. So what is mechanical advantage? Mechanical […]
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In confined space rescue operations, selecting an efficient and straightforward system is crucial for the safety of both rescuers and victims. The Tight Line Skate Block System offers a streamlined alternative to traditional highline systems, providing simplicity and effectiveness in various rescue scenarios. Understanding the Tight Line Skate Block System The Tight Line Skate Block
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I wanted to talk a bit about a tool (Litter Hauling Techniques) that I know for a fact, not enough people are aware of. The Jag System from Petzl. I happened upon this quick tech tip from Petzl and noticed 4 people in the system. Does it or should it really take 4 people to
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Leadership in rescue operations goes beyond technical expertise; it’s about guiding your team through adversity with clarity, confidence, and purpose. High-pressure situations test the limits of even the most skilled teams, making strong leadership essential to success. The Role of Leadership in Adverse Conditions In rescue scenarios, adversity comes in many forms: unpredictable environments, evolving
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In technical rescue operations, selecting the appropriate descent control device is crucial for efficiency and safety. Two prominent devices in this field are the CMC Multi-Purpose Device (MPD) and the Petzl I’D. This article provides a comparative analysis of their features, performance, and suitability for various rescue scenarios. Overview of CMC MPD and Petzl I’D
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Highline Systems Overview Highline systems overview would be considered a cornerstone of advanced rope rescue operations, enabling safe and efficient horizontal movement across challenging obstacles such as canyons, rivers, or urban gaps. These systems require meticulous planning, precise execution, and teamwork to ensure both safety and success. This blog delves into the critical components, operational
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The T-Method, also known as the T-System, is a systematic approach used to calculate the mechanical advantage (MA) in pulley systems. This method is particularly beneficial in rescue operations and rigging, where understanding the efficiency of mechanical systems is crucial. Understanding the T-Method The T-Method involves assigning units of tension, denoted as “T,” to different
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Weekend at the Volcano: Mastering High-Angle Rigging Techniques Few training opportunities match the intensity and reward of a custom course in high-angle rigging techniques set against the backdrop of a volcanic landscape. Combining real-world challenges with expert instruction, these immersive courses push participants to refine their skills, master advanced systems, and build confidence in high-stakes
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I just got back from RLA’s first ever Live On-site training in Mt. St. Helens National Monument with the Volcano Rescue Team. It was awesome, I loved connecting with these amazing people. They ranged from full time EMS professionals, self employed designers, engineers, freelancers, mechanics, guides and a host of other passions and occupations. Jason
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Winch Power and Artificial High Directionals The synergy between cutting-edge equipment like winches and Artificial High Directionals (AHDs) represents a leap forward in technical rescue operations. These tools enhance efficiency, reduce personnel needs, and enable teams to tackle complex challenges with precision. This exploration dives into the key components, operational advantages, and the innovative mindset
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