Mastering Edge Transitions You know how excruciatingly hard it is to negotiate any sort of edge without some sort of “blood bath”. You have given your life and soul to a purpose… to save lives and mitigate the challenges that would put you in the same sort of predicament your patient is in. Mastering edge […]
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Choosing the right rigging system is not about having endless options—it’s about knowing your limits and working within them. Simplicity and focus are powerful tools in rigging, allowing professionals to maximize safety, efficiency, and reliability. By narrowing the scope of your tools and techniques, you can build systems that are both effective and adaptable, even
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90+10 Does Not Equal 100% 90+10 Does Not Equal 100% in rigging and technical rescue, is the difference between success and failure often lies in the details. You might have 90% of your system perfectly dialed in, but if the remaining 10% is neglected, the entire operation can fall apart. Success in these fields requires
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Two-Tension Rope Systems: The Time Has Come Rescue operations are as much about innovation as they are about precision. For decades, single-tension rope systems have been the backbone of technical rescue. They’ve worked reliably but come with inherent limitations: uneven load distribution, inefficiencies during edge transitions, and challenges with adaptability. Enter the Two-Tension Rope System
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Two Rope System Cross Pollination With “two rope system cross pollination”, innovation often arises at the crossroads of different disciplines. The adoption of Two Rope Systems, particularly Twin Tension Rope Systems (TTRS), exemplifies how ideas from rope access and rope rescue industries have merged to create safer, more efficient rigging practices. This cross-pollination has reshaped
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So what is Small Party Assisted Rescue? Well, it’s essentially a 2-4 “person” (cavers, climbers, mountain SAR, etc.) assisting an injured member of their team or party without the reliance or assistance from outside resources or teams. I am going to share with you a very small but important part of cave rescue that applies
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Types of Anchors in Rigging and Rescue Single-Point Anchors: Utilize a solitary, robust anchor point, such as a sturdy tree or a securely installed bolt. These are straightforward but depend entirely on the strength and stability of one point. Multi-Point Anchors: Combine multiple anchor points to distribute the load, enhancing stability and redundancy. Common configurations
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Redundancy in Rope Systems is used with roping systems however I often wonder how much thought is truly put into this concept. By definition, a redundant component of a system is one that is not needed. A system with complete redundancy is one that will not fail as a consequence of the failure of any
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In rescue operations, especially within confined spaces or when retrieving a fallen worker, the efficiency and simplicity of the mechanical advantage system employed are paramount. One such system that has proven effective is the Fast Fours Mechanical Advantage System. This system is a variation of the traditional set-of-fours, designed to enhance both speed and ease
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In tower rescue operations, the Tracking Skate-Block Hybrid System offers a blend of redundancy, simplicity, efficiency, and effectiveness. This system combines elements of tracking lines and skate-block techniques to facilitate safe and controlled rescues from elevated structures. Key Components and Setup Patient and Midpoint Connections: Pre-Climb Preparation: Set up both the tracking and skate lines
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