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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High-angle rescue operations demand precision, safety, and effective use of advanced rigging equipment. The Vortex Side Frame, a cornerstone of Artificial High Directional (AHD) systems, provides the versatility needed for high-angle raises in challenging environments. In this blog, we’ll explore the foundational setup of a Vortex Side Frame for a high-angle rescue, including the necessary
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High Directional Systems in Rope Rescue A high directional is a crucial component in rope rescue operations, used to elevate the rope system above the rescue scene. By raising anchor points, high directionals enable safer, more efficient rescue operations across various challenging environments. Definition and Purpose A high directional is a rigged system designed to:
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Caving rescue and confined space operations are among the most challenging scenarios in technical rope rescue. Success hinges on using precise systems that balance safety, adaptability, and efficiency. Tools like the AZTEK 4:1/5:1 Mechanical Advantage System and Dynamic Directionals play a pivotal role in managing complex rescue Systems Used in Confined Space and Caving Rescues
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Artificial High Directionals Types (AHDs) play a critical role in technical rescue and rigging scenarios, offering versatile solutions for elevated anchors and mechanical advantage systems. Whether in mountain rescue, industrial settings, or search and rescue (SAR) operations, understanding the types and proper use of AHDs can significantly enhance the efficiency and safety of operations. Let’s
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The Rigging Effect: Keeping Ropes Off the Ground with a Rigging Workstation Efficient and effective rigging begins with organization, and one of the simplest yet most impactful techniques is keeping ropes off the ground. This small adjustment can enhance safety, extend the lifespan of gear, and streamline operations. Central to achieving this goal is the
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How to Set Up a V Anchor System for Friction-Heavy Top Rope Top Belay The V Anchor System offers versatility for climbing and rescue applications, but managing friction and mechanical advantage is crucial in certain setups. This guide addresses the challenges of a top rope top belay system with a V anchor, highlighting how friction
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Simplifying the V Anchor for Rappelling Anchoring forms the foundation of all rope systems, whether for climbing, rescue, or recreational activities. Richard Delaney from Rope Lab, in collaboration with Rigging Lab at Rescue Response Gear, demonstrates how to set up a V anchor for rappelling. This guide simplifies the process, highlighting key steps and safety
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Using a Double V Anchor System for Twin Tensioned Rope Systems The V anchor system is widely regarded for its simplicity and versatility. As demonstrated by Richard Delaney from Rope Lab in collaboration with Rigging Lab at Rescue Response Gear, this adaptable setup can be expanded into a double V anchor system for lightweight wilderness
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V Anchor Top Rope Bottom Belay The V Anchor System is a simple yet versatile solution for climbing and rescue operations. When paired with anchor bolts, it becomes an efficient and safe setup for top rope bottom belay climbs, offering reliability and eliminating single points of failure. This guide explains how to build and use
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