Category: RESCUE
Vehicle Stabilization Overview
Traffic Rescue In Japan, 2,610 people lost their lives in motor vehicle accidents in 2022, underscoring the severity of vehicle accidents as a primary cause of injuries and fatalities. In rescue situations, delayed evacuation can be fatal for individuals trapped in vehicles, making vehicle stabilization crucial in rescue operations. Importance of Vehicle Stabilization Vehicle stabilization…
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Swift Water Rescue – Swimming Rope Rescue
Swift water rescue using swimming rope rescue involves rescuers actively swimming or wading to reach and assist the victim. Table of Contents Simple Rope Tether The simple rope tether technique allows for fast and efficient rescue with minimal setup. Rescuers can use a belay line for stability. In solo rescues using a paddle, the paddle…
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Swiftwater Rescue: A Comprehensive Guide to Shore-Based Rope Rescue
Shore-based rope rescue is a crucial technique used in swiftwater rescue operations, where rescuers work from the shore to assist victims caught in fast-moving water. This type of rescue avoids direct swimming or wading into the current, focusing instead on utilizing ropes and lines to secure and stabilize the victim from a safe distance. It…
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Swiftwater Rescue: Throwbag Techniques and Safety
In swiftwater rescue, throwbags and ropes are essential tools. These items are used in various types of rescues, such as shore-based rope rescues, swimming rescues assisted by ropes, and throwbag rescues. Each of these approaches can vary in complexity, from simple rope throws to intricate cinching systems. Throwbags, in particular, come in different sizes and…
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Swiftwater Rescue Mobility Techniques: Line Crossing and Diagonal Traverse
Swiftwater rescue operations require precise techniques to ensure the safety of rescuers and victims. Besides traditional wading or swimming, two advanced techniques stand out: line crossing and diagonal traverse. Both methods utilize a rope line or throw bags, adding an extra layer of control and stability when moving across fast-moving water. This guide explores these…
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Swiftwater Rescue Movement Techniques: Part 2
In swiftwater rescue, effective swimming is crucial for both rescuers and victims. Swiftwater, characterized by fast-moving currents, poses unique challenges that require specialized techniques. Two primary swimming techniques used in such environments are Defensive Swimming and Aggressive Swimming. These methods, along with maneuvers like Barrel Rolls, Back Ferry, and Strainer Drills, ensure that rescuers can…
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Swiftwater Rescue Movement Techniques Part 1: Comprehensive Guide for Rescuers
Swiftwater rescue presents unique challenges that require rescuers to move effectively in fast-flowing rivers. Whether by walking, swimming, or employing advanced crossing techniques, mastering these methods is essential for ensuring the safety of both the rescuer and the victim. This guide covers the most commonly used wading techniques to cross rivers safely, including solo paddling,…
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Vehicle Stabilization: Ensuring Safety in Rescue Operations
accidents are a leading cause of death, with over 10,000 fatalities each year. One of the most critical aspects of post-accident rescue is vehicle stabilization. This step is essential to avoid further harm to those trapped inside the vehicle and to provide a safe environment for rescue workers. Without proper stabilization, a vehicle may shift…
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Full-body Immobilization with a Spine Board (Backboard)
Emergency Medical Services (EMS) were established in the U.S. in 1966 under the National Highway Safety Act. Since then, pre-hospital care has evolved significantly. In this explanation, we’ll cover basic immobilization techniques and equipment used before arriving at a hospital, such as spinal immobilization and pelvic stabilization. Spinal Immobilization The concept of spinal immobilization was…
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Low-Angle Rope Rescue
A low-angle rope rescue refers to a rescue scenario where an injured person is supported not only by the rescue equipment but also by the rescuers themselves. Understanding the difference between low-angle, steep terrain, and high-angle rope rescue environments helps decide the training content and the selection of gear. The steeper the slope, the more…
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