In the high-stakes arena of rescue operations, the role of a technician or director parallels that of an astute business leader, where efficiency and team synergy are paramount. Just as a well-designed pulley system in rope rescue allows for maximum efficiency with minimal force, applying these principles of mechanical advantage can revolutionize the way rescue …
Welcome to a new era in rope access and rescue operations, where innovation meets simplicity. In the world of technical rope work, the challenges of complexity, safety concerns, and limited versatility have met their match. Introducing CAPTO and CLUTCH – a dynamic duo designed to transform the way technicians approach their work. The following is …
Unlocking Efficiency and Safety: The CAPTO and CLUTCH Mechanical Advantage System Read More »
Mainline rescue and rigging systems encompass a comprehensive set of principles and techniques crucial for safely and effectively performing various forms of rescue and rigging operations. These systems are essential in scenarios like technical rescue, wilderness rescue, and industrial rigging, where precision and safety are paramount. Below is a synoptic overview of the key aspects …
Mastering the Art of Mainline Rescue and Rigging: A Comprehensive Guide Read More »
Rigging plays a pivotal role in the world of rescue operations, where the ability to analyze and manage forces effectively can make the difference between a successful mission and a potential disaster. In this blog, we will delve into three fundamental aspects of rigging: understanding the forces at play, harnessing mechanical advantage with pulley systems, …
Mastering Rigging Fundamentals: Forces, Mechanical Advantage, and Moving Systems Read More »
We’re back here at the lab, and this is a continuation of what we’ve done, the past couple of days with high lines. In quick review, We had, and we built the track line, and we had the control line for our basic high line system. Now what we’ve added to it is a third …
English Reeve: Control Side & Carriage System Highline Systems Read More »
When it comes to ensuring safety, there are a number of factors that need to be taken into consideration. During training sessions, the safety standards could be lower than during rescue operations as trainees may not have the same level of experience and expertise. However, this does not mean that training sessions can be conducted …
Rope Rescue Gear and Everything Between! Part 4 – Selecting a System Safety Factor Read More »
The T-method of analysis allows us to account for the friction in the pulleys and calculate a more accurate mechanical advantage. The efficiency of each pulley is calculated by measuring the difference between its theoretical output force, from our original system analysis, and its actual output force, determined experimentally. The efficiencies are then multiplied together …
Actual Mechanical Advantage – Rope Rescue Rigging Systems Read More »
The Harkin Wingman is a compact haul kit that offers versatility, functioning as either a four-to-one or a five-to-one kit depending on how you position the load. You’ll notice significant distinctions when comparing the Wingman to other mini haul kits available on the market, with one notable feature being its exceptional compactness. We’ve engineered this …
Excerpt Taken From Rigging Lab Academy’s ~ Confined Space Rescue: Technician course Confined Space Rescue Split 4:1 Introduction With the introduction of Petzl Grillons, AZTEKs, and other small mechanical advantage devices, a lot of people don’t use a rig split 4:1 anymore. If you don’t have access to a Grillon or small mechanical advantage systems …
Welcome to the third and final demonstration installment of our confined space rescue series… Confined Space Rescue Demonstration: Technician. We have a stacked line for you with tons of tips, information, and demonstrations. What you’ll be watching is far from exhaustive, however, we’ve tipped the scales way beyond anything you’ll find on the open market. …
Welcome to Confined Space Rescue Demonstration: Technician Read More »
