By: Marcel Rodriguez I have long been a fan of artificial high directional anchors (AHDs) for dealing with tricky edges. Beyond the obvious benefits of having a focal point above a tricky edge, the reduction of mechanical disadvantage (through friction) is a strong argument for raising the rope off of the deck and reducing contact. […]
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I get this question asked in a lot of ways. All though in many ways, this is really a no-brainer. In other ways, it becomes complicated. The no-brainer is answering the question from a logical standpoint. Ease of use. Does it have more than one use? Cost per use over time (amortization). The complicated
Break-bar Rack, Figure 8 or Petzl I’d? Which do I buy? Read More »
The leading authority of professionals discussing technical topics of research dedicated to the rescue industry. Here is a brief summary of early history of the International Technical Rescue Symposium: The germ of the idea for the Symposium actually came from John Dill. One day during a phone conversation, John suggested that what was needed was a
2015 International Technical Rescue Symposium Read More »
Progression with a taut rope using a TIBLOC WARNINGS Read the technical notice before viewing the following techniques. It is important to fully understand the information provided in the technical notice before using this complementary information Mastering these techniques requires training. Consult a professional before attempting to perform these techniques on your own. Progression with
Progression with a taut rope using a TIBLOC Read More »
Rescue tripods “falling over” Natural, improvised, and purpose built high directionals are used to manage loads over edges and through openings. They can make otherwise impossible tasks possible. There are now many proprietary solutions with almost limitless configurations that are being used by rope technicians for access, standby rescue, technical rescue, and load management. High
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This sequence takes a page out of the nautical use of block and tackle hauling systems. By reeving double sheave pulley in the manner described here, the practitioner will acquire valuable skills in building a more efficient pulley system. The way we address knots, MAs (Mechanical Advantages), and Anchors in these videos are more general
The Bowline is a time honored knot that continues to serve well, not only in the mariner industry, but also in construction. Some of the excellent attributes of the Bowline, such as small gain and the ability to untie after a heavy load is very suitable for rescue as well. There are many variations on the Bowline
Bowline Knots | Knots & Pulleys in Rope Rigging Systems Vol. 1 Segment 4 – Rigging Lab Read More »
This week on Tech Pick of the Week at Rescue Response Gear, Luke Bryan breaks down the RAD technique. The Rapid Ascent/Descent technique facilitates quick and easy progression, positioning and change from a rope access ascent to descent. All of which is accomplished while maintaining an acceptable number of points of contact as recognized by
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This sequence takes a page out of the nautical use of block and tackle hauling systems. By reeving double sheave pulley in the manner described here, the practitioner will acquire valuable skills in building a more efficient pulley system. The way we address knots, MAs (Mechanical Advantages), and Anchors in these videos are more general
The “Confined Space Rig” is a compound 6:1 that when configured in the manner shown in this sequence, it works extremely well for straight vertical confined space drops. This sequence will take you through the steps. The way we address knots, MAs (Mechanical Advantages), and Anchors in these videos are more general and with a
Confined Space Rig | Knots & Pulleys in Rope Rigging Systems Vol. 1 Segment 8 Read More »
