Search Results for: lowering

A Little Known Tool That Is Making Huge Headway… The Inside 9 Mechanical Advantage System

Over the last year or so I have been trying to up my rigging game with the main focus being “rigging light, rigging quick, rigging solid and rigging efficient”.  I will be the first to admit that all for all of this to happen at the same time it is a special day. I will […]

A Little Known Tool That Is Making Huge Headway… The Inside 9 Mechanical Advantage System Read More »

Highline Anchors Featuring Removable Bolts

This piece is from the RLA course Highline Sections with Tom Woods What we’re going to look at next is the actual anchoring system for the Highline that we’ve just done. It’s a little bit unique setup in that we’ve done all of our anchoring for everything off of removable bolts. Given the area where

Highline Anchors Featuring Removable Bolts Read More »

Mirrored Skate Block System Overview

Skate blocks are about the most amazing and versatile system known to rigging. Why? Low overhead. Low risk. High functionality. Super bomber! The question that most people have is, “Is it complicated?” No… Not at all. You can’t over tension this system. Take a look.   Transcription from Conversations in Rigging Hi, I’m Richard Delaney

Mirrored Skate Block System Overview Read More »

Rigging Lab Academy Plus

Dig deeper and go beyond just knowing about Rigging… Rigging Lab Academy +Plus is your key to solving complex rigging problems with confidence! These online courses will help you and your entire team become better rigging and rescue workers. Introducing Rigging Lab Academy +PLUS Includes all benefits that come with Rigging Lab Academy Essentials, +Plus

Rigging Lab Academy Plus Read More »

A Quick Look at Two Tension Rope System and a Dynamic Directional Offset using Two Artificial High Directionals

The Purpose (Vision) We have always encouraged experimentation and creativity when learning.  I do my best to take the advice of people I respect.  The other day I sat in the studio thinking about some unused space we have and decided to build a test piece… a small slot canyon where a hiker needed to

A Quick Look at Two Tension Rope System and a Dynamic Directional Offset using Two Artificial High Directionals Read More »

Technical Rescue: The Importance of 15:1

(This article was originally run in Firehouse October 1, 2019) Russell McCullar clarifies whether 15:1 is still relevant and says that fire departments should select gear and load limits that meet their needs. All Photos by Russell McCullar Not long ago, I was explaining to one of my students that our training agency was undergoing

Technical Rescue: The Importance of 15:1 Read More »

The Less Than 10 Percent Solution Just Got Easier: Highlines

Time for transparency here.  Highlines versus Offsets.  Which is one of these accomplishes the goal of moving the person or load from one side to the other in the most effective and efficient manner? Well, at this point I wasn’t thinking about either one… I really didn’t care. I hadn’t ever set up a true

The Less Than 10 Percent Solution Just Got Easier: Highlines Read More »

LEARN MORE ABOUT OUR NEW RANGE OF I’D SELF-BRAKING DESCENDERS

Easy to use, self-braking descenders adapt to any situation encountered during work at height, rope access work, or technical rescue: descending, work positioning, short rope ascents, belaying with climbing techniques. Easy to use AUTO-LOCK system The AUTO-LOCK system allows users to easily position themselves at a workstation without having to manipulate the handle or tie

LEARN MORE ABOUT OUR NEW RANGE OF I’D SELF-BRAKING DESCENDERS Read More »

Insights Into Gear: English Reeve System Control Side

Thank you Mark Pfeifer of Ronin Safety and Rescue… In this video, we are looking at the control side of an English Reeve.  The video shows four control descent devices and our riggers putting them into use to both have tension, the tension line and to be operating the English Reeve system. Now starting from

Insights Into Gear: English Reeve System Control Side Read More »