Installed on a safety rope, mobile fall arresters follow the user automatically as they move, whether on an inclined or vertical surface. In the event of a shock load or sudden acceleration, they lock onto the rope and stop the fall. For years, the ASAP and ASAP LOCK models have set the standard for those …
When we developed ideas into courses, we considered many things. Yes, we went through the SWOT analysis as well. Know this will get you What, Where, When, and How! Strengths Opportunities Weaknesses Threats I will let you reference this, however we went through all 4 elements before we engineered, designed, went to production and released …
Over time, we’ve found this style of deflection offset to be really fun. They have their limits, as with any system, but strength (when properly rigged and run) comes easy and we appreciate the versatility it offers. Large gaps or spans are typically the MO for dynamic directionals. We used a standard A-Frame configuration on …
Dynamic Directional Offset System Using an A-Frame and Natural High Directional Read More »
The year was 2003… almost 5 years post my bellwether event in Sedona. These “leaders” had shown me not just an existence of something new, but of a direction of a trend of things to come. During these years, I had taken other courses and had become much more familiar with “the vertical terrain”. Mind …
What’s the #1 leadership and team building mistake rope rescue technician’s make? Read More »
I found myself in a very compromising predicament. I had been running my gear company for less than a year and had been in search and rescue or the better part of 2 years and felt comfortable with what I had understood rope rescue to be. Fast forward a bit… I am standing on Bell …
Hey friend! Are you a rope rescue professional that wants an easy to understand framework that explains how two tension systems and high directionals work? Are you working with the your team and wanting them to understand two tension systems and high directionals, but don’t know how to go about retraining your individual team members or even the entire …
Staggering rigging anchors is a perfect way to spread the mechanical advantage system over a broad area, while at the same time, using the area very efficiently. The goal is to get as much “throw” as possible and to limit resets. There are numerous ways to do this and these are only two of the …
Staggering Your Rigging Anchors Increases Efficiency But At What Cost? Read More »
In our heads, we know that anchors are the most important part of any rigging or rescue system. We know that because it has been drilled into our skulls, but I would venture to say that the reasons for this is inescapably unclear for many. My goal here is to simply bring about a …
Why are Rescue and Rigging Anchors More Important than Anything Else? Read More »
Basic Highline System with Pulleys, Rope and Pulley Systems for High Angle Technical Rescue Highline operations are one of the most dangerous and most difficult vertical rescues. Highline rescues invoke the use of advanced rigging skills, performed by advanced technicians. Under no circumstances should a highline be attempted solely on the instruction of this …
Excerpt from Gear In Use 2: Technical Rescue MAESTRO and I’D allow for efficient hauling, releasing the lock at any time, and a controlled lower of the load. The two devices have different ergonomics and different specifications (working load and efficiency). Hauling The MAESTRO’s efficiency enables the effective use of simple pulley systems. If a …
Comparison between MAESTRO and I’D for a rescue using twin tensioned haul lines Read More »
