Today, we are at Deschutes Brewery in Bend Oregon. The scenario is an industrial rescue and access context and we are needing to perform rope access work over the railing on an industrial cat-walk. Anchor considerations are the prime focus at this point and truly, any “roped” activity. We have looked at top rope scenarios […]
Industrial Rope Access Anchor Considerations Part 1 Read More »
In this system, a Mirrored Skate Block, there are two independent anchor straps from two separate parts of the vehicle. We have not equalized tension between the anchors to allow for proper readings from the ENforcer to record the peak force being exerted on the skate block. Moving past the ENforcer, is the V-Anchor system,
Configuration of the Bottom Anchor for the Mirrored Skate Block Read More »
How to Set Up a V Anchor System for Friction-Heavy Top Rope Top Belay The V Anchor System offers versatility for climbing and rescue applications, but managing friction and mechanical advantage is crucial in certain setups. This guide addresses the challenges of a top rope top belay system with a V anchor, highlighting how friction
V Anchor System Top Belay Read More »
Simplifying the V Anchor for Rappelling Anchoring forms the foundation of all rope systems, whether for climbing, rescue, or recreational activities. Richard Delaney from Rope Lab, in collaboration with Rigging Lab at Rescue Response Gear, demonstrates how to set up a V anchor for rappelling. This guide simplifies the process, highlighting key steps and safety
V Anchor for Rappelling Read More »
Using a Double V Anchor System for Twin Tensioned Rope Systems The V anchor system is widely regarded for its simplicity and versatility. As demonstrated by Richard Delaney from Rope Lab in collaboration with Rigging Lab at Rescue Response Gear, this adaptable setup can be expanded into a double V anchor system for lightweight wilderness
Double V Anchor System Read More »
V Anchor Top Rope Bottom Belay The V Anchor System is a simple yet versatile solution for climbing and rescue operations. When paired with anchor bolts, it becomes an efficient and safe setup for top rope bottom belay climbs, offering reliability and eliminating single points of failure. This guide explains how to build and use
V Anchor Top Rope Bottom Belay Read More »
Understanding the Real Impact of Friction in Mechanical Advantage Systems Mechanical advantage systems are a cornerstone of climbing and rescue rigging, providing the means to move loads with less effort—or so we’ve traditionally thought. Richard Delaney of Rope Lab, in collaboration with the Rigging Lab Academy, explores how friction can undermine the effectiveness of a
Friction in Climber Rescue Read More »
This Video Series is Sponsored by With light weight technical rescue there are many options for managing friction but not all are appropriate for remote, small team operations. It should be possible to simplify systems if we get back to basics and consider the true purpose of high directionals: namely to manage edge friction. Too
Managing Edge Friction With An Artificial High Directional Read More »
