“Cutting The Lanyard” MythIn some industries the standard practice is to cut the patient’s lanyard once you’ve connected to them. By pulling as much slack out of the connection as possible, the shock to the patient from cutting the lanyard is usually quite small. At first glance this seems to be a pretty desirable solution. It is simple, fast, and requires a minimum of training. No need to rig up a lifting solution to raise the patient. That’s a good thing, right? Well, for all of the benefits, cutting the patient’s lanyard has some significant problems. For this post, we’ve teamed up again with our buds at Pacific Ropes so we can really get down to the nitty-gritty on this half-assed solution.
The Problems With Cutting The Lanyard as told by Pacific Ropes:
Shock loading your system may have been the only answer back when we climbed dinosaurs to get fruit off of trees (wasn’t that a thing?), but in today’s age, we are lucky to have many options to prevent the cut, therefore preventing the dynamic loading. From the Rope Access and Rope Rescue world, cutting the lanyard is a desperate final attempt when all else fails. Fall Protection professionals teach a raise, disconnect, and lower technique to avoid any cutting and dynamic loading.
If you get to this point during rescue training, you would most likely be excommunicated from the rope access or rescue team, and move on to teaching teens at a climbing gym. (We may have added a little drama to over emphasize the point). Save the kitchen knife for your arts and crafts, don’t bring it out in your rescue kit.
Alternatives For Disconnecting the Patient as told by Rope and Rescue:
Of course, there are a million and one ways to create the lift. Rope access technicians will nerd out over ways to lift a patient using unconventional techniques. But, you don’t have to get too creative since there are lots of great out-of-the-box solutions. The simplest is to have a mini haul kit like the Cortes 4:1. The haul kit will give you the mechanical advantage that you need to lift the patient.