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Stretching the Initial Attack Line

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Tue, 10 Jan 2012|

Nick Martin of Traditions Training discusses some issues firefighters face while stretching out the initial attack line. Sponsored by Globe.

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Automatically Generated Transcript (may not be 100% accurate)

[MUSIC] [NOISE] Welcome to Fire Engineerings Training Minutes, sponsored by Globe Turnout Gear. I'm Nick Martin, and today we're gonna talk about some problem solving evolutions for stretching the initial attack line, and flaking out your line in some tight spaces. Let's go take a look. [FOOTSTEPS] When stretching the hose line, estimating the stretch is one of the most important parts. It is important that we not only have enough hose, that we don't have, but we don't have too much hose either. Many departments in the country operate off of preconnected hoseline. Here we have the last portion of a Minuteman style preconnect off of the engine. An easy way to estimate how much hose that you have left on your shoulder is to count the, the number of lengths running across your shoulder. If you keep in mind that the average width of an engine is about eight feet, each time one piece of hose goes across my shoulder, that's about eight feet of hose. Using that estimation. I could estimate how much hose I have left on my shoulder, and think about that in terms of how much hose I need to get to my objective. In a best case scenario, we'll estimate the stretch perfectly, and we'll get there with just enough hoseline, and not too much. In some scenarios, the fire may be somewhere other than where we thought it is, or perhaps we made an error in estimating our stretch. And in that case we need to be able to recover. If I was in this hallway here and needed to call for water right away, to be able to fight fire or to protect myself. If I was to throw this hose down on the ground, it's going to end up being a big kinked mess and we're going to have little to no useable water flow. Coming out of our nasal. So, an easy way to resolve that type of problem is to convert this line into a series of loops. To do that, what I'm going to do is I'm going to take my nasal from the bottom of my shoulder load and I'm just going to flip it over my right shoulder to keep it out of the way. I'm left here with a series of loops. Starting from the bottom, I take my, my glove hand and go through each loop, working my way up towards the top. It is important that you put, that you go from the bottom towards the top, each hand coming through the loop. Once I have my hand through there, I allow it to come off from my arm. Take my other hand, run it through, and open it up into a loop. An important part to do next, is not just to throw it down. But I'm gonna step into the loop and place it down around my feet. At this point I've converted it into a line that flows out of the top and once I call for water here, I'll be able to achieve full GPM flow out of my nozzle. And also my line will flake out of the top and advance smoothly toward my objective. Now let's take a look at this in real time. [MUSIC] [INAUDIBLE]. [NOISE] These days when many fire departments are operating with minimum resources, it's important that we be able to perform our skills with low manpower. As you saw, that line was easily deployed with one firefighter. Now when a second firefighter becomes available, these charged loops are easily moved around to assist in advancing the line. Once the loops are charged, we can lift them up. We can carry them where we want them to go. We can roll them our of the - - down the hallway or off the steps, or in a more narrow environment, we can leave them against the hall to leave more room. For firefighters to pass by. We'd like to thank you for watching fire engineering training minute and thanks to our sponsor globe turn out gear. [BLANK_AUDIO]

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