Hey tuned after the lesson to hear the instructors comments and summary. In this video we're going to do how to remove stubborn or stripped bolts. So students right now are in fuel systems. This is a great opportunity. Man, look at this. We got three sets of car radars here and then Lexi, you said you had numerous stripped bolts on there. Our whole problem, a lot of times is used in the wrong Phillips screwdriver. And in a previous video, someone had made mention how we aren't even using the right screwdriver that they make, you know, Japanese screwdriver by the brand. They have the call letters on them, JIS screwdriver where they haven't even better fit. One great YouTube follower even posted a picture in the comments and one of the videos or whatnot. So if you want to just Google it, look up JIS screwdriver and they would work for our metric screws, really surprises people. But we're going to be able to use this number two Phillips to get most of these out most of the time. Let's go ahead and zoom in here and figure out which fasteners give us grief. Okay, is that pretty bugged up? Yeah. I'm going to switch to a position like this. Okay. Now with this bracket on here, I'm afraid maybe I could bend it or whatnot. What I might want to do underneath the bench there. Give me a couple two by fours. This is thinking outside the box mechanics. We need you, us dealers. We need you to be able to think like this. Okay. Do I have a good square surface now? Yeah. So maybe I only need one in this case. That's all I need. Now I'm back to a surface where I'm not going to bend this bracket. If I bend this bracket, what's that bracket control? Okay. Okay. So if you take a look at this and you can see here that the throttle cables are aimed at the throttle cam. If I bend this bracket, it's going to strain them every single time I open and close that. So this is that whole thing about having mechanical integrity of what you do. Let's get back to the problem at hand and that is the strip screw. I'm going to take my number two Phillips here. You can see here it wants to lift, right? On the tightening, whoever put this on, stripped it tightening it. I've got, watch this on reverse. I've got pretty good grip here. Now let me ask you, Alex, when you saw this damage here, what are you expected to do to your boss or service manager before you attempt anything, right? So that's what he did here. I specifically trained and teach here, pointed out before you start messing with it so that you don't get blamed. Now I'm going to go ahead here and I'm going to see if I can get this to work. Let's say I get my body language in here first. If possible, I'm going to put my chest up against the screwdriver here. No gap in here. I'm going to align my wrist so that I'm going to turn with my wrist. Does that make sense? I don't want to go here and turn my whole body. It's just more awkward to do. So I'm going to take it here and I was able to get it out. I'm going to go ahead and just weld this thing on there. Yeah. So I've got that baby on there real tight. Another example, actually a student brought this up today. Hogi came over seeing where we were struggling and said, hey, have you ever heard of the fact that you could put some valve grinding compound in there so we could take it like this and put a little valve grinding compound in there to take the grit of the valve grinding compound. And sometimes you just kind of pack that down in there and it'll just give you a little bit more bite. Okay. All right. I'm going to show you what my favorite tool, favorite way, any mechanic that knows this trick is going to be like, yeah. Here is a every mechanic should own tool. Snap on. It's sure there's other vendors out there, but we like these guys here. Let's get in on this part number here. Write this down right now. Five, A, C, P. See how aggressive these teeth are? Yep. Here's why the tool is so successful. Do you see how tight of an arch there is right here? Yeah. Okay. It's not real square like a big pair of pliers. If I take a pair of pliers, I want to try and get this screw out. Do you see how the edge of the pliers I run out of room? I'm bottomed out. Maybe. Okay. I just don't have any room. I got nice aggressive teeth on there. Let's switch. These are all snap on tools here. So if I go to needle nose, do you see how I just don't have a very aggressive tooth on there? It's more like a file. Check this guy out. Now watch what I'm going to do. I got to make sure that the teeth are not grabbing onto the bowl too closely. I want to try and be up on the screw. And then also, I know I'm going this direction. So shouldn't I pre-load this as far away as I can? Look at the death grip that I can get on this. Are you with me? And then I can go ahead and break it free. As soon as it's broke free, I'm going to go back to here, use a traditional tool, take it apart, and then move on. Way cool tool, absolutely save the day. Listen to me. What do I need to do? Right now. Right on the workboarder that there is a hole screw. Write it on the workboarder. I'm telling you, if you do this, if you take this apart and put it in your bin, guys, you're going to overlook screws. You're going to overlook simple stuff. We work here on workboarders, on clipboards, break it free, maybe even write it down before you even mess with it. Be like, whoa, I need a carburetor bowl screw on the back corner. Could these be different lengths? Yeah. Let me show you a couple other examples here that are being buggers. And I'm going to try and see if my pliers are going to get in there. The carburetor, I'm going to double this one. Thank goodness. That's a life. That's the time to take it. What was the success there? Be intentional with your body. You're winning back and forth. You okay? You saw that? I'm not going to cause any more damage because I know what that release point is. Just tell yourself, if it's lifting, let me go in a forward motion here, if it's doing this, if it's coming out and up, quit. The screw will not come out. Quit right there. I just want to show you another example of this live and inaction with a student actually attempting these techniques. Here's Anthony just being successful. We're getting out one of these fasteners using these methods. Let's look at our checklist, the tools. So in your toolbox, you need these. Seriously. The reason and rationale for these was not to cause more damage. We as technicians, we create so much human air, the moment we touch things from just not slowing down a little bit to think about things. We're going to be real intentional there. Did you notice our workbench here is clean? That's numerous different ways to get those out because what we're trying to avoid is getting a drill out. That's what I don't want to do. Makes sense?