 All right, I got my blade on my shaft and I had a really nice looking motor. Ooh, look at that rust on that guy So now I somehow need to make the motor spin this around Okay, what kind of drive do I want? There are two main things I'm considering right now not a chain drive because The chain will overheat Maybe I should double check the The speed rating of these chains. Oh, right. I'm gonna go on it. Oh, you know, it's so annoying. Anyway I'm pretty sure I don't want to use a chain drive. I Think I want to use a direct drive like Connect the motor directly to the shaft So there's no gearing because that just takes out a whole you know chunk of moving parts so let me Let me start messing with this You see what's going to be involved in connecting the motor directly to the end here. I Have this on here and I have this which bolts onto there because this was connected To a boat and a head of a shaft coming out here to a propeller or whatever This is a one inch hole This here is one and a quarter noodles. So Alright, let's just take this sprocket up first and see what's under here Maybe I'll get super lucky and someone yeah, right? Let's get this thing off Probably around that's why I feel like there's no There is totally no screw in there No screw in that one either All right Oh, that's hilarious It just came right up If only that was a Skinnier thing sure would be nice if this fit on there So I either need to carve this skinnier or make the hole bigger Which one is easier Well easiest would just be to have a belt drive and Make a belt that or a pulley that fits on here or buy one or whatever Yeah, I want to try to do direct drive because that's gonna be the most efficient and I think the The speed should be about right Hold on a minute. I could turn this into One of these that would be that hard Because this has the right size hole and I'm presuming this is all you know Machined pretty flat here or at least, you know made in the factory to be 90 degrees aligned It's putting a hole Yeah, changing the hole in this is gonna be kind of a pain in the butt Well, all I have to do with this is you know cut a circle around here, which I don't even have to do a good job of you know Basically get that and then Make this this groove in here That will fit this little ring Yeah, it doesn't even have to be a groove It doesn't even have to be a groove that goes all the way to the inside It just has to just need something that'll fit along this this edge here Yeah, cut a groove in there All right, I think for my first try I'm gonna try carving this hole bigger And a little cutter thing here to get it in there and cut Without the bottom edge of this hitting Need to file a little bit of this off I mean, I should be able to get in there and carve Yeah Seems so tough except I Can only reach about a centimeter in there Aim this so it's straight and get this coming out of kind of an angle See how deep in there. I can carve it. It looks like Looks like I can definitely do it I did just sharpen this with a diamond bit All right, I'm in a diamond file, whatever you call it. All right, let me see if I can get this How far do I need it to gain at least Like two centimeters We'll be the minimum I think Two and a half centimeters Maybe tight enough. I just shaved a little bit off there. It's nowhere in here as much as it needs To do more and once I start getting close Take really good measurements once they start getting really close check it on the pipe One point two five noodle units man whoever sent this to me. Thank you so much They asked me to put one on my Amazon wish list and I picked this one out because it doesn't have batteries Love this thing Just check the inside down there and I'm obviously gonna do this off camera too so I can do a better job Yeah, I still have a bunch to go All right, okay according to my little measuring thing here. I just took about 15,000th of a noodle off this and I needed to do 250,000 so 15 up to 250 so I need to do it a bunch more times. Okay It's oil in there. Whoa, like halfway there nice All right Let's keep going. I'm doing this real slow because this this is sticking out pretty far I don't want to put much pressure on it. I'm just cutting a tiny bit of them at a time According to my thing I'm like five three three or four thousand Too big so let's go check that on the actual thing Forget what it's like to machine sometimes. It's amazing to have that kind of control like oh It's like I can control those atoms So amazingly accurately Oh Wow, that's getting on there that is snug I need to cut this junk off Clean this up a bit But yeah, that's getting partly on maybe take a tiny bit more off Yeah, maybe I should just cut this off right now though. I'm gonna do that anyway Made short work of that thing. I don't even need to file the edges. It looks fun Tiny bit off there. Oh, wow. Yeah wobble It's on there good and tight better Oil that so it doesn't Do anything. How do I cut the key way back in there, huh? I don't know. It's a little bit wobbly Okay, here's what we're gonna do Okay, and then you just touch this wire to that last one see that Do it over here Wait, wait, wait. Don't do yet Don't do yet Okay, just touch it real quick. You have to turn it sideways to fit it in the slot They back up go that way go that way Okay, go for it Just touch it real quick. All right, put it on and leave it Put it back up. So you got a bit of vibration. It's not too bad. Keep it in it. Push it in, push it in No, crack it in, back up, back up. Run like that and I'll see if I can Get a bit of the vibration out Okay, let go. That's pretty good Don't turn Okay, pull the wires out. Well, that is Pretty good. I Think I can get it has a little bit of vibration, but I think I can get that out by putting some tiny shims in here, you know, like a Like a sliver of paper or something Somewhere on there, although even just as it is It really doesn't vibrate very much. So I think I think this works So I got the motor connected to the shaft I got the two bearings this bearing I'm gonna want to move back here So there's more clearance between the bearing and where the wood is So I can cut a fatter piece of wood But uh, yeah, that's my my power thing basically You know that goes on there Yeah, all right I'm gonna figure out what these bearings will attach to you because it's not gonna be this big thing down here This is going nice and smooth so far, you know a little bit of tweaks here and there just to get some vibrations out but I think it's already within tolerable parameters I shouldn't speak so soon. It's still a lot more parts to make but that is the the most What's the word? That's the most Precision the most precisely, you know, it's the only part with with really high precision kind of the rest of a lumber mill is just You know making a track for it to go on all that stuff doesn't need to be that that exact