 Hey guys, this is Alex. I just posted a video of me SPP-ing this lock. It's a Rob by Rack, allegedly 7-pin padlock, dimple padlock. It's trying to compete with multi-lock, I don't know exactly what model, but supposedly by one of the inventors of multi-lock or something like that. So I thought we'd bet it and take a look at it. I think the construction overall is not too bad, but I haven't poked up in the cylinder yet, so see what's in there, see what the tolerances look like, and yeah, just take a look. So, standby. There's just a little closer look at the bidding on the key. There you go. I believe that this is pin 7, so 1, 2, 3, 4, 5, 6, 7. That's a maximum height, so it does look like a real 7-pin lock. Here's the lock. When you open it with the key, the shackle comes out. It's a pretty big shackle. I think it's about a half inch, right on it, half inch over. Sorry guys. 12.6 millimeters-ish. The, let me get the key back out. Here we go. The mechanism is ball bearing on both sides, so not too bad. That should be the locked position, but yeah, that's the locked position. They don't stick out too far, but I guess enough to do the job. I'll get the key out. So the way this disassembles, it's actually made, the design is actually pretty nice, I'd say, security-wise. See if I can find the right Allen head. So it has an Allen-type screw. This is really just to keep the lock from falling apart when you take the shackle out. So then this slides apart. So you might say, well, that's not very secure. Well, you can, you can see that the, when the shackle is in, it's holding both of these pieces together. So this just serves as an additional shield. So we'll set that aside. Then we have the the center bit, okay, with the lock core in it and the ball bearings. A lot of ball bearings, actually. I have to figure out what all three of those are for. And, yeah, and the actuator. And you can see by design, it's not going to be bypassable, obviously, because the, because it's directly attached to the plug. Of course, that's made out of brass, so you could argue about how secure that's going to be. So that's that. And I'm going to see if I can gut this and see what's going on, see what's going on inside. Here's just a little closer look at the cylinder. Looks like it has a pin there that probably keeps the plug from falling out. There's the keyway. Ooh, that's going to make my life a lot easier. And there's the, there's the rear and that little actuator. Okay, all right. Okay, so I gutted the lock, which was something more complicated than I had anticipated. But here we go. They could have put seven pins in here. There were enough holes in the plug. This is a detent to keep it from turning, but you can see one, two, three, four, five, six, seven. However, it was only populated with six of the seven pins. And although I speculated that there were security pins in here, there are none. These are all normal pins, which is pretty disappointing. The chambers are not counter milled. The plug, actually checked, but pretty sure. Not counter milled. And to give you an idea of the tolerances, the inner diameter of the plug is 0.5135 inches. The metric will show up down here. And the outer diameter of the, so the inner diameter of the shell, what did I do with it? Here, the inner diameter of the shell, okay, 5135. The outer diameter of the plug, 505. That's a difference of 0.0085 inches or 0.21 mil. And that's enough for quite a floppy fit. I won't put that back in, but pretty floppy in there. And that may be why it seemed like it was false setting when it was just setting. So anyhow, I did discover the purpose of the three bolt bearings. Let me see if I can get a shot of the case here. So the plug, the cylinder fits down in here like this, right? Goes down in there. So one ball bearing goes in this area there. And then the other ball bearing needs to reach out into here. You've got this area. So they put two ball bearings to accommodate the distance there. And then this little guy spins around and actually locks it. So in the previous video, I had said it was probably a pretty good value. I mean, I think the lock is pretty strong. I think with some additional pinning, it could be made to be reasonably secure. But compared to what it claims to be competing with, which is multi lock, it's, I mean, not even in the same class. I had mentioned a little difficulty in disassembling this thing. So there's this little slot here. And there's a pin, it was a pin, that goes into this slot that prevents the plug from turning more than, you know, about 90 degrees and keeps it from falling out. That pin is driven down through this hole. And in order to get it out, I had to actually drill that pin out. Now that's not a big deal because it's about the same diameter as a key pin. So I can just jam something in there or a little piece of wire to keep it from falling apart. Though I don't know if I'm going to even bother. Security wise, pretty much junk. And despite the fact that the shackle, which has disappeared, is quite heavy, quite thick. Can't find the shackle. And it has fairly deep cuts in it. The ball bearings don't extend very far into it. And so I have questions as to whether it would, it would really be all that secure against significant pulling or that type of attack. Anyhow, so that's it. The Roy Barrack is really padlock. I don't know where it's actually made. It doesn't have any other makers marks on it, unless it says something in paper that I can't read. But it does have a phone number on it. You can call 1-800-800-100, which is not a legal phone number. Maybe that's the bidding code. Here's the shackle. So the balls fit in maybe halfway. They don't extend out very far. So I mean, they didn't even take full advantage of the amount of security they had here. And they could have made these a little deeper. So I think if you took this body and put a better block in it, you might have something decent. But yeah. So anyway, there we go. Roy Barrack, multi-lock, knockoff, not done very well, gutted. So anyway, thank you so much for watching. This is Alex, and as always, have fun and keep it legal. Cheers.