Hey guys, theCUBE did here. Today we're going to be messing around with the Skaker Smart Cube, which was sent to me in Banggood.com. So if you want to get this for 30% off at Banggood.com, making it just $28, there's a coupon code down below. That is the cheapest Skaker Smart Cube that I've seen on the market. So I'll have a link to their website, the item, their app, as well as the discount code down below. So as many of you guys know, this is a Smart Cube and there are sensors in every single piece. Now, attempting to take off the center cap is kind of tough, as these things are pretty deep in there. So you really got to pull it off. And so there are only sensors in these center pieces and that is how it knows where all the pieces are. So you turn basically the center piece and then the app just sort of tracks, okay, if you do this clockwise, this piece is going to move with it and it will be there. So one thing I'd like to try is to strip this cube down, make it just the core, scramble it and then solve it using just the core. So turning just the center pieces, I want to see what it's like to solve this thing. So without further ado, all right, here we have just the core of the Gicker Cube and under all of these center pieces are sensors. These pieces, as we'll see in a second because of the second thing I want to do today, they don't have any sensors in them. So this should work. And so just by turning this, it should turn on the actual computer. So I'm going to pull up the website right now, link this to it and then we're going to go ahead and get started with this scramble. All right, so here with me, I have the core and as you can see, I have the website pulled up Bluetooth.cubing.net. I'm using that instead of the website just because on the app, it kind of has these weird colors, whereas on the website, it has the standard color scheme. So I'm going to go ahead and start scrambling this just by turning these center pieces. So that's pretty cool. I guess I should actually line it up so that this is right. Okay. So I'm going to go ahead and get scrambling just by turning these center pieces. That looks pretty cool. Never thought I'd be able to actually scrambling just by turning the core before. And see if this is doing anything. Just kind of fiddling out of it. It's doing a lot. Okay. That's really cool. Okay. All right. And I guess it doesn't really matter if the piece, if it actually tracked everything correctly because I don't see, I just see one scramble. The scramble was on the website. So that means it could have just missed a move, but I'm only looking at the website. So I'm going to go ahead and inspect. And okay. I'm going to put this down while I inspect real quick on the website. I'm going to start like that. Okay. All right. So here we have that. And what all out do we have? Okay. Okay. That's what I want. All right. So here we have that. And what all out do we have? Okay. Here we have an Aperm. We have the red blue pair lined up with the red blue, which is right here. And then we have headlights on the left. So it's going to be this Uperm, the Aperm. All right. I guess it stopped that. All right. So that was definitely a fun little challenge. I recommend doing that if you have it. It's a lot harder than I thought because I'm not able to actually rotate the cube on the website. But I'll have a link to Bluetooth.cubing.net down below. However, the next thing we're going to do is it doesn't actually involve the core, but it doesn't involve all these pieces. So we're going to be attempting this for the first time. I've never demagnetized the cube before because I've never really felt the need to. However, as you guys can hear on this, my other kicker cube. This cube is very, very loud. Very loud and very clicky. And we're going to hopefully fix that by taking all the magnets out of these pieces. So we're going to show how to do it with an edge piece, how to take them out of a corner. And then we are going to do a little time lapse and then put it back together and see how much of a difference it actually makes. So all you're going to need is the pieces for the gaker cube and a small screwdriver that can fit this screw right here. Now as you guys can hear, magnets are loosened there. We're going to get them out and all you have to do is first take this screw out. And then we're going to take this thing off. And then inside we have the two magnets that actually fit into these little slots right here. But as you guys can tell, they're all pretty loose. So I've already had to take that out and then we're going to put it back together. And then that's all we have to do for one of the edge pieces. Alright so a corner is pretty much the same thing. You're just going to take your screwdriver. And then here you can see the three magnets in their slots. I guess they aren't loose in the corners. It seems like they fit a lot better. So we're going to go ahead and get those out. Alright, so just by slamming it down on my hand, I was able to get them out and then you can put them next to the edge ones. Then all you have to do to put it back together is pop the cap on and then put the screwdriver back in. Alright so here we have all the edges. We have all the corners. We have the corners. We have all the magnets that came from here. And so now as you guys can see, these are not attracting each other. Normally these would stick, whereas now they fall. So I'm going to go ahead and put it back together and then we're going to do a quick comparison sound wise with this compared to the actual gikier cube that you would get out of the box with magnets in it. So here we have two gikier cubes. We have one with magnets and we have one without magnets. Now let's go ahead and listen to the one with magnets once again. Very loud and very clicky now. Let's do first turns on this cube without magnets. Alright so it's definitely still very loud, very crunchy sounding puzzle. However, it doesn't really feel as clicky. This sounds very clicky, whereas this is not. It definitely is a little bit less controllable on this without the magnets where I'm here if magnets keeping everything in alignment. Whereas on here it seems like it's about to fall apart I guess. But some people like that, I know a lot of blind solvers for some reason, I don't really know why. They're a cubes feel like they're about to fall apart. If nobody here has ever felt maxilier than slew by three, his three by three, I'm even terrified to actually scramble in at any competition. I have to turn it very slowly because I'm scared it's just going to pop on me. So today we messed around with this gikier cube. We demagnetized it as well as taking it apart and solving just the core using bluetooth.cubing.net. I have a link to that down below if you want to mess around with that instead of the app. I would like to thank Banggood for sending this out to me. I'll have a link to their store down below as well as a discount code that'll give you 30% off which is $12 off making this just $28 which is one of the cheapest gikier cubes on the market. I believe it's cheaper than the cube going speedcube shop. So go ahead and check out their website, this item used that discount code as well as their app. I'll have all those links down in the description. Anyways, those are some cool things we did. If you guys have any other cool ideas you'd like me to try on this cube, let me know in the comments down below and hopefully I will be able to make another video of this. 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