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Signing UpStep 1: Understanding why your analog stick is loose
I'm taking this from my site, http://gamesnjunk.weebly.com, because that's where I originally posted it and now I figured it was time to share it with the world on Instructables. So, here we go:
Open up any official Nintendo brand controller and you will be confronted with this site: There will be a big brown-ish tan circuit board in the top part of the controller. You will see that the left and right handles on the controllers are actually hollow. The middle handle has a white or gray box in it (Depending on your controller). This gray or white box is your analog box. Ontop of this box is your "Z" button. If you were to open the analog box, you will see a white bowl, with a gear on the right and a gear on top. Sitting on the top gear is a circuit board.
This circuit board is an important part of this controller. The circuti board is actually optical, meaning it has little lenses in the board that read the gears. The gears have a series of lines and holes on them. The lenses read these holes, and translates this into actions on your game. Now, the main reason that these analog sticks fail after a while, is that the holes get dirty from the dust that is caused by the insides of the controller grinding (More on that later). This causes the controller to act all screwy, coming out of calibration, not working, or not working in certain directions.
Okay, this is how the analog stick gets loose. Inside the afore mentioned white bowl with the gears attached, there will be a black bow shaped plastic piece with a gear bit on the end. This moves one of the gears attached to the white bowl. There is also a black bow shaped piece on the other half of your analog box, this one is a little smaller then the one in the bowl, but just as important. Now, if you were to put this half back ontop of the other half (Partially), you would see that these bow shaped pieces rest ontop of eachother, and when you move the analog stick with the halves of the analog box still partially together, you would see that these pieces grind against each other. This is what causes your controller to get a loose analog stick.
When you opened your analog box you would have been confronted with some gray powder. This is the worn away powder from the black bow shaped pieces. This is very messy, and may hurt you if you breath it in, so don't. This dust gets into the black gears attatched to the white bowl. The controller "Sees" the dust in the lines and holes, and translates this into your game incorrectly.
Okay, boring part over. Now we get to the fun part: Fixing this thing!
Open up any official Nintendo brand controller and you will be confronted with this site: There will be a big brown-ish tan circuit board in the top part of the controller. You will see that the left and right handles on the controllers are actually hollow. The middle handle has a white or gray box in it (Depending on your controller). This gray or white box is your analog box. Ontop of this box is your "Z" button. If you were to open the analog box, you will see a white bowl, with a gear on the right and a gear on top. Sitting on the top gear is a circuit board.
This circuit board is an important part of this controller. The circuti board is actually optical, meaning it has little lenses in the board that read the gears. The gears have a series of lines and holes on them. The lenses read these holes, and translates this into actions on your game. Now, the main reason that these analog sticks fail after a while, is that the holes get dirty from the dust that is caused by the insides of the controller grinding (More on that later). This causes the controller to act all screwy, coming out of calibration, not working, or not working in certain directions.
Okay, this is how the analog stick gets loose. Inside the afore mentioned white bowl with the gears attached, there will be a black bow shaped plastic piece with a gear bit on the end. This moves one of the gears attached to the white bowl. There is also a black bow shaped piece on the other half of your analog box, this one is a little smaller then the one in the bowl, but just as important. Now, if you were to put this half back ontop of the other half (Partially), you would see that these bow shaped pieces rest ontop of eachother, and when you move the analog stick with the halves of the analog box still partially together, you would see that these pieces grind against each other. This is what causes your controller to get a loose analog stick.
When you opened your analog box you would have been confronted with some gray powder. This is the worn away powder from the black bow shaped pieces. This is very messy, and may hurt you if you breath it in, so don't. This dust gets into the black gears attatched to the white bowl. The controller "Sees" the dust in the lines and holes, and translates this into your game incorrectly.
Okay, boring part over. Now we get to the fun part: Fixing this thing!






































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1st
"I'm taking this from my site, http://gamesnjunk.weebly.com, because that's where I originally posted it and now I figured it was time to share it with the world on Instructables. So, here we go:
Open up any official Nintendo brand controller and you will be confronted with this site: There will be a big brown-ish tan circuit board in the top part of the controller".
2nd
"This dust gets into the black gears attatched to the white bowl. The controller "Sees" the dust in the lines and holes, and translates this into your game incorrectly.
Okay, boring part over. Now we get to the fun part: Fixing this thing!
Open up any official Nintendo brand controller and you will be confronted with this site: There will be a big brown-ish tan circuit board in the top part of the controller. "
Also, I think a better solution would maybe be to put use some epoxy resin to give the part thickness (and sand down to shape if needed), instead of tape, which I see being very prone to wearing/slipping and making a mess quite quickly.
Good concept for an 'ible tho - I need to fix some of my controllers for this very same problem!
Epoxy resin? Well, it would have to have some good stick, and not be very pourus when it dries. Why? Because I've tried everything besides tape thats sticky around the analog stick (Including Silly Putty!) and the lubricant will get into it.
And thank you. Best of luck with your controllers, and again, more pics coming.