Step 5: Final

The nice thing about making it this way is that you can let it activate at a specific angle. Another way to make a tilt switch like this is using a ball bearing inside a tube, which is very sensitive.

Since you are making a SPDP (actually SPCO according to wikipedia, since it has a "all off" position) switch, you need to put it together and see where you need to drill holes for the contacts. Stack the disks and ring with the ring and washer as the middle layer (bolded for those who do not understand). Put the #10-32 screw through the center and tighten it. Now you can rotate it and see where you should drill your holes for the contact screws (this might actually take some CAD work if you want ultimate precision).

Drill the holes with the drill bit, and screw in the #8-32 machine screws. Tighten everything with a nut, connect some wires to the three screws, and secure each wire with another nut.

To assemble it, stack it in this order
washer (inside the ring)
tighten with screws

You can drill more holes so you can choose the angle later

Test it with a multimeter

You are done, now you can connect the wires to a R/C car controller
<p>hey frank!!!!!!!!!!!!!!!!!!!!! can u plzzzzzzzzzzzzz............... tell it is only a circular thing with holes in it?????????????</p>
@diy_bloke <br>i think he used 3 screws so he can switch it anyway he tilt it. (may it be counter/clockwise)
great idea. Not entirely sure why you need 3 screws rather than 2. <br> <br>you could make it more versatile by just using 1 through screw and one bolt that has it's head in the space between the discs. You then would not need to dril additional holes for various switching positions. Just put it in th eright position and tigthen the center screw
so basically it works like a normal switch excepy like a see saw.....i want to make one for a project
LOL this Instructable got featured today but it was published back in 2007!
so... would it be possible to make a wireless "in-air" kind of mouse with this? that'd be cool! or hang this from a string with a pulley connected to the ceiling for a really unique switch!
this kind of switch would make a very crude and jerky mouse(it only has on or off) a better idea for a tilt controlled mouse would be the tube with a ball bearing and a strip of resistive material(like a slider pot). that way it moves faster the more you tilt it.
Me and my friend are experimenting with a resistor consisting of two strips of paper covered in pencil, the paper will be rolled up and there will be a conductive roller inside, this is to make a crude accelerometer
How about this: Take a round plastic box, like a snuff box, put a metal disk on the bottom so that it not quite touches the edges, securing it with an electrical contact screw in the center of the box and the disk. Take a piece of electricaly conductive plastic foam (Anti static foam used for shipping ICs etc.) and cut a strip that fits around the inside wall of the snuff box. Secure the foam with two electrical contact screws, leaving a small gap between the ends of the foam. Drop in a marble sized steel ball bearing and allow it to roll around making contact between the disk and the foam making a tilt sensing pot or resistor.
ill work on somthing that would do that ok..
that'd be tight!
I have had some luck creating a very crude and simple in air mouse using a joystick (this one actually has a builtin tilt sensor) and using a software driver which enables you to use a joystick to controll your mouse functions. I guess doing something like this is easier than learning how to program a microcontroller. Though I guess code for this must be easily findable on the net.
Whats the driver? I've been looking for something like that forever.
look for something called joystick2mouse: <a rel="nofollow" href="http://atzitznet.no-ip.org/Joy2Mouse3/">http://atzitznet.no-ip.org/Joy2Mouse3/</a><br/>
why did you make 2 rings in step 4? i only see one being used... maybe i'm not understanding something.
i made two switches, you only need 1 ring per switch
apple is making a mouse that uses accelerometers.<br/><a rel="nofollow" href="http://www.macsimumnews.com/index.php/archive/apple_granted_patent_for_hybrid_low_power_computer_mouse">http://www.macsimumnews.com/index.php/archive/apple_granted_patent_for_hybrid_low_power_computer_mouse</a><br/><br/>if somebody can program a microcontroller to out put data like a mouse, i guess it can be done.<br/>
I dont understand wats the use of the ring can anyone explain it to me
you tilt the thing, the ring touch the center screw and one of the side screws, that's it, you have a tilt sensor.
Clever! Almost as good as a mercury tilt switch, and can be modified to suit your needs.
This is very smart!
It's the same table he uses to chop up his murder victims.
i see it is blood
...in a word... WOW!
&nbsp;man this is&nbsp;awesome&nbsp;just what i needed thanks. : D
super! what a great idea! and what's best, really cheap. thanks for sharing
nice idea, thanks
does this mean the washer will always be hitting one of the other screws or if you tilt it enough will it be out of contact with both screws
frank didnt quite seem to understand what you were talking about and no as long as you use a washer that is not as wide as the screws are apart it wont touch and even if it would that would mean you did it wrong and they would always touch from then on
there will be moments when the washer is disconnected due to vibration, but for purposes that does not require precision, this is ok.
can u do it wirelessly?
what do you mean by wirelessly?
doesnt seem like too much work. i dont see what the deal is with the other guys but i was wondering could i do this with cardboard instead of plastic? ill probly stick with plastic but i was planning on using nails instead of screws and just some how fastening them on the other side

About This Instructable




Bio: I am an electrical engineer. I graduated from U of Waterloo. I used to work for Adafruit Industries as an EE. Now I work for ... More »
More by frank26080115:LED Pocket WatchEasy Cord Wrapping Around Power BricksUsing SMD Components on Breadboards
Add instructable to: