Shock Gun





Introduction: Shock Gun

create a small gun to shock your friends, family, or pit bull. (I highly discourage that last one.) and also, it's my first instructable.


Step 1: Get Parts

the parts you need are simple:

ac adapter (old toys, electronics, etc.)
battery (9 volt)
wire (doesn't matter what kind, I used telephone wire. but if you want it to hurt more, then you could use a wire with multiple wires in it because it would go across the battery more.)
duct tape

Step 2: Take Apart Adapter

as the title says, take apart the adapter. you don't want to clip the wires coming from it, in case there's not enough wire actually inside the adapter. also, obviously, don't do this while it's plugged in. I don't want to get sued.

Step 3: Attaching Battery

first, put one end of the wire from the adapter on the battery terminal. then, attach more wire to the other wire, so that you have a longer wire.

Step 4: Tape It Together

well, just tape it together however you want. I taped the battery to the back of the adapter just to put it easily within reach.

Step 5: SHOCK PEEPS!!!!

now go around and shock people. but I warn two things: this hurts, so do it to yourself first, and also, don't shock people anywhere that they might, like, have a seizure or something. and I guess don't shock people who get seizures either. and people also tend to get mad. be prepared to run away.

you could experiment with capacitors, or maybe actually turning it into a gun (ie, adding longer wires, propellant, etc.). you could also maybe try putting another adapter on top of the first one and step it up even more!

don't sue me if you do something with it and get hurt. I don't mean for anyone to get hurt, as this is purely educational. (right.) so yeah.



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    Hmm, I doubt that the 555 would handle that voltage, so I am assuming what comes out of it's oscillations (if you have the circuit set up to oscillate fairly fast) would need quite a boost  (step up)  :-)

    Yeah, slip of the PHAT fingers there with wolked ;-)

    bleh.... maybe if I used a relay, that would be replicating the physical action that I was doing originally. (it would be overkill, but whatever.) I'd probably have to oscillate it a bit slower too to accommodate for the actual physical action.

    Well, in a slower state, you are getting some "voltage" from the collapsing magnetic field of the coil too, I suppose.

    Attaching the battery to a simple oscillator circuit (say, a 555 timer) and you wouldn't need to flick the wire across the battery terminal (that flicking creats a half wave semi-ac current where the coil's magnetic field collapses randomly).

    I know that I'm bumping a reaaallly old comment here, but what type of circuit would you suggest? I tried a simple 555 oscillator circuit fed into a transistor's base (which should turn the circuit on and off), but it didn't work (I couldn't shock myself with it.)

    You are only getting a low voltage oscillation....that pseudo-AC current needs fed into a flyback or step up transformer, which will raise the voltage and lower the amperage. . .

    sorry, I should've clarified. I then fed that into this AC adapter (backwards, as per the instructable), which then didn't shock me.

    There must not be much of a step up (it has to be an AC to AC adaptor, or the circuitry will foil you.

    ah... thanks, I'll see if I've got one somewhere. it would be nice to have something that can constantly shock (attach it to door handles for good fun).

    Um, my last post was ambiguous at best....I meant the one you had must not have had much of a step up. If you can get a 1:100 or better step up (an automobile ignition coil works well). Just be careful....the voltage coming out of those can be very high.