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____________________________________________________________________ [ 4:. - [ How to make a simple taser ] [nemesystm] :. ] [neme-dhc@hushmail.com] :. ] ____________________________________________________________________ [introduction] In this text I will be talking about how to make a simple taser from a flash camera. It is strong enough to incapacitate someone. This text starts with the most simple way to do it. The second part goes in depth on how this works, how to improve your taser, etcetera. [taser, quicky style] Take your flash camera, open it up. Make sure no batteries are in the camera. Locate the flash. Cut the wires right when they enter the flash. You should have a red and green one, but can also be red and black, etc. There can be a third wire that disappears into a little round cylinder. You don't need that, cut the wire off at the base of the cylinder. Now you need to either know how to solder or get someone else to do it. Get two pieces of conducting wire. Copper wire is good because it will push against the target and won't wreck the printing plate if pushed too hard. Where the wires disappear in the printing plate (green plate where everything is on), solder one wire off. Stick the copper wire in the hole and solder it tight. Repeat for the other wire. You should have to copper wires sticking out of the printing plate now. It should be plastic covered except for the ends. Put it back together and hook up a battery. If you have a throw away camera you probably can't put it back, then just tape it ALL up. Do it well or you will zap yourself. After you put it back together it works just as usual, push the flash button, or pull the switch, whatever applies to you and wait for the light to go on. It can be used even after having the switch over for a second, but it won't be as strong. Usually this will give you about 100 micro Farad at around 300 volts. Mine does 100 micro Farad at 330 volts and after loading it for two seconds it already is enough to make somebody's side feel like something smashed into it. Yes, we know this by testing. To test if yours is working charge the flash and then hold a screwdriver with a PLASTIC handle against the two wires. You hold the plastic part, the metal parts of the screwdriver touch the wires. If you did it right it will give two sparks. Your screwdriver might have two black singe marks. My friend has one that will actually weld to the screwdriver everytime. [how it all works] First the most interesting part: the shock. How do you know how strong your particular camera can zap someone? When you open your camera there will be a big cylinder. It will say something like: 100µF/300V. That is a capacitor. The higher the amount of Farad's the stronger the zap will be. The higher the voltage, well you know that one. =) What happens when your flash camera makes a picture is this. The batteries go through some electrical components to boost it's electrical power from a 1.5v to something around 300v. It then enters the capacitor which stores the power. The micro Farad's being how much of it stores. Then when the wires connect, the circuit is shorted and the capacitor releases what it has stored. There are two types of capacitors: polarized and non- polarized. Flash camera's have polarized because it needs to go in one way and leave the other. Last time I checked Radio shack they only had the non- polarized type. You can recognize it the easiest like this: polarized capacitors are usually cylinder shaped and non-polarized are disc shaped, ie: flat. Real stun-guns/tasers work with a high voltage (in the fifty-thousand range) and a low amount of amps. It is not voltage that kills a person, but the amperage of it. [how to improve your taser] You might get bored of your taser after a while, so here are some things you can do to improve your taser. Capacitors I was wondering if I should mention this, but full disclosure should not just count for vulnerabilities in software. There are some big capacitors in old TV's. Now you should know that TV's hold their charge for years and years and have enough power to kill you, so you will want to stay away from TV's if you don't know what you are doing. But here goes. If you want to get rid of the biggest risk do the following. Open the back of the TV. There should be something looking like a suction cup attached to the back of the screen. Carefully take it off by its plastic and then hold a screwdriver against the metal part in the suction cup. Make sure you do it well. Oh and some sparks may fly. That was your biggest problem. Now look at the printing plate. You will see a lot of cylinders. Locate the ones that say something about µF's and V's. Then decide which size you want. I have seen ones anywhere from 4µf/35v which is very tiny, to 200µF/250v and a huge one the size of my fist that said 25000v, but that was in a special casing and that is just too much for anyone in their right mind. Now make sure the capacitor is discharged and solder it off. Then open up your camera and remove your old capacitor. Locate on which side the colored line with the small rectangles along the side of the capacitor is. That is the plus, put capacitors in wrong and they break. Then solder the new one in with the plus on the right side. If you can find a few capacitors that are equal in volts, you can hook them up in parallel. That means that they are both hooked up in the same place, like this: + ...... . and | is wire or printing plate | | = is capacitor = = | | - ...... Don't do it like this or it will likely mess up, ie: no full discharges or multiple delayed discharges. + ...... | = | = - ...... Don't bother with attaching a 9v battery instead of a 1.5v battery: it won't work. The circuit will just cut out on you and not do anything. If your old capacitor said 300v, don't expect your new 500v capacitor to be charged at 500v. The components before the capacitor dictate the voltage. The more your capacitor holds the longer it takes before it is fully charged. Use a multimeter to get reliable measurements on the exact voltage. Usually it is about 30 volts more than the capacitor says it holds. I do not know why a capacitor holds higher voltages than it says on the outside, but I'm just stating facts. greetz, nemesystm - http://dhcorp.cjb.net b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@! b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@!b0g!#@! From: dix_denver@yahoo.com To: k-rad-bob@b0g.org Subject: 666 i have a few number of master card but it just the number. 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