Stun guns are devices designed primarily for self-defense. They can disable an attacker by discharging usually around 1,000 to 200,000 volts at low amperage through the body of an attacker.
Learn how to build a range of different stun guns with the plans listed in this category. All projects are designed from easily obtainable components and can be completed by any amateur electronics enthusiast. Full electronic schematics are provided, allowing you to completely construct a powerful stun gun at home.
This guide presents details on how people construct their own shock rod or stun gun, capable of fending off trespassers in any property fro example. This guide provides details on the materials, the construction procedure and a circuit diagram for easier understanding. Don't miss this interesting guide.
o you feel the need to protect yourself in the event of an attack? Live in a country where stun–guns and most other weapons are banned? Then this page might be for you. It discusses the construction of an electronic shocking device called a stun–gun, a nonlethal defense device according to the companies that make them.
Find out how to easily construct a stun gun with readily available components using this detailed guide. You don't have to be an electronic hobbyist to build this circuit if you're patient and willing to learn. This is the most comprehensive and easy to follow of all our stungun plans, make sure you get your copy.
Want a form of self defense that is not life threatening? Then a stun-gun or taser may be the weapon for you. A nonlethal self defense device that delivers an electric-shock, rather than a bullet, when used on any would be attacker. Rendering the assailant immobile by disruption of their voluntary control of muscles.
A standard stun gun works fairly simply using two 9V batteries to develop the voltage across the two electrodes. The batteries are the source of electricity for the circuit inside the stun gun. The circuit contains many different elements including transformers which serve to amplify the voltage in the circuit while reducing the amperage.