Taser Technology Effective But Non-Lethal

On any typical dry day, we often receive the equivalent of a 25,000-volt shock of static electricity from a doorknob or when touching another human or even a pet, all without sustaining any damage.

Three things determine the physiological effect of electrical shock:

• The electrical current itself,
• The duration of the electrical current, and
• The power source which causes the shock.

For example, the 110 volt power source of any household current is dangerous because:

• It pushes many amperes of electrical current and
• It can do so indefinitely.

Taser technology can supply about 18 watts of electrical power for a short period of time, but not long enough or strong enough to cause death. Batteries provide the power supply of a Taser. There is no continuous power supply, which could be lethal. The output of each pulse always the same because it is metered electronically. Furthermore, even if the target touches another person, the electrical charge cannot be transferred to someone else.

The Taser’s pulsing electrical charge works by disrupting communication between the brain and the muscular system. The result is a loss of muscular control and the ability to do things like stand, walk or strike out. Nevertheless, despite its effectiveness, the Taser does not damage nerves, muscles, or other body parts.

An additional benefit is that, even if the assailant grabs the Taser and turns it on the private citizen, it will not be lethal, as it might well be with regular firearms.

In an impressive demonstration has been provided by Taser International’s president. He stood in water while being stunned with a Taser!