Now why on earth would you NOT want a taser you can shoot out of your shotgun? I give you the Taser XREP.
The Taser XREP has been around for a few years but this was my first time hearing about it so I thought I would share. If you want some of these bad boys they only cost around $800 bucks for eight of them (but I am pretty certain they are not being made/sold anymore). After this check out these crazy shotgun slugs. Be sure to follow Man Stuff on Google+.
“With that in mind, Taser introduced a new concept in ECD technology — the Taser eXtended Range Electronic Projectile (XREP). The XREP looks like a high-tech shotgun shell. That’s not by accident — Taser designed the XREP so that military or law enforcement officers could fire one from a standard 12-gauge shotgun. But instead of firing pellets or a slug, these shells fire a small, self-contained Taser device capable of delivering the same NMI effect as a handheld Taser gun.
Creating a device small enough to fit into a shotgun shell casing but powerful enough to incapacitate a subject was no easy task. The development team at Taser had to find a way to balance power with size. Not only did they need the device to travel farther than a standard Taser, but also to have the right amount of mass. If it had too little mass, it wouldn’t travel far enough. But if it had too much mass, it could become a deadly projectile rather than a non-lethal solution.
This projectile has two main sections. The nose of the projectile has four sharpened electrodes. These electrodes pierce the clothing and skin of the subject and serve as the main point of contact for the electric charge. Before impact, the nose and second stage of the projectile move as a single unit. A pair of Kevlar-coated wires tether the nose to the second half of the projectile.
The second half of the projectile contains the electronics that allow the XREP to transmit voltage to a target. This includes a battery, a transformer and a microprocessor that acts as both a trigger and a monitoring device. The battery stores the electricity the XREP uses upon deployment. The transformer’s job is to convert the electricity from the battery into a higher voltage.
A transformer converts alternating current from one voltage to another through a series of coils wrapped around a core — two wires coiled around an iron nail could be a simple transformer. As electricity travels through the first coil of wires around the core, it creates a magnetic field. The magnetic field induces an electric field, which causes electrons to travel through the second coil of wires. There are step-up transformers that increase the voltage from an incoming source of electricity or step-down transformersthat decrease the voltage.
The reason the XREP needs a step-up transformer is to create enough voltage to induce NMI in the target. Too few volts and the subject won’t be incapacitated. Too many, and the target could be killed. To keep the Taser XREP from becoming a lethal weapon, Taser limits the amount of current flowing through the system to a few milliamps.
The base has six electrodes that unfold from the body of the projectile upon impact with a target. To help stabilize flight, the base of the projectile also has three spring-loaded fins that deploy upon ejection from the shotgun.” Via – How Stuff Works