Taser: History & Demonstration

Published on July 27, 2020
Duration: 21:38

This video traces the evolution of the Taser from its 1960s origins to the modern Taser 7. It highlights key technological shifts like the move from gunpowder to gas propellants, the development of Neuromuscular Disruption (NMD), and the integration with Axon body cameras. The demonstration of live Taser exposure underscores the importance of proper probe connection for incapacitation.

Quick Summary

The Taser's name is an acronym for 'Tom A. Swift Electric Rifle,' inspired by a 1911 novel. Early models used gunpowder, leading to firearm classification. Modern Tasers utilize gas propellants and Neuromuscular Disruption (NMD) for effective incapacitation, with features like Shaped Pulse Technology in the X26.

Chapters

  1. 00:00Introduction: Axon & Taser History
  2. 00:45The Invention of the Taser (Tom Swift Electric Rifle)
  3. 01:45The AutoTaser Failure & Pain Compliance
  4. 03:00Evolution to Air Taser & Neuromuscular Disruption
  5. 05:21M18 & X26 Models: Shaped Pulse Technology
  6. 06:55Consumer Models: C2 & Pulse
  7. 09:08Specialized Units: X12 & Shockwave
  8. 11:15Modern Standard: Taser 7 Features
  9. 12:53Live Taser Exposure Demonstration

Frequently Asked Questions

What is the origin of the Taser name?

The name 'Taser' is an acronym for 'Tom A. Swift Electric Rifle,' inspired by a science fiction novel from 1911. This origin highlights the device's early conceptualization as an advanced electrical weapon.

How did early Tasers differ from modern ones?

Early Tasers used gunpowder as a propellant, which led to them being classified as firearms. Modern Tasers, like the Air Taser, switched to gas propellants and introduced Neuromuscular Disruption (NMD) for more effective incapacitation without just causing pain.

What is Shaped Pulse Technology in Tasers?

Shaped Pulse Technology, featured in models like the X26, uses an initial high-voltage electrical arc to penetrate clothing and establish a connection. This is followed by a lower-voltage stimulation pulse to disrupt neuromuscular function.

What happens if Taser probes don't complete a circuit?

If Taser probes fail to establish a complete electrical circuit, the device automatically slows its pulse rate. It attempts to 'hunt' for a connection before ramping back up to full incapacitation voltage.

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