Will an EMP Actually Ruin All of Your Tactical Tech?

Published on July 20, 2024
Duration: 35:27

This video explores the real threat of EMPs to tactical technology and vehicles. It differentiates between natural CMEs and man-made HEMP attacks, highlighting the vulnerability of microcircuitry to the E1 pulse. Mitigation strategies like Faraday bags for electronics and surge protection devices for vehicles are discussed, with specific product recommendations for enhanced preparedness.

Quick Summary

Man-made HEMP attacks generate a dangerous E1 pulse that can instantly fry microcircuitry in tactical electronics. Natural CMEs pose less direct risk to standalone gear. Protect vulnerable devices with Faraday bags and vehicles with surge protection devices like T.R.A.P. units.

Chapters

  1. 00:00Introduction to EMP Concerns
  2. 02:24HILF Events and Research
  3. 05:47Natural EMPs: Coronal Mass Ejections
  4. 09:26Man-Made EMPs: Nuclear HEMP
  5. 13:01Tactical Tech Vulnerability
  6. 19:50Mitigation Strategies
  7. 22:31Vehicle Protection Hardware

Frequently Asked Questions

What is the main difference between natural and man-made EMPs regarding tactical gear?

Natural EMPs like CMEs primarily impact the grid, posing less direct risk to standalone gear. Man-made HEMP from nuclear detonations creates a dangerous E1 pulse that can instantly fry microcircuitry in tactical electronics, especially those with antennas.

Which tactical electronics are most vulnerable to an EMP attack?

Devices with antennas, such as radios and cell phones, are highly vulnerable. Electronics plugged into the grid are also at significant risk. Modern vehicles (post-1980s) with complex integrated electronics are also susceptible.

How can I protect my tactical gear from an EMP?

For small electronics like night vision, thermal optics, and radios, use Faraday bags. For vehicles, consider installing transient voltage suppression devices and specific hardware like T.R.A.P. units for OBDII ports.

What is the E1 pulse from a HEMP event?

The E1 pulse is a near-instantaneous, high-voltage spike generated by a high-altitude nuclear detonation. It's the most damaging component of a HEMP attack, capable of rapidly destroying sensitive microcircuitry in electronic devices.

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