D.O.D. EMP Drill: What You Need to Know

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https://thepreppingguide.com/department-of-defense-emp-drill-what-you-need-to-know/

Department of Defense EMP Drill: What You Need to Know
By Ben Brown
https://thepreppingguide.com/department-of-defense-emp-drill-what-you-need-to-know/#respond
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Back in early November 2017, rumors swirled on social media about an upcoming military radio drill that would cause nationwide blackouts. While a power grid failure never happened, some believe that future drills could have grim consequences.

On October 31st, 2017, two Muskegon sisters went live on Facebook to warn the masses that the U.S. Department of Defense (DOD) would be launching an Electromagnetic Pulse (EMP) Drill starting November 4th and ending November 6th, 2017. In the video, the sisters falsely claimed that the communications drill would cause the national power grid to go out for several days, prompting widespread panic on social media platforms across the web.

Following the announcement, there was more than one million searches for this topic on U.S. federal government websites within a 24-hour period. The terms “drill,” “EMP,” and “electromagnetic pulse” were commonly searched for. As you can probably guess, the claim was bogus and a widespread power outage never happened. While the drill didn’t have any ill effects, some believe that future EMP drills launched by the Department of Defense could result in unexpected power and communication outages across the grid.

Could a global blackout actually occur? Here’s what you need to know about EMP drills.

The EMP Drill Conspiracy
What spurred the speculation about a nationwide power grid failure was a brief announcement released by the official Department of Defense about their planned exercise. The announcement read:

“This exercise will begin with a national massive coronal mass ejection event which will impact the national power grid as well as all forms of traditional communication, including landline telephone, cellphone, satellite, and Internet connectivity.” — Army MARS Program Manager Paul English

As the message did not explicitly state that the exercise was a stimulation, many believed that that there would indeed be an impact that would affect the national power grid, causing phones, internet, and other grid-powered devices to stop functioning. In reality, the exercise had no impact on real life and was indeed, just an exercise that would simulate a massive power outage.

If it wasn’t for the rumors, the average citizen would not even know the exercise was taking place.

The Reality of the EMP Drill
So, what is the Department of Defense EMP drill really? According to the DOD, it’s merely a simulation of a “very bad day.” The exercise begins with a massive national coronal mass ejection event that will have a direct and substantial impact on the national power grid. This event will affect all forms of traditional communication, such as landline telephones, cell phones, internet connectivity, and satellite. The DOD also practices solar storm scenarios, which are also just simulations.

The purpose of an EMP drill is to be prepared for events that we hope will never happen but have the potential to be earth-shattering if they do. Through training and the coordinating of existing capabilities, such as amateur radio, those involved in the exercise can work to create viable solutions that could help mankind power through if a traumatic event should ever occur on earth.

During the drill, radio operators communicate with one another to test how various communication systems connect without the use of the power grid. This allows problems to be identified early on so that they can be remedied before a real event occurs. In 2017, the exercise was performed by the Army Military Auxiliary Radio System (MARS) who conduct these types of tests on a routine basis. These MARS exercises also involve other groups, including the DOD, the Army, and volunteers.

A Look at Electromagnetic Pulse
Up until this 2017 event, not much had been said about EPM, or electromagnetic pulse. So, what exactly is it anyways? In short, EMPs are a part of nuclear arsenal weapons. A nuclear weapon can cause substantial damage in several ways, including through heat, blast, or radiation. When high-energy gamma rays combine with molecules in the air at a rate of 15 to 30 miles altitude, electrons are produced which drop down onto earth’s magnetic field. This creates an electromagnetic pulse, also known as E1.

An electromagnetic pulse can affect earth’s magnetic field at varying intensities based on the type of bomb and its size, as well as the latitude and altitude of the detonation. In addition to E1, a nuclear weapon can also produce other pulses known as E2 and E3. An E2 is an EMP that results from high-energy neurons, while a E3 is an EMP produced when a nuclear fireball expands and pushes on earth’s magnetic field.

Electromagnetic-Pulse.jpg


The effects from any of these EMPs can be traumatic. An E1 pulse can produce very strong, transient electrical currents that could have a direct impact on the power grid. While smaller devices like laptops and smartphones may go unbothered, longer cables could experience a massive surge of up to 10,000 or more volts. This type of surge could cause significant panic among civilians.

It is not well-known the exact damage an EMP could cause, which is why the DOD performs these drills and simulations. By performing EMP exercises, the Department of Defense can better understand the impact of an EMP and how to best address the events that could result from such an event.

Preparing for Power Grid Failure
While the Department of Defense does not anticipate a complete power grid failure anytime in the near future, there is always a possibility that one could occur. Would you be prepared if there was a long-term power outage? For most people, the answer to this question is no.

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You may have experienced a short-term power outage in the past. Maybe you lost power for a few hours, or possibly even a few days. Most people can deal with a power outage in the short-term by using flashlights, eating up food in their pantry, and finding alternative ways to entertain themselves. However, most people are not prepared to deal with this type of living for an extended period of time.

There are a few ways you can prepare yourself if a power grid failure should ever occur.

  • Lighting – The ability to see is invaluable when a power failure occurs. Remember, flashlights use batteries and once you run out of batteries, you will need an alternative lighting source. Have plenty of candles around or oil lamps that could provide lighting. A crank powered flashlight can also come in handy.
  • Batteries – As previously mentioned, batteries are important. You may need them for flashlights, radios, and other important items. Consider purchasing rechargeable batteries and a charger that can be connected to your generator.
  • Water – You can’t live long without water. Always keep a couple of cases of bottled water around for an emergency. If you suspect that your power may go out and cannot get to a store to purchase water, start filling your sinks and bathtubs with water. It also doesn’t hurt to know how to distill water.
  • Refrigeration – While some types of food can be safely kept out of the fridge, others need to remain at a certain temperature to prevent spoiling. If it’s winter and you are without power for an extended period of time, place the food in a tub with a lid and set it out in the snow. If summer, try to keep the fridge closed as long as possible to prevent cold from escaping.
  • Suppliers – Always have the necessary emergency supplies on hand so that you are prepared for any event that should occur. This includes flashlights, fresh batteries, candles, matches, fuel for a generator, water, battery powered radio, canned and dry food, and food for your pets.
In addition to an EMP, the power grid could go down for other reasons. Tornados, hurricanes, and snowstorms can cause enough damage to take down transmission lines, causing a power grid failure in a specific area. Cyber-attacks, earth quakes, and other natural disasters can also result in blackouts. In some cases, human error is to blame for power grid failures. In 2003, a software “bug” caused a power outage which effected more than 10 million people in Canada and over 45 million in the U.S.

While there is nothing you can do to stop an EMP or similar event from happening, you can be prepared for if it ever does happen. Having the right tools, equipment, and food stock in your home or bug-out location can prove invaluable if you are ever in a situation in which there is a wide-spread power outage.
 
Interesting they make no mention of mobility. If an EMP were to occur, most people would have to survive in place as the EMP would render most vehicles inoperable. Some folks would be OK, if they have an older vehicle without electronics and run off the old points ignition..
 
Would a standard transmission car be able to be "push"started? Way back when I had just got married the starter on my Honda went out and I used our hill of a drive way to start the car, and made sure to ONLY park on a hill so I could start it when I got to wherever I was going.
 
Would a standard transmission car be able to be "push"started?

Not if it has modern day electronic ignition. I have a 1976 Jeep that I can convert over and I have a 73 Comet that already has points ignition.
 
Like so many other authors, Ben Brown, confuses the two types of EMPs and their results.
The article is so full of misinformation that I won't try to cover them in this post. The E-1 Pulse of an HEMP will destroy any unprotected electronics. They don't have to be on, or even plugged in or connected to a board. A simple 555 chip sitting in its foil static protective wrap will be just as dead as the CPU in your desktop. Only the E-3 pulse damage is determined by the size and yield of the bomb. A simple 10 Kt atom bomb can be an effective source for the gamma particles necessary for a catastrophic E-1 pulse. It ill have little to no E-3 effect. While an HEMP can target one location or one country (more or less) a solar EMP that is big enough to disrupt power in the continental USA will be big enough to cover the entire northern hemisphere of the world. On the plus side we will have a minimum of three days warning of the solar event which is plenty of time to disconnect the grid to prevent damage. We will likely have no notice of an HEMP because it will come from an orbital device that can be set off whenever it is over the target. That is also why it will be impossible to tell who did it - it might have been launched today or years ago. You can't be sure which of the thousands of satellites caused the detonation.
 
Like so many other authors, Ben Brown, confuses the two types of EMPs and their results.
The article is so full of misinformation that I won't try to cover them in this post. The E-1 Pulse of an HEMP will destroy any unprotected electronics. They don't have to be on, or even plugged in or connected to a board. A simple 555 chip sitting in its foil static protective wrap will be just as dead as the CPU in your desktop. Only the E-3 pulse damage is determined by the size and yield of the bomb. A simple 10 Kt atom bomb can be an effective source for the gamma particles necessary for a catastrophic E-1 pulse. It ill have little to no E-3 effect. While an HEMP can target one location or one country (more or less) a solar EMP that is big enough to disrupt power in the continental USA will be big enough to cover the entire northern hemisphere of the world. On the plus side we will have a minimum of three days warning of the solar event which is plenty of time to disconnect the grid to prevent damage...
Not many people know what a 555 is:D:
WG6100_c.jpg
 
Sorry, It is a multi function timing IC about 1/2" square and 1/8" high. It is perhaps the most commonly used IC aside from memory and CPU chips.
 
Sorry, It is a multi function timing IC about 1/2" square and 1/8" high. It is perhaps the most commonly used IC aside from memory and CPU chips.
...And the only IC on the HV PCB I pictured.
If it doesn't work, nothing does:eek:.
 
Picture tube driver feeding a Flyback transformer?
Absolutely!
But not for a raster-scan monitor, it's an X-Y color display monitor (notice no horizontal input or output like RS).
 
Well I shocked myself. Haven't worked on any type display in 32 years. LOL Spent 2 years in a TV repair shop before getting into industrial maintenance.
lol.gif
As did I!
21KV will leave a lasting impression on you, won't it:D.
Industrial maintenance will pay for a house though:).
 
It sure will, got a taste of that a time or two. And yep IM pays much better.

Ever work on a microwave? Better yet ever get a hold of one of their capacitors? :eyeballs::dunno:
Nope. But I have danced with these and can vouch that they do indeed need that warning label:
capacitor3.jpg

Found on these:
EV100panel.jpg
Trust me, that ain't no California Proposition-65 label!:eek:
 
Probably close to the same. First time I worked on a nucwave i got too close to the cap and BAM. Next thing I knew I was sitting on the floor back up against the wall. Boss came running back to the shop asking what the hell was that??? Guy working next to me just pointed to the floor. Boss said all her heard was OMPH and the sounds of me bouncin off the wall. I honstely don't remember much of it other than him coming back there. Needless to say I payed REALLY close attention after that.
 
Tetrode5_v1.jpg


My favorite tetrode, I miss those days!

Arnold Air Force base is located a few miles from Manchester Tn. In the 90's they had an 8 story building, 4 city blocks in size. It contained an EMP simulator. I knew a few engineers who worked there, of course they couldn't say much. Someone let slip at a party about 4 story wall of capacitors 2blocks long. Those were just the ones he was allowed to see.

This was before cell phones, everyone used pagers. Everyone also knew when there was an EMP test... cable tv and every pager within 20 miles quit working... Most annoying!
 
My favorite tetrode, I miss those days!..
This was before cell phones, everyone used pagers. Everyone also knew when there was an EMP test... cable tv and every pager within 20 miles quit working... Most annoying!
Yeah, we got to play with some pretty cool stuff. To see what the power could do, was amazing!
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Nowadays the most dangerous thing the current-generation gets to play with, is a smartphone-app:(.
("current-generation" is an electrical pun:D)

...and Peanut's Tetrode tube is upside-down:). They weren't pretty or tiny, but could switch 250 amps at UHF frequencies, without even breaking a sweat:eek:.
Edit: Oh, one like it is for sale on eBay for $1,485.00.
 
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Yeah, we got to play with some pretty cool stuff. To see what the power could do, was amazing!View attachment 24682
...and Peanut's Tetrode tube is upside-down:). They weren't pretty or tiny, but could switch 250 amps at UHF frequencies, without even breaking a sweat:eek:.
Edit: Oh, one like it is for sale on eBay for $1,485.00.

Too funny... I think I might know the seller on ebay... Somewhere in a folder I have my old company's phone list... If his name is on it... We had a steve kaufman... just not sure of the spelling of the last name.

Oh, we used 2 tubes in series to finely regulate 150kv at very low amps, around 650milliamps if I remember correctly... it powered a 15 inch electron gun... in the end it produced x-rays that scanned the human heart. We could quantify soft plaque before it turned into calcium in the coronary arteries. (we used a series of magnetic coils to focus and manipulate the electron beam which was about 1/2 inch in diameter)

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Too funny... I think I might know the seller on ebay... Somewhere in a folder I have my old company's phone list... If his name is on it... We had a steve kaufman... just not sure of the spelling of the last name.

Oh, we used 2 tubes in series to finely regulate 150kv at very low amps, around 650milliamps if I remember correctly... it powered a 15 inch electron gun... in the end it produced x-rays that scanned the human heart. We could quantify soft plaque before it turned into calcium in the coronary arteries. (we used a series of magnetic coils to focus and manipulate the electron beam which was about 1/2 inch in diameter)
Tell me we didn't have cool stuff!
rayof.gif

Millennial - Look! I got 100 new subscribers on my video of a fire-ant bed!:green man:
 
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Millennial - Look! I got 100 new subscribers on my video of a fire-ant bed!

Kill them, kill them with fire!!!

I got tangled up with some of those while in Florida. Stopped on the side of the road to fix something that came loose on my motorcycle.

I musta looked pretty funny dropping my breaches on the side of the road to vacate some that made a trip up my pant leg!
 
I don't bother with all that stuff, if the worst comes to the worst I plan on living a non electrical lifestyle.
 

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