Discussions

And when your parts run out, what can you do?  In your Bug out you may have parts for one rifle, but what will you leave for your children in the infrastructure does not come back? On the topic of amo, how long do you thing, you will be able to get smock less powder to be able to feed your AR-15?  Without proper infrastructure and economy, you will not be able to produce it.  No chemical industry and proper supply chain, no smock less powder.  You will have to use black powder, as it is lo tech and can be produce in your yard. Try running your AR-15 with black powder….  Ak could handle it. Your preparation is very short term.  If you need to be that prepared, there will be no short term comeback to civilization. Technology vise we will go at least 100 years back if not more. And then, there are the statement about weight and accuracy – AK 74 weight the same as most AR-15, the amo is the same weight, has more stopping power and is as accurate or if not even better. AK47 will stop a charging maniak way better than AR-15.  The most you can hunt with AR-15 is a coyote, or a small pig.  Try stopping actually dangerous charging animal with AR-15. And then some tech stuff – welding requires power , but generating electrical power for a simple welding is a generally low level technology.  You can create portable dynamo run on basic water well with some coper cables and metal parts by hand. Producing replacement parts for your AR-15, so you can use only a wrench as you did say, requires a much higher level of technology, which would not be available in disaster scenario.  Your general prepper will end up with broken platform in a year or two if they stick to AR-15.  If they have AK, they will be able to leave it to their kids, and the kids will still be using it, because it will last forever. In a prepper based scenario, you can not relay on tools that required extremely high level of technology to still be functional.

Velocity is not everything, when it comes to stopping power or damage. Velocity will generally give you flat trajectory and better accuracy at long range, but will not necessarily better stooping power.  Good example is the constant argument about 5.56 Nato (AR-15) and 7.62×39 (AK 47).  the 5.56 generally has higher velocity, but because of its lower mass, can not deliver penetration power like the 7.62×39 at longer distances, nor can transfer its energy as efficiently as 7.62×39 when it hits the target.  There are enough videos on Youtube to show the differences in wounds made by the two calibers.  Another consideration is the tumbling ability of a bullet.  Some bullets are specifically design to tumble or start rotating when they hit a target. A prime example is the 5.45×39 , the caliber of the AK-74 family of rifles.  By having a hollow cavity in the tip of the bullet, you get a very nasty tumbling patter when a target is hit.  That is why this caliber has the nickname “Poison bullet”.  Finally you have to consider the type of caliber designed on purpose to be slow or “sub sonic”, such as the .300 AAC Blackout subsonic versions, or even better the Russian 9×39.  The idea here is that you have bullets with very large mass, traveling at slower speed( slow enough that it does not create sonic boom) that can be used with suppressors. By having such heavy bullets, you ensure that the bullet does not lose it energy as fast as lighter bullet, when it travels through the air, and can deliver large energy when it hits its target. That is why the 9×39 is rated to be able to penetrate Kevlar helmet at 400 meters, even if it travels so slow.

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And when your parts run out, what can you do?  In your Bug out you may have parts for one rifle, but what will you leave for your children in the infrastructure does not come back? On the topic of amo, how long do you thing, you will be able to get smock less powder to be able to feed your AR-15?  Without proper infrastructure and economy, you will not be able to produce it.  No chemical industry and proper supply chain, no smock less powder.  You will have to use black powder, as it is lo tech and can be produce in your yard. Try running your AR-15 with black powder….  Ak could handle it. Your preparation is very short term.  If you need to be that prepared, there will be no short term comeback to civilization. Technology vise we will go at least 100 years back if not more. And then, there are the statement about weight and accuracy – AK 74 weight the same as most AR-15, the amo is the same weight, has more stopping power and is as accurate or if not even better. AK47 will stop a charging maniak way better than AR-15.  The most you can hunt with AR-15 is a coyote, or a small pig.  Try stopping actually dangerous charging animal with AR-15. And then some tech stuff – welding requires power , but generating electrical power for a simple welding is a generally low level technology.  You can create portable dynamo run on basic water well with some coper cables and metal parts by hand. Producing replacement parts for your AR-15, so you can use only a wrench as you did say, requires a much higher level of technology, which would not be available in disaster scenario.  Your general prepper will end up with broken platform in a year or two if they stick to AR-15.  If they have AK, they will be able to leave it to their kids, and the kids will still be using it, because it will last forever. In a prepper based scenario, you can not relay on tools that required extremely high level of technology to still be functional.

Velocity is not everything, when it comes to stopping power or damage. Velocity will generally give you flat trajectory and better accuracy at long range, but will not necessarily better stooping power.  Good example is the constant argument about 5.56 Nato (AR-15) and 7.62×39 (AK 47).  the 5.56 generally has higher velocity, but because of its lower mass, can not deliver penetration power like the 7.62×39 at longer distances, nor can transfer its energy as efficiently as 7.62×39 when it hits the target.  There are enough videos on Youtube to show the differences in wounds made by the two calibers.  Another consideration is the tumbling ability of a bullet.  Some bullets are specifically design to tumble or start rotating when they hit a target. A prime example is the 5.45×39 , the caliber of the AK-74 family of rifles.  By having a hollow cavity in the tip of the bullet, you get a very nasty tumbling patter when a target is hit.  That is why this caliber has the nickname “Poison bullet”.  Finally you have to consider the type of caliber designed on purpose to be slow or “sub sonic”, such as the .300 AAC Blackout subsonic versions, or even better the Russian 9×39.  The idea here is that you have bullets with very large mass, traveling at slower speed( slow enough that it does not create sonic boom) that can be used with suppressors. By having such heavy bullets, you ensure that the bullet does not lose it energy as fast as lighter bullet, when it travels through the air, and can deliver large energy when it hits its target. That is why the 9×39 is rated to be able to penetrate Kevlar helmet at 400 meters, even if it travels so slow.