Can you identify the weapons in Oliver Stone’s 1986 film about the Vietnam War? Test your knowledge with this quiz:
When the United States military switched from the legendary M1911 to the M9 Beretta, a lot of hell was raised, to put it mildly. The M1911 had served with American troops for nearly three-quarters of a century and it fired a .45 ACP round that had a reputation for stopping enemy troops. The 9x19mm NATO round the M9 fired was… well, not quite so potent, at least in the minds of many.
The thing is, the 9x19mm NATO is not a bad round. It fires a 124-grain full metal jacket bullet at 1,150 feet per second, producing 364 foot-pounds of energy. By comparison, the .45 ACP round sends a 230-grain full metal jacket bullet at 835 feet per second, generating 356 foot-pounds of energy.
In short, you don’t want to be hit by either round — but the 9x19mm NATO is more lethal than many would have you believe.
Metrics aside, how have these rounds actually performed? Well, that’s the real issue. Being good against ballistic gelatin or a paper target is one thing, but being effective against against the living is something else.
During fighting with the Nazis, an American officer holds the tried-and-true M1911 while fighting alongside a French partisan.
To put this matter to bed, a retired homicide detective from the Detroit area, Evan Marshall, gathered his own data on the effectiveness of different types of ammo. He computed how often a given round was able to achieve a “one-shot stop” when hitting an enemy’s torso. In his 2001 book, Stopping Power: A Practical Analysis of the Latest Handgun Ammunition, Marshall and Edwin Sanow defined a “stop” as when an aggressor collapsed before being able to carry out another aggressive act.
The M9 has served for over 30 years, but was derided by those who liked the .45 ACP punch of the M1911
(USMC photo by Lance Cpl. Todd Michalek)
His work allows us to compare the .45 ACP of the much-beloved M1911 with 9mm rounds, like the ones fired by the less-popular M9.
The legendary .45 ACP achieved a one-shot stop 62 percent of the time. That’s not bad — almost five-eighths of the time. Marshall did not have data for the 124-grain NATO round, but he did have data for a very similar 115-grain full metal jacket round in 9mm. This round achieved one-shot stops 70 percent of the time — even better.
The choice of 9mm rounds for the M17 wasn’t controversial — largely because the M9 proved very capable over three decades of service.
In short, the 9mm seems to hold its own when compared to the .45 ACP. Additionally, given that the M9 (which had a 15-round magazine) and the M17 (which has a 17-round magazine) both hold far more rounds than the M1911 (seven rounds in the magazine), it arguably gives a grunt greater firepower and a better chance of stopping the bad guy.
In 2001, Mark Giaconia was a Green Beret patrolling the border areas between Kosovo and Serbia. His counterparts were Russian troops, many of which were airborne. Their mission was to disrupt the movements of Albanian UCPMB rebels in the area. For six months, he and his Russian allies worked side-by-side, in the forests and mountains around Kosovo.
Then one day, his coworkers put on what they called a “Spetsnaz Show” – and Giaconia realized who his tactical buddies really were.
To be clear, the “Spetsnaz” aren’t any single part of the Russian military apparatus. They are any special operations unit of the Russian military, including the Russian Navy, Airborne troops, and FSB (formerly the KGB). Most often, when westerners refer to the Spetsnaz, they’re referring to the special operations section of the GRU, Russia’s military intelligence service.
Giaconia’s experience with the Russians was his first – and it was the first time American Specials Forces and Russian special operators worked together. The height of their mission in Kosovo was rolling on a rebel base that had killed one of the Russians’ soldiers. The team captured a young rebel while on a patrol and extracted the location of the rebels’ base of operations.
American and Russian Special Forces troops in Kosovo alongside Swedish Jaegers, 2001.
Giaconia describes his time in Kosovo with his ODA in his book, One Green Beret: Bosnia, Kosovo, Iraq, and beyond: 15 Extraordinary years in the life – 1996-2011. He describes the joint US-Russian Special Forces outfit arriving in an area called Velja Glava, where the rebel camp was supposed to be. After dispatching the sentries, the joint team dismounted from their armored vehicles and moved through the forest to assault the camp. The Russians deftly traversed through the vegetation while Giaconia laid the forest bare with a Mk 19 grenade launcher.
The Russians captured the Albanian rebels that were still able to be captured, and the UCPMB camp was taken out of action permanently. When it came to the performance of the Spetsnaz in combat, Giaconia says they were keen on tactics and had great intuition and instinct. They could shoot well, took care of their weapons and equipment, and were in great shape, and were very well-disciplined.
In short, he says he had a lot of respect for these “badasses in spirit.”
The standard U.S. Armed Forces field ration is, above all other considerations, designed to make you emotional.
Sure, an MRE needs to be nutritious. Obviously, it also needs to be lightweight, packable, durable, quick, and easy to prepare. It’s got to have a long shelf life because who knows when it’ll be called up for active duty. And at the end of the day — and not just because it’s the end of the day — the damn thing ought to taste good.
After years of research and development, laboratory refinement, and testing in the field, the military has the MRE dialed to within an inch of its life. Private, does your dinner have “Vegetable Rotini” stamped on its olive drab shrink wrap? Yes? Then, by God, you can trust that when you just add water, the thing you find rehydrated on the end of your spork will resemble a rotini (Vegetable Class) to the highest degree achievable by military science.
Meals Ready To Eat host August Dannehl trusted in the prowess of the military’s culinary industrial complex. After all, he named his show after its signature offering.
When he visited the labs and testing facilities of the United States Army Soldier Systems Center in Natick, MA, he was excited to spend some quality time covering familiar territory. What he didn’t count on was the depth of the emotional response that many of his interview subjects had to meals they’d eaten as soldiers in the field. And it turns out, that response is no accident.
We want it to be a quality meal that we provide to them. We don’t know if that’s going to be their last meal.
–Stephen Moody, Director, Combat Feeding Directive
Watch host August Dannehl and fellow veteran Mike Williams, currently the Executive Chef of West Hollywood restaurant Norah, transform the military’s utilitarian ration MRE into a mouthwatering “Jambalaya Risotto with Duo of Duck.”
Editor’s Note: This is part two of George Hand’s story about his Special Forces team operating in Alaska. Read part one here.
I admit I got some pretty decent shuteye in that Patrol Base (PB). I ate cold food because I just don’t care, plus heating food is such a hassle in the field. I did heat up a canteen cup of coffee, and of course we had plenty of water thanks to the run to the babbling brook.
I took my shift on security which was sitting in a Listening Post/Observation Post (LPOP) a few hundred meters to the rear of our PB for a few hours being quiet, listening, and — you guessed it — observing. It was the usually tearful boredom save for the herd of Caribou that went meandering some 700 meters out. I had binos hanging around my neck tucked just inside my jacket which made for a closer pleasing eyeful of the herd.
When I was relived, I headed back to the PB and helped build the explosive cutting charges to take down the RF tower. We didn’t want to build those forward in the hide sight because it’s bad policy to plan on doing any work in a hide site other than shutting-up, being still, and freezing.
To cut the cylindrical steel at the base of the tower we built Diamond charges — shaped like an elongated diamond and duel-primed on both ends of the short axis with blasting caps:
(Diamond High-Explosive Steel Cutting Charge [photo courtesy of the author])
C-4, in simple block form, made up the two other charges that were to cut the support cables. Our plan was to tie all three charges in together so they would detonate as near simultaneous as possible. I caught a slight whiff of burning time fuse. Another team was calculating the burn time of the fuse. They cut a length of fuse, burned it, and timed the burn so they would know how long of time fuse they needed to give us three minutes to get away from the tower once the fuse was ignited.
Gosh, a breeze picked up and as God is my witness I saw a piece of paper blow by that looked like a page out of cryptography One-Time Pad (OTP)… and it was! I lunged to grab it. Our Commo Sergeant must have been in the process of encrypting his next message transmission to our Forward Operating Base (FOB) in Anchorage.
I moved to his location and sure enough he was shacking up a message:
“Hey, dick… think you’ll need this?”
“Wha… woah — where did you get that??”
“Oh… it just kinda came blowing by.”
“Bullshit! Gimme that!!”
He snatched it up, struck up a lighter under it, and burned it — a thing he was supposed to do before he ever laid it down.
“Here, sign this, dick!”
He passed his his burn log for my signature as a witness to the burning of the crypto page. He was the best commo man I ever knew, just had some housekeeping issues. He set to constructing his quarter-wave doublet antenna; in those days we used the High-Frequency bandwidth (3-30 MHz) and bounced our radio signal off of the ionosphere. He needed to cut his antenna length to match the frequency he was going to transmit on.
(An example of a crypto One-Time Pad [OTP] page [photo from the author])
I find it interesting that the Army has not used the HF band for such a long time, depending on satellites and Internet for most of its communication. Now days, satellites are being targeted for disruption, and the military is actually going back to the dependable HF band for backup communications. It was used during the Russian mercenary Wagner Group attack on U.S. troops in Syria; that battle ended in some 250 dead Russians.
Departing our patrol base, we slipped along tundra quietly to our hide sight. When we got close, we could occasionally spy the RF tower target through openings in the bush. Team Daddy halted us and laid us down while he moved forward with an Engineer Sergeant to have a reconnaissance of the terminal hide area.
He was gone long enough for us to get to freezing again. He lead us into the area where we laid down and established our hides: we stretched camouflage nets out low to the ground. We spread foliage on the top and sides were also covered up. Once inside, there was only enough room for two men to lay prone.
To our front was an open field of some 100 meters by 75 meters. We were just back off of the edge of the field where the men on watch could see the tower and the support corollary building. It was concrete with a pickup truck parked near the door — someone, likely a technician or maintenance person, was in there.
It was time to be cold for the next 24 hours. I went out with our commo man to help him construct an antenna and make his commo shot. He couldn’t do it from our hide site; we had to push back to the rear a thousand meters and sneak that transmission back to the FOB. It was great to be up out of the hide and moving around.
Twenty-four hours later we tore down our hides and packed up our rucks. Leaving the rucks behind, we took six pipe-hitters — half of our Green Beret detachment — and crept through the field ahead toward the tower. The other six pipe-hitters surrounded the target tactically establishing security for the demolitions teams. One of the security teams was blocking the access road incase the pickup returned, upon which they were to pull him out of the vehicle and detain him until the target was destroyed.
Our diamond charge went on smoothly and I paid out lengths of explosive det cord to the cable teams. All went together without a blunder. We collapsed back to our hide site leaving one man to tie in and fire the charges. Security remained in place. Team Daddy was glancing at his watch often, then finally lifted his hand-held radio:
“Bergie, this is Tango Lima, over…”
“Tango Lima, this is Bergie, ready to fire, over…”
“Bergie, stand by to fire in fife, fo-war, tree, two, one — fire!”
Even from our distance we heard the faint *pop* of the two M-60 fuse igniters fire. After about a nervous minute we witnessed brother Bergie, the trigger man, approaching quietly. He had stayed a little while to make sure he had a good fuse burn. I admired his dedication in that instance. He went to his ruck and laid to wait with the rest of us.
Team Daddy in typical fashion was observing his watch and called over his hand-held to the security teams:
“Standby for detonation in fife, fo-war, tree, two, one…”
And there came an ear-splitting *CCCRRRRAAAACCCCCKKKKK* of high-order C-4 expanding at 24,000 feet per second followed seconds later by a ground-shaking cacophony of steel slamming onto the ground with sheiks and groans of twisting steel.
“Security, collapse to hide site,” Team Daddy called out, followed seconds later by the panting pipe-hitters from the security perimeter. We threw on our rucks and stepped out smartly some 90 degrees from our original target approach azimuth.
(Destroyed tower [photo courtesy of the author])
Approximately 20-minutes into the walk, our Senior Medic pulled Team Daddy aside for some bad news; he had left his hand-held radio back at the hide — major blunder. How could we possibly return to the target so soon after destruction? We simply had to, that was is just the way it was.
Team Daddy had the men form a PB while he, the medic, and I went back for the radio. The sun had been steadily dropping lower to the horizon. Dark would be to our advantage as we swung around to make our approach to the hide site from the bush rather than the open field.
Doc found his radio immediately once we got there. There were a number of first responder vehicles scattered around the ruined target site with men milling around. We scampered like rabbits back in the direction of the patrol base. With Team Daddy up front and me walking in back, Doc from the middle kept turning around looking with awe on his face.
“What’s the deal, Doc?” I finally had to ask him.
“It’s going back up! The sun is… it’s going back up! It dropped low but it never went below the horizon and I swear to you its going back up now!!”
“Well, yee-haw, Daktari… so you saw it too, yeah? You saw the sun not set — was that cool or what??”
(“It dropped low but it never went below the horizon and I swear to you its going back up now!!”
[photo by Ms. Anne Castle])
Green Beret Tim Kennedy is hosting a new show where active duty snipers from the military, law enforcement, and federal agencies compete in a series of challenges based on real combat situations.
And it looks tactical AF.
Kennedy is an active, Ranger qualified, Special Forces Sniper with multiple combat deployments, including Iraq and Afghanistan. He has also earned a reputation for being a competitive shooter, winning and/or placing in multiple military shooting and sniper competitions.
Plus, he just seems cool.
One thing is clear: the viewer can expect a lot of firepower from this show (hashtag pew pew hashtag tacticool). Pitting sniper against sniper, these guys cover sniper weapon systems both common and less-known. Come for the competition, but stay for Kennedy’s history lessons:
The competition covers everything from the sniper’s pistol (if you’re wondering why a sniper would carry a pistol, watch the video above) to traditional sniper load-outs to special forces vs. police capabilities. In other words, it looks to have everything you never knew you needed in a weapons show.
Check out their full playlist below and, when you’re done, be sure to hunt down the debut episode of Sniper: The Ultimate Competition that was just released.
There’s a reason why elite Special Operations courses always begin with intense physical training. The shock value of initial stress overload is the best discriminator while assessing an individual or group’s willingness and capacity to accomplish difficult tasks. It’s because after twenty minutes, when you are tired of holding a log over your head, you can’t fake it any longer. When the pressure is on and the stress increases, your true personality comes out.
The vocal, motivated cheerleader types who try hard to encourage others? They suddenly shut up. The pessimists who are there because they were told to be there but don’t really want to be there? They suddenly quit. The eternal optimists who are always positive and see the good in everything? They suddenly wonder if they have what it takes to make it in the first place. The playing field is now even because everyone is in survival mode and doing whatever it takes to get by. Fatigue makes cowards of us all.
Eventually, there is a moment when everybody is miserable and focused on themselves. Our heads are down, and we are contemplating when the suffering will end. As the level of stress increases, our brains narrow our focus, and our sensory attention goes inward. Our body language reflects, as the pupils dilate, heart rate increases, breathing intensifies, heads go down, shoulders slump, and our thoughts begin to race: What in the hell did I get myself into? When will it all end? How much longer can I keep this up? Is it all worth it?
During log PT on day one of selection, for whatever reason, almost counterintuitively, even though it spent energy on something that was risky, I looked up. I looked up and looked around. I deliberately chose discomfort. The guys around me were all suffering just as badly as I was, if not worse. In that moment, my friend Pat lifted his head up as well. He looked around, and we looked at each other. He shouted, “Let’s go, J. You got this!” I shouted words of encouragement back at him, even though it required energy that could have been used on myself.
More guys lifted their heads and looked around. We began to focus on one another rather than on ourselves. Looking up became infectious. Strangely enough, we began to forget about our pain, the time seemed to move faster, and the log felt lighter. The reality is that nothing changed about the situation except our attitudes. The conditions still sucked, it was hot as hell, our bodies still strained, and the logs didn’t get any lighter. It was our minds that had changed. We began choosing how we thought, deciding where to direct our attention and energy.
In these difficult moments, situations that make or break individuals and teams, we find our collective purpose. When the pressure is on and you’re on a team, it’s never about you. It’s about the people to your left and right who are going through the experience and process with you. In this moment, I found purpose. My purpose was to make the team succeed.
Misery is suffering without a purpose. The guys who make it through these types of courses are the guys who experience an aha moment. When they realize that they’re not alone. That they are on a team and the success of the team is more important than their own personal success.
The people who don’t make it are the guys who are self-centered, who don’t risk any energy that doesn’t immediately serve their own interests. The people who don’t look up.
The secret to the elite mind-set of Special Operations Forces, no matter how many books you read or podcasts you listen to, is to look up.
The same “look up” mind-set applies to the everyday mundanity of real life. As a lot of well-intending families do, my wife and I are committed to attending church services every Sunday. As a couple with young children, parenting lessons come early and often. Our daughter is a toddler with boundless energy, which means that we spend a good majority of the service outside in the foyer. Whenever she acts up, screams, or causes a distraction during the sermon or in Sunday school, we do the polite and sensible thing and remove her from the situation.
After several months of faith in the foyer went by, my wife and I looked up at each other and asked ourselves, “What are we doing here?” We don’t hear the sermon; we don’t hear the Sunday school lesson. We just sit out in the foyer and distract our daughter. What’s the point of getting up early and getting dressed to come to church and play with our daughter in the foyer?
I thought back to my experiences during log PT. I was embarrassed that I had forgotten that critical lesson from years ago. I realized that I wasn’t going to church for myself. I was going for the other members of the congregation. I asked myself, “What can I do this Sunday to serve the church and church members’ needs?” Sitting out in the foyer with a screaming daughter, maybe all I could give was a hello or a smile. If that was all I could give, then I would give that. For me, Sundays are sacred because they represent our commitment to spending that quality time together in fellowship to reflect and celebrate our common values and beliefs. This is the foundation of our collective purpose. Is the quality of time we invest now showing an immediate return? Certainly, not immediately, but that’s a limited and short-sighted way of looking at the situation. That’s the same reason why people decide to quit: the log is too heavy right now, and they want to make the pain stop. It’s not about the log, and it’s not about the foyer. It’s about the people to our left and right.
We chose a different perspective and approach to the situation. Through this choice, we realized that if we continued our routine, our daughter’s behavior would eventually improve. By the time she is old enough to know better, this routine as a deliberate and weekly choice will not just be something she does but an integral part of who she is. Suddenly on Sundays, chasing my daughter in the foyer doesn’t seem as bad as it once did.
Upon entering a room lined with panels and LED lights, described solely as something out of a science fiction movie, people in polar white suits are ready to re-skin a new beast.
The airmen working across two shifts in the work center, paint and renovate the aircraft and equipment assigned to the Air Force’s largest combat F-16 Fighting Falcon wing.
The work being performed on the aircraft is intended to provide a protective finish that prevents damage to the structure and enhance the aircraft’s overall lifespan.
“Our mission here is to remove defective aircraft coatings,” said Tech. Sgt. Ryan Tinsley, 20th Equipment Maintenance Squadron corrosion control noncommissioned officer in charge. “We also inspect for corrosion and reapply coats should the aircraft need it.”
Airmen assigned to the 20th Equipment Maintenance Squadron corrosion control paint barn, work on an F-16CM Fighting Falcon at Shaw Air Force Base, S.C., Nov. 13, 2018.
Tinsley went on to say the flight helps identify and troubleshoot paint fatigue that may be caused by consistent flights.
Within the facility, a locker room houses the protective gear of the airmen assigned to the 20th EMS aircraft structural maintenance flight.
“When we paint, no matter what we are working on that day, we keep safety in mind at all times,” said Tech. Sgt. Joseph Harris, 20th EMS corrosion control shift lead.
Each job requires the airmen to gear up from top to bottom to prevent any damage or poisoning that could be caused by the exposure to paint fumes.
During the painting process, corrosion control airmen inspect the aircraft for any cracks or wear that may have been caused through various aerial missions.
“Our airmen are the ones out there doing the hard work,” said Tinsley. “They are either sanding or painting anything that may come into the paint barn … they’re the real work horses, they’re killing it.”
With the continued support of these technicians the mission of the 20th Fighter Wing can thrive and allow the pilots to accomplish the suppression of enemy air defenses mission anytime, anywhere.
This article originally appeared on the United States Air Force. Follow @usairforce on Twitter.
Beware the head shot. Firing just about any caliber round in this area will pretty much kill someone instantly.
This is called the “T-box” by police and military security forces because of its obvious shape. When these individuals are placed in lethal force encounters, this area is emphasized as a vital target area, second only to the center of the chest.
It is valued so highly because it is the single most lethal part of the body to succumb to violent kinetic pressure and if the round is delivered accurately, it will guarantee the end of any adversary’s aggression. If troops or law enforcement officers can fire within this very small field, it is virtually guaranteed to instantly kill any combatant. That’s why the head shot is such a big deal.
The only reason it isn’t trained to be the first area shooters aim for is that the shot is extremely difficult and in situations where lethal force is required, sometimes just crossing the finish line matters more than the grace and finesse with which one does so.
The Mythical Head Shot
A simple “head shot” may not be enough to completely stop the enemy dead in their tracks. Video games and movies give the idea that, so long as you “tag” the head, a person will drop dead with no questions asked. This movie myth is factually inaccurate.
Numerous cases have shown individuals who have survived being shot in the head, not resulting in death of the intended target. Other cases will show people who have suffered varying levels of brain damage, but not death. Many times no brain damage occurred and the only resulting injury was just cosmetic damage to the face.
There are even some reports of people being shot so closely, and at such an angle, that the bullet was deflected and simply bounced off the skull, leaving literally nothing more a scratch. All of these are survivable and sometimes even result with little loss of quality of life. For that reason, most “head shots” aren’t guaranteed kills. Some won’t even end the threat happening at the moment.
Firing within the T-Box, however, is.
Why the T-Box, the official name for a head shot, is Lethal
The T-box covers the nose and behind the eyes. These sensory organs don’t actually matter themselves, but are simply the target area.
What makes the T-Box different from any other area is the part of the brain which rests directly behind it. Beyond this point is the lower brain, the parts most responsible for the processes that cause us to continue living. It houses the brain stem which is responsible for our organs functioning automatically, namely our heart, lungs, our central nervous system, as well as controlling the rest of our brain itself.
This means that losing it guarantees a complete and instantaneous loss of consciousness and life. If you’re facing an enemy and don’t have a clean shot towards their chest, a head shot is your next best option.
The truth is, the T-Box can actually be much larger depending on the caliber of the round. This is because ballistic effects on soft targets have cumulative effects which help to guarantee a complete loss of lower brain function.
A bullet doesn’t just pass through a medium. Another movie myth would suggest that a bullet just punctures at a given point of entry then bores a bullet sized hole all the way through. Reality is much more graphic than that.
Like any kinetic object, a moving object will release its energy into the medium with which it travels. My examples will be with a standard issue 9mm Beretta pistol, commonly issued throughout the military and law enforcement, as well as widely available to the common buyer. The energy of that weapon can be measured as an 8 gram mass moving at around 381 meters per second generating about 3 Newtons of force.
Those three or so Newtons of energy will be released into a target proportionally to the resistance it gives the bullet as it travels. A good analog for what 3 Newtons is would be the force of 3 apples falling. This doesn’t sound extremely powerful, but it must also be emphasized that this is a massive amount of force being emanated from a very narrow channel, the cavity created by the bullet. This transition of force results in the bullet slowing down as the cavity it created expands explosively.
This is what explosive expansion looks like on ballistics gel, the best analog for human bodily tissue. Ballistics experts even measure this property, referred to as “cavitation” or the measurement of the cavity produced by ballistics. This gel showcases the effects within the human body. This is an especially potent event in the brain.
It can’t be communicated enough that most of a bullet’s damage doesn’t center on the direct path it takes through the body, but through the absorption of energy. The most important factor to consider is that that cavity you see above shouldn’t just be smaller; it shouldn’t exist. We are talking about cells which once touched being violently propelled from one another. Within the brain, that represents cells and neurons that exist and operate within nanometers, momentarily separated by a space of several inches, and never able to return to their original structure.
Placing this event anywhere near the lower brain, namely the brain stem, will result in the violent and immediate fragmentation of all necessary working processes providing both awareness to the victim, as well as control of all bodily functions. That means they are instantly dead.
But will you know a head shot is coming?
So we have shown that any bullet placed within this area will result in death, absolutely and non-negotiably, but are we sure we wouldn’t be able to realize we had been shot, or even shot at, first?
Now we are asking a question about the comparison of the speed of a bullet in flight and the cognitive capabilities of the human perceptive system. Our 9mm Beretta fires a round which has a muzzle velocity, the speed it travels through the air when it leaves the weapon, of around 1,250 ft/s or 381 m/s.
Reaction time for people is something likeif you are skilled and practiced at very certain tasks which you are prepared for and expect to occur. That isn’t the case here. Under normal conditions, you could expect to be able to react to something, given about notice.
Using our metrics from the Beretta, at the velocity the bullet is moving, you would have to be capable of watching it moving for over 570 meters, or over a third of a mile, just to have time to react to it. Considering the size and speed of the round in question, I am going to consider that, for all intents and purposes, impossible.
You also won’t be able to hear the bullet fire either. The speed of sound is 1,126 feet per second, or 343.205 m/s. Looking back at our old numbers, the 9mm Beretta clocks in at 1,250 ft/s or 381 m/s, we see that the bullet itself is supersonic. For that reason, you would never hear it coming until long after it has done its job.
For argument’s sake, in the case of the slowest bullets out there travel at 339.7504 m/s. This means they are actually only 4 m/s slower than mach 1. Given that this difference makes the slowest rounds only .01% slower than sound and the fact we still require another 1.5 seconds to process that sound, this bullet would still have had to have traveled over a fifth of a mile before you could possibly hear it in time to recognize and process.
Being that no handgun firing such a slow round is even effective at that range, and also that there is no way to know if you are diving to a safer location than you already occupy, we could say that it too is rhetorical. There is no chance that you will ever hear a round with your name on it.
The Gruesome Truth
Having said all this, you can safely know that any unfortunate victim of being shot with any caliber round aimed directly to the imaginary T-box area of the face will be dead. In fact, they will die so thoroughly and immediately, that the last cognizant thing their mind registers will be the sight of the barrel of the weapon which was about to kill them… before their brain explodes.
That was twisted. I hope you enjoyed it. If you would like to support me, please visit my. For more content like this, visit my blog – . Thanks for reading, you morbidly-curious individual.
Fostech Outdoors’s Origin-12 is a beast of a weapon and may be the fastest cycling shotgun in the world.
The gas powered build of the Origin-12 allows it to unleash hell at an insane rate of fire — if your trigger finger can keep up.
“This thing can smoke an AA-12 in terms of speed,” said Eric in the IV8888 video below. “Bear in mind, an AA-12 is only about 360 rpm.”
Released in 2013, the Origin-12 comes standard with a five-round 12-gauge magazine or an optional 30-round drum.
The design of the Origin-12 is made to greatly reduce recoil. The barrel is placed lower than the chamber and butt stock.
“In-line shotguns, when you shoot them, they climb. Pure physics will tell you about this firearm,” Fostech Outdoors executive Judd Foster said at SHOT Show 2016. “When you shoot it, it takes recoil out of it, and it punches you on target.”
According to Fostech Outdoors, there will soon be conversion kits to allow 7.62 and 5.56mm fire coming in 2018. If you’re interested in having a forward grip, check out the Origin-12 SBV. It’s an arm braced, smooth bore, 12-gauge non-NFA Firearm.
“The Fostech Origin-12 is an awesome piece of hardware. As far as I know, its is the fastest cycling shotgun in the world, ” IV8888’s Eric said.
Check out the IraqVeteran8888 video down below:
WRITER’S NOTE: I would like to personally thank you, the community, for bringing this beauty to my attention. The inspiration for this post goes to Marc Allen from this Facebook post. Thank you very much for your support. You rock!Iraqveteran8888, YouTube)
Tesla Cybertruck’s controversial style and decked out armor-like exterior and towing capability seem like overkill for everyday driving, but they could be perfect for camping just about anywhere.
During the presentation, Tesla emphasized that the Cybertruck is “completely adaptable for your needs.” The company is marketing the truck as the best of a truck and a sports car, but information on its website hints at other future possibilities.
The most expensive edition of the Cybertruck has 100 cubic feet of storage space, which would be useful for camping gear.
Tesla’s renderings at least show that the company is thinking about the possibility of a camper conversion, with one image showing a tent attached over the truck bed and what appears to be cooking attachments on the tailgate.
Tesla fans have shown an interest in converting their electric vehicles into more comfortable places to sleep in the past. Dreamcase sells mattresses designed for specific car models, designed to “transform your car into a luxury double bed.” It already sells mattresses for three current Tesla models.
Regardless of whether Tesla releases more information about possible camper conversions, the Cybertruck design already has the ability to tow an RV. The Cybertruck has a towing capacity of up to 14,000 lbs, which is more than enough to tow even the heaviest Airstream on the market.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
We’ve all seen the cool James Bond clip where Q hands over a Walther PPK/S that can only be activated by 007’s palm print .
If a bad guy tries to pick it up and shoot the superspy, no joy.
For years the idea of a so-called “smart” gun like Bond’s has been largely out of reach for anyone but the covert operators of fiction, but that hasn’t stopped the government from trying to make one for real life. And the feds just took the first step in what could eventually be a handgun fielded to law enforcement and the military that only shoots for an authorized user.
As part of a series of executive actions on gun control released in January, President Barack Obama ordered the Department of Justice to look into what a smart gun should look like for military troops and federal agents. His intention was to deploy government resources to push the technology beyond what the civilian market has yielded in hopes of making smart gun technology available for most handguns.
“As the single largest purchaser of firearms in the country, the Federal Government has a unique opportunity to advance this research and ensure that smart gun technology becomes a reality,” the White House said. “In connection with these efforts, the departments will consult with other agencies that acquire firearms and take appropriate steps to consider whether including such technology in specifications for acquisition of firearms would be consistent with operational needs.”
The Armatix iP1 is the first so-called “smart gun” available for consumers. It’s chambered in 22 LR and requires a special watch for the shooter to active the gun.
In July, researchers with the National Institute of Justice released its long-awaited specifications for what a smart handgun should be able to do and how its safety features should work. The requirements represent a high technological bar for military and law enforcement smart gun use, including overrides if the system is jammed, near instant activation and a 10,000 rounds before failure limit.
The Justice Department described “the potential benefits of advanced gun safety technology, but noted that additional work was required before this technology is ready for widespread adoption by law enforcement agencies,” the NIJ report said. “In particular, the report stressed the importance of integrating this technology into a firearm’s design without compromising the reliability durability, and accuracy that officers expect from their service weapons.”
The NIJ specs essentially call for a polymer-framed, striker fired 9mm or .40 SW handgun without any external safety. Basically, the specs point to a Glock 19 or similar modern handgun when it comes to ergonomics, size, and function.
Researchers said the smart gun should able to be programmed to work only for authorized users, could be activated with a wearable device such as a ring or bracelet, and should be able to shoot even if the smart safety fails.
But the researchers went on to call for functions that go well beyond what current technology allows, including that “the security device shall not increase the time required by the operator to grasp, draw from a holster and fire the pistol as a pistol of the same design that is not equipped with the security device.”
That means zero lag time for the pistol to draw, authorize and fire in a split second.
The smart gun will also have to detect and alert the shooter if there is an attempt to jam the system and be able override the safety and fire despite the countermeasures. And the gun must be able to fire with both a bare or gloved hand, making it tough for technology using biometric sensors to read fingerprints.
Most importantly, the smart gun will have to endure 10,000 rounds with 2,000 draws between any failure. Engineers who build systems like small lights and lasers that attach to handguns have said one of the biggest technological challenges to building miniature electronics is making them tough enough to withstand the repeated recoil of a pistol.
Skeptics have long argued smart guns insert an unreliable technology into a system that’s build to work every time at a moment’s notice and that forcing anyone to use an electronic safety on a handgun could mean the difference between life and death.
“Generally speaking, additional complexity brings increased risk of malfunction and error,” the Justice Department has said. “The types of firearms most commonly used by law enforcement and the broader American public … are relatively straightforward mechanical devices, and manufacturers have faced significant engineering challenges as they seek to seamlessly integrate electronics into firearms’ operations.
But the White House has signaled its intention to push the technology to the field as soon as possible, and the latest NIJ report shows just how solid that technology has to be for troops and law enforcement to trust it with their lives.
Officials in charge of equipping America’s top commando units are looking for some high-tech drugs to help boost the performance if their 150 “multi-purpose canines.”
According to news reports, U.S. Special Operations Command wants to find pharmaceutical products or nutritional supplements that will enhance canine hearing, eyesight and other senses.
Think of it as a “Q” for America’s four-legged special operators.
According to an official solicitation for the Performance Enhancing Drugs, SOCOM is looking for a product or combination of products that will do the following:
- Increase endurance
- Improve a dog’s ability to regulate body temperature
- Improve hydration
- Improve acclimatization to acute extremes in temperature, altitude, and/or time zone changes
- Increase the speed of recovery from strenuous work
- Improve hearing
- Improve vision
- Improve scent
- Decrease adverse effects due to blood loss.
SOCOM’s military working dogs have been front and center on several top commando raids — with the most famous being Cairo, a Belgian Malinois who joined SEAL Team 6 in the raid that killed Osama bin Laden, the mastermind of the 9/11 attacks.
SOCOM, though, is also looking to neutralize enemy K9s through what another solicitation calls “canine response inhibitors.”
Now, during the Vietnam War, the preferred “canine response inhibitor” was known as the “Hush Puppy.” But these days SOCOM is looking for some less permanent methods, including:
- Inhibit barking, howling, and whining
- Inhibit hearing
- Inhibit vision
- Inhibit scent
- Induce unconsciousness
- Induce movement away from the area where the effects are deployed
Like the performance enhancers, the “canine response inhibitors” could also be used outside the military.
So, the company or companies that win the hearts and minds of SOCOM’s puppies could catch a huge break.