As an artist, Jim Morrison was obsessed with the barriers that exist in our own minds between what we know and the mysteries hidden just beyond. By means of artistic expression, philosophical musing, and a wide variety of mind-altering drugs, he spent his short, bright tenure as a rockstar searching for the breach points in those barriers: the famous “Doors of Perception.”
And that is why The Doors are called The Doors and not The San Fran Drug Lovin’ Band. True story.
As a veteran trainer and WATM in-house ruckstar, Max Philisaire is likewise obsessed with the Doors of Perception, but rather than approaching the breaching issue as a question of which weed strain to choose, Max would prefer that you simply squat so hard that the doors implode.
Because this is Max. Max’s front door doesn’t have a mat, it has a moat. Max’s doorbell is a grip test. His mail slot is a bazooka. Max hopes Weakness tries knocking, so he can breach his own door outward and sick himself on the whole Weakness sales force.
In this episode, Max is out to rock the socks right off your under-developed legs. Breaching doors is a key skill in modern urban combat and Max wants your quads, hamstrings and glutes to be up to the task. You will proceed through a progression of squat drills designed to send your legs a message, a message that reads: Ten hut, ham hocks!”
Oh. But if you’re thinking of knocking on Max’s door to thank him?
The battle for Shal Mountain, dubbed “Operation Rugged Sarak,” went from Oct. 8-15, 2011. Shal Mountain sat above Shal Valley and controlled two important supply routes, one vital to coalition forces for resupply and one critical to insurgent smuggling between Pakistan and Afghanistan.
The insurgents controlled the mountain for years, but the men of B Company, 2-27th Infantry Regiment, decided to finally wrest control of it from the Taliban after two U.S. convoys were attacked from there, killing two soldiers. The battle for the summit would rage for eight days.
Specialist Jeffrey Conn was the Army medic who responded to the second convoy attack and was the medic on top of Shal Mountain during the fight for the summit. On the mountaintop, he would earn a Silver Star for saving the lives of at least nine U.S. and Afghan soldiers while also taking the lives of many insurgents — at least 12 in a single attack.
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After decades of brown nosing, snitching, and general a$$hole-ishness, military scientists have discovered the secret to stopping the notorious buddy-f***er in his tracks.
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One of the most ever-present devices in modern times is the navigation system in everything from cell phones and wrist watches to in-dash car displays. All of them are made possible with just a few constellations of satellites, most of them launched by the U.S.
But the systems use the satellite signals for free despite a cost in the billions to create and launch the satellites, and $2 million is spent daily to maintain the U.S. system. So why are civilians across the world allowed to use them for free?
The big turning point was in 1983 when a Korean Air passenger jet flying near the Soviet border accidentally crossed into Russian territory in the Kamchatka Peninsula.
The Russians were worried that the plane was a U.S. bomber or spy plane, and made the catastrophic decision to attack the jet, downing it and killing all 269 passengers and crew members on board.
President Ronald Reagan publicly condemned the attacks and turned to his advisors to find a way to prevent other mix-ups in the future. He opened the GPS signals to public use with an executive order — but added scrambling to reduce accuracy.
This made the signals less valuable to rival militaries.
Civilian companies sprang up around GPS and worked to create devices that were perfectly accurate despite the scrambling. After almost a decade of the military increasing scrambling to foil technological workarounds, President Bill Clinton ordered that the scrambling come to an end.
Instead, the U.S. jams GPS signals locally when they’re in combat with a force that uses them.
This jamming works by interrupting the signals, allowing the U.S. to scramble signals from its own satellites as well as those launched in more recent years by Russia, China, India, and Japan.
Team Red, White and Blue’s Old Glory Relay involved 59 teams of runners moving an American flag across the country in a 3,450 mile journey that started in San Francisco on September 11 and ended in Washington D.C on November 8.
Team Red, White and Blue is a nonprofit organization based in Tampa, Florida with a mission to enrich the lives of America’s veterans by connecting them to their community through physical and social activity. The Old Glory Relay is a one of Team RWB’s signature fundraising events, and it does much to support the mission.
This year’s Old Glory Relay was made up of 1,170 athletes and raised $436,000. The route passed through 13 states, and during the relay runners faced all kinds of terrain and weather conditions.
“This event could not have taken place without the Eagle Fire of our participants and fundraisers, the dedication of our Team RWB staff on the course, the engagement of numerous volunteers across the country…and the unwavering support of our sponsors,” said Dan Brostek, Team RWB’s marketing and communications director. “A heartfelt thanks to our presenting sponsor, Microsoft. A special thanks as well to the Schultz Family Foundation, NoGii, Zignal Labs, RDB Running and the Bob Woodruff Foundation for making this experience a memory to last a lifetime.”
The SR-71 Blackbird was the fastest military jet that has ever taken to the skies. But there was a plane that not only went twice as fast, but it also went much higher.
That speedy plane was the North American X-15.
The X-15 was one of the first true spaceplanes, with a number of flights going beyond Earth’s atmosphere, according to a 2005 NASA release. It was capable of going over 4,500 mph, or nearly Mach 6, and it went as high as 354,200 feet – or just over 67 miles – above the Earth.
The plane didn’t actually take off from the ground. In fact, it needed the help of a B-52 bomber before it could reach those dizzying heights and super-high speeds. NASA used two of the first B-52s, an NB-52A known as the “High and Mighty One,” for some flights before a NB-52B known as “Balls 8” took over the duty.
Once released from the B-52 at an altitude of 45,000 feet and a speed of 500 miles per hour, the X-15’s Reaction Motors XLR-99 would activate providing 70,400 pounds of thrust, according to a NASA fact sheet. At most, the plane had two minutes of fuel.
Among the pilots who were at the controls of this marvel was Neil Armstrong – you’d know him as the first man to walk on the moon. Armstrong didn’t get into space with this plane in any of his seven flights, but he did post the 6th-fastest speed among the X-15 sorties, according to an official NASA history.
One of those who achieved the rating of astronaut, Major Michael Adams, received the honor posthumously after he was killed in a crash of his X-15A on Nov. 15, 1967. Adams had broken the 50-mile barrier that the Air Force and NASA used to define entering space on his seventh and final flight, reaching an altitude of 266,000 feet and a top speed of 3,617 mph, according to the NASA history’s list of X-15 flights.
Below, take a look at the video from Curious Droid, which talks about the X-15 – and the awesome career it had.
WATM’s Ryan Curtis hits the streets with stunt driver Jim Wilkey, a Vietnam War vet whose Hollywood credits include “Die Hard With a Vengeance,” “Rush Hour,” “Inception,” “Mad Max: Fury Road,” and “The Dark Knight Trilogy.’ Jim’s experience in the Navy working with a wide range of equipment gave him the knowledge to get started as a stuntman and stunt driver.
Follow along as Jim (bravely) lets Ryan get behind the wheel and try his hand at the stunt course.
Admittedly, I’d rather not be shot with either, but if I had to choose, I’d take a round from the AK47 over the M4 any day of the week. To understand why, it’s important to have a very basic look at the physics behind terminal ballistics, in this case being the science of what happens when a penetrating missile enters a human body. The first place to start is the Kinetic Energy Equation:
KE = ½ M (V12 – V22)
Breaking this equation down into its components, we have Kinetic Energy (KE) influenced by the Mass (M) of the penetrating missile, as well as the Velocity (V) of the missile. This make sense, and it is logical that a heavier, faster missile is going to do more damage than a lighter, slower missile. What is important to understand is the relative influence that Mass and Velocity have on Kinetic Energy, as this is key to understanding why I’d rather be shot by an AK than an M4.
You’ll notice that the Mass component of the KE equation is halved, whereas the Velocity component is squared.
For this reason, it is the Velocity of the projectile that has far more bearing on the energy that it dissipates into the target than the mass.
The V1-V2 component of the equation takes into consideration that the projectile might actually pass straight through the target, rather than coming to rest in the target. In this instance, the change in the Velocity of the projectile as it passes through the target (V1 being its velocity as it enters, and V2 being velocity on exit) is the factor that is considered when calculating how much energy the missile delivered into the target.
Naturally if the projectile comes to rest in the target (ie: no exit wound) then V2 equals zero and the projectile’s velocity as it entered (V1) is used to calculate the KE.
That’s enough physics for now, but you get the concept that the optimum projectile to shoot someone with is one that has a decent mass, is very, very fast, and is guaranteed to come to rest in your target, as to dissipate as much energy as possible into them, and hence do maximal damage.
The next concept to grasp is that of permanent cavitation versus temporary cavitation. Permanent cavitation is the hole that gets left in a target from a projectile punching through it. You can think of it simply like a sharp stick being pushed through a target and leaving a hole the diameter of the stick. The permanent cavity left by a bullet is proportionate to the surface area of the bullet as it passes through the tissue.
For instance, if an AK47 round of 7.62mm diameter at its widest point passes cleanly through a target, it will leave a round 7.62mm hole (permanent cavity). If this hole goes through a vital structure in the body, then the wound can be fatal. However, if the bullet passes through soft tissues only, then the permanent cavity can be relatively benign.
This is a slight oversimplification of the concept, as bullets will rarely remain dead straight as they pass through human bodies, as they have a tendency to destabilize, and the heavier back-end of the bullet will want to overtake the front.
This concept, known as yaw, increases the frontal surface area of the bullet as it passes through tissue, and hence creates a larger permanent cavity.
Far more damaging than the permanent cavity left by a projectile is the temporary cavity that it creates. Anyone who has ever watched the TV show MythBusters will have some familiarity with this concept, and it is best demonstrated using slow motion video imagery of bullets being shot into special jelly known as ballistic gelatin, which is calibrated to be the same density as human soft tissues.
What can be seen in these video images (below) is the pulsating dissipation of energy that emanates out from a bullet as it passes through the gelatin.
This is a visual illustration of the concept of temporary cavitation, and it allows the viewer to begin to appreciate the devastating effect that a high velocity missile can have once it enters a human body. The temporary cavitation is the transfer of Kinetic Energy from the projectile into the tissues of the target, and as we learned above, is relative to the mass and, more importantly, the velocity of the projectile.
As the energy of the projectile is dissipated into the tissues of the target the temporary cavitation pulverizes structures adjacent to the bullet’s tract, including blood vessels, nerves, muscles, and any solid organs that may be in close proximity.
For that reason the high velocity projectile does not need to pass directly through a structure in the body to destroy it. The higher the Kinetic Energy of the projectile the further out from the permanent cavity the temporary cavity extends.
Below is a slow motion video of a 5.56x45mm round (same as the M4 fires) hitting ballistic gelatine in slow motion. After watching, the medical provider can begin to appreciate the damage that gets done to tissues by the pressure wave of the temporary cavitation.
Another characteristic of the M4 round is the tendency for the bullet to disintegrate if it strikes tissue at a decent velocity. Despite being a jacketed round, owing to it being smaller, lighter, and faster than an AK47 projectile, it tends to yaw faster once it hits tissue and the shearing forces on the bullet once it is traveling at 90 degrees through the tissue often tears the bullet into pieces, thus creating multiple smaller projectiles and increasing the chances of all of the bullet parts remaining in the target, and hence dissipating more energy.
The AK47 round, being slightly heavier and slower than the M4 round will have a tendency to remain intact as it strikes tissue, and whilst it will penetrate deeper, it tends to remain intact and not yaw until it has penetrated much deeper than the M4.
The video below shows a soft point round being used, which theoretically should be more destructive than its full metal jacket counterpart, the video still illustrates nicely the significant penetration of the AK47 round without it yawing significantly or disintegrating.
I once saw a good case study illustrating this point nicely where a casualty had sustained an AK47 gunshot wound to the right lateral thigh and we recovered the intact bullet from the inside of his left upper abdominal wall. It had passed through approximately 1 metre of his tissues and shredded his small bowel, but the projectile hadn’t fragmented at all, and the temporary cavitation hadn’t done enough damage to be lethal. The casualty required a laparotomy to remove multiple sections of small intestine, but made a good recovery. That one is a story for another time.
Although an unpleasant injury to have, the fact that the AK47 round was travelling slower than an M4 at the same range would have been, coupled with the fact that the projectile remained intact and didn’t yaw significantly as in passed through him, meant the wound was nowhere near as devastating as the above-mentioned M4 injury in the same area.
It must be noted however that the comparison is far from perfect given that the M4 injury involved the bone, with the one immediately above passing solely through soft tissues.
So there it is, all things being equal, when all is said and done I’d rather be shot with an AK47 than an M4 on any day of the week. Naturally, as medical responders, it is always important to treat the wound and not the rifle that inflicted it, and I have certainly seen some horrendous AK47 wounds over the years and some relatively minor ones from M4s, so it all depends.
The main take home points for medicos are to be aware of the magnitude of damage that can be caused by the temporary cavitation resulting from high velocity missile wounds, and also if you find an entrance wound, there’s no telling where in the body the projectile might have ended up!
You’ve probably followed the reports of how Iranian speedboats have harassedU.S. Navyvessels. Frustrating, aren’t they? Well, think about it this way… we’ve been “showing restraint.”
The thing is, those speedboats are not really Iranian Navy. Instead, they belong to the Iranian Revolutionary Guard Corps Navy. These speedboats, which are often equipped with heavy machine guns, rockets, and other weapons, got a reputation for attacking merchant traffic in the Iran-Iraq War. Back then, they were called “Boghammars” after the Swedish company that built the first boats used by the Iranians.
Today, their primary threat to an American warship could be as a suicide craft. That said, American ships have options to address these craft. Two of the most prominent are the Mk 38 Mod 2 Bushmaster and the M2 heavy machine gun. The M2 is a legend. It’s been used on everything from tanks to aircraft to ships, and against just about every target you can imagine.
Now, the Mk 38 Mod 2 Bushmaster is not as well-known. That said, it’s been in quite common use. It got its start on the M2/M3 Bradley Fighting Vehicle, where the Army calls it the M242.
It needs a lot of luck to kill a tank, but it can bust up other infantry fighting vehicles, trucks, groups of infantry, even helicopters and aircraft. The Bushmaster made its way to the Marine Corps LAV-25.
The Navy put the Bushmaster on ships, and it comprises the main armament of the Cyclone-class patrol craft. Each Cyclone has two of these guns, one of which is paired with a Mk 19 automatic grenade launcher. The guns are also used on other surface combatants as well. The guns can do a lot of damage.
You can see the Mk 38 and the M2 go to work on a speedboat in the video below. One almost an imagine that the Iranian speedboat crews may be asking themselves the question that Harry Callahan told a bank robber to ask himself: “Do I feel lucky?”
Built in 1985, the Kuznetsov, a 55,000-ton behemoth, is a veteran of a full four deployments and is the Russian Navy’s flagship. It’s powered by diesel fuel generators. Serving on the ship is akin to punishment for Russian sailors, who coined the phrase “If you misbehave, you’ll be sent to the Kuznetsov.”
The carrier’s boilers are defective. The central heating system is inoperative. Crewmen must bring their own heaters.
Instead of fixing the system, the Russian Navy just closed half the ship’s latrines and stopped running water to most cabins. Half the ventilators are also in need of repair, so the ship reeks of mold and mildew.
Half the ventilators are also in need of repair, so the ship reeks of mold and mildew.
The Mitsubishi A6M Zero is one of the great warplanes of all time. It certainly got a lot of press as the primary fighter the Americans faced in the great carrier battles in the Pacific Theater.
That being said, it wasn’t Japan’s only fighter. In fact, the Japanese Army had its own front-line fighter.
The Nakajima Ki-43 Oscar first took to the skies in 1941, about six months before the attack on Pearl Harbor. It was intended to replace the Nakajima Ki-27 Nate, an earlier monoplane fighter.
In some respects, the Japanese Army was much smarter with the Oscar than the Japanese Navy was with the Zero. MilitaryFactory.com notes that the Ki-43 was continually improved during the war. The Ki-43-Ia started out with two 7.7mm machine guns, but by the time the Ki-43-Ic emerged, that had changed to two 12.7mm machine guns.
Later versions, like the Ki-43-II and Ki-43-III, were constantly improved with things like self-sealing fuel tanks and armor to protect the pilot. The Zero never saw those improvements until it was far too late to affect the outcome of battles like the Marianas Turkey Shoot.
Ultimately, over 5,900 Ki-43s were produced. After World War II, they saw action with the Chinese, French forces in Indochina, North Korean forces, and even with Indonesian rebels. The plane turned out to be a solid ground-attack plane, capable of carrying two 250 kilogram bombs.
Below is a Japanese newsreel showing Ki-43 Oscars in action.
After spending two years in college, Gary Beikrich decided he wanted to join the Army and become a distinguished member of the Green Berets — and that’s precisely what he did.
Once Gary enlisted, he trained his way through the tough pipeline and earned the elite title of Green Beret. With a sincere desire to help others, he received advanced training as a combat medic before shipping out to the dangerous terrains of Vietnam.
In 1967, Gary was assigned to 5th Special Forces Group stationed in the Kon Tum Province.
Gary and his team were ordered to protect and teach a group of Montagnards tribesmen located in the area. The experience of working with the loyal tribesmen allowed Gary to go “native,” spending days without speaking a word of English.
On the early morning of Apr. 1, 1970, the NVA decided to attack Gary’s camp — one he worked so hard building up. As the enemy rained down heavy artillery into the area, the massive force tore through the peaceful compound — causing allied forces to suffer terrible casualties.
Gary sprang into action and rendered treatment. Then, boom!
A 122mm artillery shell landed near Gary and shrapnel ripped into his back, causing a spinal cord concussion. Now immobile, two of Gary’s trusted Montagnards tribesmen came to his aid. The men assisted Gary around the compound so he could patch up the other wounded as quickly as they could — until he finally collapsed.
Bleeding and severely wounded, Gary was placed on a medevac and was sent back home to the States. After recovering, Gary went back to college as a pre-med student. But his time in the classroom didn’t last long; Vietnam protesters tormented him, shouting hateful remarks.
Gary decided to pack his van and drive away, eventually finding a peaceful area all to himself — a cave.
One day, Gary went to the post office where he received his mail, and an unexpected message was waiting for him. The Army veteran was to receive the Medal of Honor for his bravery and service during that enemy raid.
Editor’s note: This article originally identified Gary Beikrich as completing only two months of college. Mr. Beikrich completed two years of college. The update has been made and WATM regrets the error.