The U.S. military uses some awesome weapon systems, but many of them are even more impressive when you can slow down the action and see exactly how the weapon engages and destroys its targets. We scoured Youtube and found some of the best.
(Funker530, YouTube)Tanks hardly need an explanation. This compilation video includes a few different types of munitions and lots of nice explosions as rounds leave the barrel.
The Javelin is primarily an anti-tank missile that attacks from above, though it can be used against aircraft and buildings in a direct fire mode. An initial charge blows the missile away from the launcher before the propellant sends the fire and forget missile to its target.
3. TOW Missile vs. Tank
(Funker530, YouTube) Tube-launched, optically tracked, wire-guided missiles serve a primarily anti-armor role. The missiles in this video are one of the variants that allow for top-down attacks, exploding above the target to penetrate the tank through its thinner turret armor as opposed to a direct hit.
(FullMag, YouTube)The M134 fires 7.62mm rounds, which makes it a minigun when compared to larger calibers like the 20mm Vulcans but still a big badass compared to most weapons floating around. These weapons are used extensively by the 160th Special Operations Aviation Regiment (SOAR).
6. Mk 12 Special Purpose Rifle
(FullMag, Youtube)Developed by the US Navy for use by its special operators, this weapon is an extremely modified version of the M16. It is also now used by Army Special Forces. It fires standard NATO 5.56mm rounds.
7. Det Cord
(FullMag, YouTube)Det cord is a thin cord of explosives that detonates at four miles per second. When watching it at normal speed, it seems like the whole thing goes off at once. In extreme slow-mo though, you can watch the detonation move through the cord.
8. Tomahawk Missile
(okrajoe, Youtube)The Tomahawk missile has many variants, from conventional surface attack to a nuclear version to ones that drop cluster munitions. If you want to see extreme slow-motion video of a Tomahawk striking its target, check out this video.
9. 40mm semi-automatic grenade launcher
(Vickers Tactical, YouTube)The M32 MGL is a semi-automatic grenade launcher that looks like an old-western revolver on steroids. It’s in service with the US Marine Corps and can bring a lot of controlled, accurate pain quickly.
10. U.S. Navy Railgun
(defenseupdate, YouTube)Currently in tests with the U.S. Navy, the electromagnetic railgun has been a dream for years. Judging by videos like these, and the fact that the railgun is scheduled for sea trials in 2016, that dream may soon be a reality.
11. Fully-automatic M4
(The Slow Mo Guys, YouTube)Most military guys are familiar with the M4, though few get any trigger time with the fully automatic version. Here, you can see the full-auto M4 in all its glory as it’s slowed way down. The entire video is capturing action that took place in just over two seconds.
The Navy’s new stealthy high-tech destroyer has begun “Acceptance Trials” to assess, refine and further develop its many technologies including navigation, propulsion, auxiliary systems, fire protection and damage control capabilities, service officials said.
The ship, called the DDG 100 or USS Zumwalt, departed Bath, Maine, with a crew of assessment professionals on board called the Navy’s Board of Inspection and Survey, or INSURV.
“This underway period is specifically scheduled to demonstrate ship systems to the Navy’s Board of Inspection and Survey and the ship will return to port upon conclusion of the demonstrations,” Navy spokesman Matthew Leonard told Scout Warrior in a written statement.
The USS Zumwalt, the first in a series of three next-generation destroyers planned for the fleet, is slated to be operational by 2019, he added. The new ship will formally deliver to the Navy later this year.
“DDG 1000 delivery is expected after successful Acceptance Trials and will include fully capable Hull Maintenance and Electrical (HME) systems. Following HME delivery, and a brief crew certification period at Bath Iron Works, the ship will sail to Baltimore for commissioning (which is scheduled for Oct. 15) and then transit to its homeport in San Diego where Mission Systems Activation will occur,” Leonard added.
Before beginning Acceptance Trials, the DDG 1000 went through a process known as “Builder Trials” during which the contract building the ship, Bath Iron Works, tests the ship’s systems and technologies.
New Ship Technologies
Once operational, the Navy’s first high-tech Zumwalt-class DDG 1000 destroyer will pioneer a handful of yet-to-be seen destroyer ship technologies, service officials have explained.
Not only does the ship have a new electric drive system for propulsion as opposed to diesel or steam –but the ship is configured with sonar, sensors, electronics, computing technology and weapons systems which have not previously been engineered into a Navy destroyer or comparable ship, said Raytheon officials said.
The Zumwalt-class destroyers will have unprecedented mine-detecting sonar technologies for destroyer through utilization of what’s called an integrated undersea warfare system, or IUW; IUW is a dual-band sonar technology which uses both medium and high-frequency detection, Raytheon developers explained.
Medium sonar frequency is engineered to detect ships and submarines, whereas high-frequency sonar adds the ability to avoid sea-mines, they added.
It makes sense that the DDG 1000 would be engineered detect mines because the destroyer is, in part, being developed for land-attack missions, an activity likely to bring the vessel closer to shore than previous destroyers might be prepared to sail. The ship is engineered with a more shallow-draft to better enable it to operate in shallower waters than most deep-water ships.
The DDG 1000 is built with what’s called a total ship computing environment, meaning software and blade servers manage not just the weapons systems on the ship but also handle the radar and fire control software and various logistical items such as water, fuel, oil and power for the ship, Raytheon officials said.
The blade servers run seven million lines of code, officials explained.
The ship is engineered to fire Tomahawk missiles as well as torpedoes, Evolved Sea Sparrow Missile and a range of standard missiles such as the SM2, SM3 and SM6.
The ship also has a 155mm long range, precision-capable gun called the Advanced Gun System made by BAE Systems. The weapon can, among other things, fire a munition called the Long-Range Land Attack Projectile which can strike target at ranges out to 64 nautical miles.
Additionally, as a survivability enhancing measure, the total ship computing environment also ensures additional layers or redundancy to ensure that messages and information can be delivered across the ship in the event of attack, Raytheon officials said.
Many of the blade servers and other technical items are housed in structures called electronic modular enclosures, or EMEs. There are 16 EME’s built on each ship, each with more than 235 electronics cabinets. The structures are designed to safeguard much of the core electronics for the ship.
The ship’s integrated power system, which includes its electric propulsion, helps generate up to 58 megawatts of on-board electrical power, something seen as key to the future when it comes to ship technologies and the application of anticipated future weapons systems such as laser weapons and rail guns.
The ship is also built with a new kind of vertical launch tubes which are engineered into the hull near the perimeter of the ship. Called Peripheral Vertical Launch System, the tubes are integrated with the hull around the ship’s periphery in order to ensure that weapons can keep firing in the event of damage. Instead of having all of the launch tubes in succession or near one another, the DDG 1000 has spread them out in order to mitigate risk in the event attack, developers said.
In total, there are 80 launch tubes built into the hull of the DDG 1000; the Peripheral Vertical Launch System involves a collaborative effort between Raytheon and BAE Systems.
The DDG 1000 also has an AN/SPY-3 X-band multi-function radar which is described as volume-search capable, meaning it can detect threats at higher volumes than other comparable radar systems, Raytheon officials added. The volume search capability, which can be added through software upgrades, enables the radar to detect a wider range of missile flight profiles, he added.
As the first Zumwalt-class destroyer gets ready for delivery to the Navy, construction of the second is already underway. The DDG 1001 is already more than 75-percent complete and fabrication of DDG 1002 is already underway, Navy officials said.
NATICK, Mass. (May 30, 2013) — If you’re familiar with the phrase “rock or something,” then you’ve probably used a Flameless Ration Heater to warm up a Meal, Ready-to-Eat.
To this day, the phrase remains part of a pictogram on the package of the heater, known as the FRH, which was developed at Natick Soldier Research, Development and Engineering Center’s Department of Defense Combat Feeding Directorate and is celebrating its 20th anniversary in 2013. It refers to directions that advise warfighters to place the FRH at an angle when heating up a Meal, Ready-to-Eat, commonly known as an MRE.
“The term ‘rock or something’ has now reached cult status,” said Lauren Oleksyk, team leader of the Food Processing, Engineering and Technology Team at Combat Feeding. “It’s just taken on a life of its own.”
Oleksyk was there at the beginning with colleagues Bob Trottier and now-retired Don Pickard when the FRH and that memorable phrase were born in 1993.
“We were designing the FRH directions and wanted to show an object to rest the heater on,” Oleksyk recalled. “(Don) said, ‘I don’t know. Let’s make it a rock or something. So we wrote ‘rock or something’ on the object, kind of as a joke.”
The joke has legs. As Oleksyk pointed out, there now are T-shirts and other items for sale that bear those words. “Rock or something” even has its own Facebook page.
Introduced to the heater years ago, famed chef Julia Child insisted on following the package directions and activating it by herself. With no rock handy, she decided to employ a wine glass stem.
“Which is so classic Julia,” Oleksyk said, laughing. “So there have been many things other than the rock or something that have been used. There are many, many Soldiers over the years that have their own personal joke about what they might use in place of a rock.”
The FRH is no joke, however. Adding an ounce and a half of water to the magnesium-iron alloy and sodium in the heater will raise the temperature of an eight-ounce MRE entrée by 100 degrees in about 10 minutes.
“Some of the challenges were keeping it lightweight and low volume, and not requiring a lot to activate it,” Oleksyk said.
The heater’s arrival gave warfighters the option of a hot meal wherever they went and whenever they wanted.
“I’ve heard more feedback on this item than any other item I’ve ever worked on in my career here,” said Oleksyk, who has been at Natick nearly 30 years. “They’re so grateful to have this heater in the MRE. It’s almost always used whenever they have 10 minutes to sit down for lunch.”
Prior to the FRH, warfighters used Trioxane fuel bars with canteen cups and cup stands to heat their MRE entrees. As Oleksyk pointed out, the fuel bars couldn’t be packed alongside food in the MRE package.
“So if the fuel bar and the MRE didn’t marry up in the field,” said Oleksyk, “they really had no way to have a hot meal.”
The FRH has remained essentially the same over the past two decades because, as Oleksyk put it, “it’s tough to find a better chemistry that’s lighter in weight, lower in volume and that heats as well.” A larger version has been developed, however.
“We’ve expanded it to a group ration,” Oleksyk said. “So now we have a larger heater that is used to heat the Unitized Group Ration-Express. We call that ration a ‘kitchen in a carton.’ It serves 18 Soldiers.”
The next-generation MRE heater is being tested now, and it will eliminate the need to use one of the most precious commodities in the field.
“The next version of this is a waterless version,” Oleksyk said. “It’s an air-activated heater, so you wouldn’t have to add any water to activate it at all, but that’s still in development and will have to perform better than the FRH overall if it’s ever to replace it.”
Oleksyk remembered sitting on a mountain summit one time during a weekend hike with friends. Suddenly, she heard laughter behind her.
“I hear a guy — sure enough, he says, ‘Yeah, I need a rock or something,'” said Oleksyk, who turned to see him wearing fatigues, holding a Flameless Ration Heater, and telling his buddies how great it was.
“So it’s far reaching,” Oleksyk said. “It really had an impact on the warfighter.”
But the motorcyclists may not have had the worst job supporting the fledgling tank corps in World War I. That award probably goes to the salvage corps whose members had to yank tanks from the battlefield.
Sharon Weinberger, a journalist and military contracting expert, says that the group, which called itself the Synergy Strike Force, had an unique payment system for the bar where they gathered. A sign on the door said, “If you supply data, you will get beer,” Weinberger writes in her book, an excerpt of which was published Wednesday in Foreign Policy.
“Patrons could contribute any sort of data — maps, PowerPoint slides, videos, or photographs” in exchange for beer, Weinberger said. Synergy Strike Force mostly wanted to help Afghanistan by gathering data on the country, much like how Amazon tracks customer purchases. The group distributed technology, created small internet hotspots for communities, and even used crowdsourcing to help identify and locate election fraud.
The methods eventually attracted the attention of the DARPA, the Pentagon agency responsible for developing cutting-edge technologies, e.g. the internet, and more recently, smart drones.
DARPA hadn’t been actively engaged in combat theater since the Vietnam war, and was ready to be useful. The agency launched a massive data-mining project in Afghanistan in 2009 to gather intelligence for the military and hired several contractor companies to assist.
What sort of data was DARPA interested in? One area of data collection in which the agency was most interested involved “costs of transportation and exotic vegetables, to make predictions about insurgencies in Afghanistan.” The military wanted to find out if they could predict what town the Taliban would target next, based solely on the price of potatoes.
DARPA already had contractors collecting data in Afghanistan, but the Synergy Strike Force had special appeal. One of DARPA’s subcontractors, More Eyes, connected with the loose association of artists and “do-gooders” to help the Pentagon’s efforts.
The Synergy Strike Force’s beer-for-data program was never officially part of DARPA, but the group “happily offered the one-terabyte hard drive to the Pentagon.”
The odd pairing of DARPA contractor More Eyes and humanitarian technology activists paid off. The group gave do-it-yourself internet devices to local Afghans and even delivered a laptop to a provincial governor. “Was the More Eyes program successful?” one scientist, defending the program, asked rhetorically. “Well, let’s see. I just put a foreign electronic sensor into the governor’s bedroom.”
The problem was, not a lot of the country had internet, and data collection was difficult. The contract with More Eyes wasn’t renewed in 2011, and by 2013, DARPA withdrew from the country. “Afghans lived and fought much as they had for more than 1,000 years,” Weinberg explained.
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Many researchers are working to create the next revolution in drones for both war and peace. At the University of Pennsylvania, teams of researchers headed by Dr. Vijay Kumar are making progress on autonomous UAVs. Since they’re autonomous, they don’t need human operators, just the command to begin a task.
The robots created at Kumar Labs are designed for disaster relief and agricultural work, but could change the way the infantry operates, assaulting contested buildings and objectives alongside troops and performing a variety of services.
The first step to moving drones from overwatch in the skies to clearing buildings with squads is getting them into the buildings. The autonomous UAVs created by researchers weigh between 20 grams and 2 kilograms, feature a quad-rotor design that allows hovering, and are nimble, allowing them to fly through small windows or openings.
Of course, if multiple drones are needed on a mission, the drones have to be able to enter the building and move around without interfering with each other or the human squad. UPENN researchers have created different ways for the drones to behave around each other. The copters can simply avoid one another while working independently or on a shared task, follow a designated group leader, or operate in a coordinated swarm as shown below.
Once inside of a building or a village, the drones would get to work. They could move ahead of the squad and create 3D maps of buildings the squad or platoon expects to hit soon.
The little UAVs are capable of lifting objects on order individually or as part of a team. Fire teams that are decisively engaged could quickly request more ammo be brought to their position and see it arrive slung underneath the autonomous drones. Medics could designate a casualty collection point and begin combat casualty care as more supplies are ferried to them. Drones could even be used as suicide bombers, moving explosives to a point on the battlefield and detonating their cargo.
The drones can also construct obstacles. While currently limited to cubic structures made from modular parts, the drones build according to preset designs without the need for human oversight. Platoon leaders could designate priorities and locations of simple construction and the drones would begin completing their assignments. Metal frames could be placed inside windows and other openings to prevent enemy drones from accessing structures. Mines or flares could be placed by drones on the approaches to the objective, slowing an enemy counterattack and warning friendly forces.
Of course, the copters are also capable of completing the traditional drone mission: Surveillance. While not as fast as the larger drones already in use, they could extend the eyes of the drone fleet into buildings. Also, since they can follow preset waypoints, the drones could continuously patrol an assigned area on their own, only requiring a human’s interaction when they spot something suspicious. The drone can even perch on an outcropping or velcro itself to a landing spot, allowing it to turn off its motors and become silent.
Dr. Kumar discussed the robots, the science behind them, and where he hopes to take them during a 2012 TED Talk.
In the next 18 months or so, the Army expects to field two new systems to dismounted Soldiers that will allow for more rapid acquisition of targets, even those hidden by darkness, smoke, or fog.
First out of the gate will be the Enhanced Night Vision Goggle III, expected to be fielded sometime between April and June of 2018. Shortly after, the Army hopes to field the Family of Weapons Sights – Individual, between January and March of 2019.
The FWS-I and ENVG III are unique in that the FWS-I, which would be mounted on a Soldier’s weapon, wirelessly transmits its sight picture to the ENVG III, which a Soldier wears on his helmet.
Additionally, the ENVG combines thermal imaging with more common night vision image intensification technology, which is recognizable by the green image it creates.
Under starlight, targets may blend in with the background. But with the thermal capability overlaid on night vision, targets can’t hide in smoke or fog. They “really pop out with that contrast,” said Dean Kissinger, an electronics engineer who is currently assigned to Program Product Manger Soldier Maneuver Sensors at Program Executive Office Soldier.
Lt. Col. Anthony Douglas, who serves as product manager for Soldier Maneuver Sensors at PEO Soldier, said the two sensors have benefits beyond helping dismounted Soldiers better visualize targets. By paring the two systems wirelessly — allowing what the weapon-mounted sight is seeing to be beamed directly to the Soldier’s eye — these systems also help the Soldier acquire a target faster.
Rapid Target Acquisition
“The capability gap that we were tasked with [closing] by developing this was the rapid target acquisition capability,” Douglas said. “We are allowing the Soldier to actually see what is on their weapons sight, saving them time from having to bring the weapon to his eye.”
Master Sgt. Lashon Wilson, the senior enlisted advisor for product manager Soldier Maneuver Sensors, explained how the system will work and make it easier for a Soldier to acquire a target.
“This weapon-mounted system talks wirelessly to the smart battery pack that is on the Soldier’s head, that then transmits a signal to the ENVG III, which now displays a reticle onto the Soldier’s optic,” Wilson explained. “So now what this does is, while the Soldier is on patrol and he has his ENVG III on and he is looking, he has a greater field of view of what is going on in the battlefield.”
Soldiers wearing the ENVG III, which is mounted on their helmet, can choose to see both night-vision imagery and thermal imaging as well in their goggle. But they can also choose to see the image coming off the FWS-I that is mounted on their rifle.
A variety of modes allows Soldiers to see in their goggles only the image from the ENVG III itself, only the image from the FWS-I, or a combination of the two. Using a “picture-in-picture” mode, for instance, the image from their FWS-I is displayed at the bottom right of the image that is coming from the goggle.
In another mode, however, if the FWS-I on the rifle and the ENVG III on the Soldier’s helmet are both pointed in the same direction and seeing essentially the same thing, then the image from the FWS-I can project a reticle into the goggle. The Soldier can see the full image of what his goggle normally sees, but a circle representing the reticle from the FWS-I is overlaid onto that image, letting the Soldier know where his rifle is pointed. What this means is the Soldier doesn’t need to actually shoulder his weapon to acquire a target. That saves time for the Soldier in acquiring that target.
“We are saving him three to five seconds, and increasing their situational awareness on the battlefield,” Douglas said.
Additionally, because the reticle is projected onto what the Soldier is already seeing in his goggle — a much wider view of his environment than what he would see if he looked through his rifle scope — he is able to acquire a target while maintaining situational awareness of what else is going on around him.
Steep Learning Curve
At Fort Belvoir, members of the press were allowed to shoot an M-4 rifle that was equipped with the FWS-I, while wearing a helmet equipped with the ENVG III.
Several man-shaped targets were spaced out in the firing lane, each equipped with thermal blankets to simulate body heat. A pair of fog machines simulated battlefield smoke to make it difficult to acquire those targets using only day optics. Using night vision goggles alone, some of the targets could not be seen. But when combined with the thermal imaging capabilities built into the ENVG III and FWS-I, those targets were easily visible.
Using the system proved a bit challenging, however. When looking through the goggle, which was at one point displaying the image transmitted from the rifle-mounted FWS-I, it was hard to tell if it was the helmet that was crooked, the ENVG III that was crooked, or the shooter’s own head that wasn’t on quite straight.
“The gun is tilted,” Wilson confirmed. He served as a trainer for members of the press who were allowed to shoot.
Maj. Kevin Smith, who serves as the assistant product manager for FWS-I, said there is a “steep learning curve,” for the system.
“We just got through with the tests with the 4th Infantry Division out of Fort Carson, Colorado, back in June,” he said. “We only spent about 40 hours of in-classroom training. But we also spent about a week on the range or so. That’s where the Soldiers were really starting to get it and understand it and feel it, on the range.”
Smith said one such training event was held at Fort Carson, and two were held at Joint Base Lewis-McChord, Washington.
“Once they get comfortable with it, they really love it,” Smith said. “One Soldier, a noncommissioned officer who didn’t like it at first, later on during the last test we did, asked me when are we getting this fielded. He said he wanted it now. They want to take them to war and they want to use them.”
A Family of Sights
The soon-to-field FWS-I is meant for the M4 and M16 rifles, and can mount on those rifles in front of day sights that have already been bore-sighted, Kissinger said. What this means is that Soldiers can pop the FWS-I onto and off of their rifle without having to remove their day sights first.
The FWS-I will also work with the M249 Squad Automatic Weapon, the M141 Bunker Defeat Munition, and the M136 AT4 Light Anti-Tank Weapon.
Kissinger said the FWS-I actually provides capability to both light and medium weapons. In the past, there had been sights fielded for both types of weapons. Now that FWS-I provides capability to both, he said, there will be less variations in weapons sights, and a smaller logistics trail.
More capability is also coming to this “family” of weapons sights, Douglas said. There will be a crew-served variant and a sniper variant as well. Both are still under development, he said.
Both the FWS-I and the ENVG III are currently in low-rate initial production. The Army hopes to buy 36,000 of the FWS-I, and about 64,000 of the ENVG III, Smith said. He also said that the new gear is targeted squarely at dismounted Soldiers with infantry brigade combat teams and special operations forces.
For now, he said, he expects it will be squad leaders and two team leaders within a squad that might first see the FWS-I.
“This is a day or night capability,” Douglas said. “We’re talking about dismounted Soldiers who would use this. For our mounted soldiers, those on the Stryker or Bradleys … they do not operate without their thermal on all the time. So we are giving the dismounted Soldier the same capability the mounted Soldiers have.”
The Marine Corps is eyeing a purchase of 11,000 new infantry automatic rifles and their accessories as it moves closer to making the IAR the new service rifle for grunts.
The service published a detailed request for information earlier this week asking companies to signal their interest in producing a future IAR. The current IAR is the M27, based on the Heckler Koch HK416.
Military.com broke the news in November that the Marine Corps’ experimental battalion, 3rd Battalion, 5th Marines, was testing out broader use of the M27 throughout the battalion as Marine leadership considered using it to replace the current infantry service rifle, the M4 carbine.
The service has been considering fielding the IAR more broadly within the infantry since it introduced the M27 to replace the M249 squad automatic weapon in 2010, Col. Michael Manning, program manager for Infantry Weapons Systems at Marine Corps Systems Command, told Military.com.
Still under consideration is how the weapon might be fielded. At roughly $3,000 apiece, the M27 is a pricier investment than the M4, which costs less than $1,000. Manning said officials are working to determine which jobs within the unit truly needed the enhanced firepower.
“Not every 03XX would get an M27,” he said, using the generic Marine Corps military occupational specialty code for infantry. “There are select billets that would not get it because we don’t believe, based on our requirements, that they need it. But that is something we’ll continue to work with the [infantry] advocate and Marine Corps leadership on what the final mix will be like in an infantry unit. Everything is on the table.”
The 11,000 figure, he said, represents an estimate of how many rifles the Corps needs to purchase to equip the infantry.
Even though the M27 is the current IAR, the request for information is competitive, due to contracting rules and practices. If the Marine Corps gets interest from other manufacturers who can meet existing IAR criteria and produce a rifle that works compatibly with the existing platform, Manning said Systems Command would complete testing and a downselect process to determine a winner.
Among the criteria: The system should accept all Defense Department 5.56mm ammunition, weigh less than 12.5 pounds, and be capable of a rate of fire of 36 rounds per minute.
Unlike the standard M4, the M27 has a fully automatic firing option. It also features a slightly longer effective range and a free-floating barrel design that contributes to accuracy.
“It is the best infantry rifle in the world, hands down,” Chief Warrant Officer 5 Christian Wade, the gunner, or infantry weapons officer, for 2nd Marine Division said of the IAR in November. “Better than anything Russia has, it’s better than anything we have, it’s better than anything China has. It’s world-class.”
Manning said the timeline for contracting for and fielding the new infantry service rifles is difficult to estimate because of the variables involved and the possibility of competition.
“We’ll do some sort of testing and a downselect, and then as we finalize, we will actually put a request for proposal out on the street, letting industry know that we are actually going to buy these, we have the money and the finalized requirements for them to come back with an offer to to the Marine Corps,” he said.
Responses to the Corps’ request for information are due March 17.
A US Army spokesman told INSIDER that the fan had a point but that calculating the exact dollar amount isn’t so simple.
Here’s the backstory.
After defeating Hydra in World War II, Captain America was lost in the Arctic north from 1945 to 2011. During those six decades on ice, he was never technically discharged. As a result (the theory goes), the government owes him payment for those 66 years of service.
Redditor Anon33249038 crunched the numbers and concluded that the First Avenger is entitled to $3,154,619.52, adjusting for inflation.
The analysis factors in the Army’s 1945 pay grade, biannual raises, and how long Cap spent on ice before he returned to active duty in 2011 at the start of “The Avengers.”
Wayne Hall, an Army spokesman, says there’s more to it than that.
“If Capt. Steve Rogers (aka Captain America) were not a fictional character and the circumstances surrounding his disappearance and recovery actually real, he may actually be entitled to receive back pay,” Hall told INSIDER in an email. “However, a wide variety of variables would have to be taken into consideration to actually calculate the true amount of back pay to which he would be entitled to receive; given that he is a fictional character we cannot truly capture all of those variables accurately.”
Hall went on to say that the Redditor had some of his facts wrong.
“Yes, it is correct that the O-3 (Army captain) pay grade in 1945 was $313.50; however it was a monthly pay rate vs. quarterly as the original poster indicated.”
The fan theory also “misinterpreted military pay scales” when arriving at the figure for the biannual increase of pay, Hall said, and failed to take in “any potential promotions that may have been bestowed upon Rogers while he was listed in a ‘Missing’ status.”
Whatever the final amount of back pay the government would owe Captain America for his decades of service, it’s almost certain that he would still have way less money than Tony Stark.
You’ve probably heard of the term “backpack nuke” before — perhaps in the context of a video game like Call of Duty, or an action-packed television show like “24.”
But what you may or may not have realized is that backpack nukes are the farthest thing from fiction, and from the 1950s to the fall of the Berlin Wall in the 1989, they sat ready to be deployed by America’s black-ops nuclear hit squads — dubbed “Green Light Teams” — should the unthinkable happen and the Cold War turn hot.
Only members of the US military’s elite were selected to join GLTs, where they would be stationed near Soviet-controlled Eastern Europe, inside South Korea, and even near Iran in the late 1970s.
Navy SEALs, Force Reconnaissance Marines, Army Special Forces and more were all among the top recruits for the GLT program. If a candidate’s application to the GLT program was successful, they were sworn to secrecy, unable to tell even their own spouses of their mission. Had the Soviet Union heard of the existence of these teams, it would have likely created a similar program of its own as a counter, removing all value of possessing GLTs.
These operatives were trained in local languages and dialects, and told to dress like ordinary citizens, allowing them to blend in without anybody the wiser. The vast majority of their training, however, came in the form of instruction on how to use backpack nukes at the Atomic Demolitions Munitions School at Ft. Belvoir, Virginia.
There, GLT selectees were taught how to detonate nuclear weapons, and how to bury them or disguise them so that these weapons wouldn’t be discovered and defused before they could do their job.
The weapon of choice for each GLT was the B-54 Special Atomic Demolition Munition. The warhead used in each SADM was taken from a US Army program dubbed the “Davy Crockett Weapon System.” The Crockett was actually a recoilless rifle-fired projectile tipped with a W54 nuclear warhead with a yield of 10-20 tons of TNT.
The W54 was modified to detonate with a yield of anywhere between 10 tons of TNT to 1 kiloton, though in testing, it was proven to be able to achieve over 6 kilotons. Weighing just 51 pounds when nestled inside the SADM, it could be hefted onto an operative’s back and carried for long distances almost inconspicuously.
Should the combat environment or the mission change, GLTs could also parachute or swim their SADMs into enemy territory without fears of the backpack nuke prematurely blowing up. And when the nukes were in their detonation zones, they could be disguised as anything.
Citizens of Eastern Europe or North Korea could potentially walk by beer kegs, trash cans, or even mailboxes without being any the wiser that a primed SADM sat in side, ready to unleash unholy hell upon them. Operatives were also trained to bury their backpack nukes as deep as 9 ft underground to make them undiscoverable.
SADMs could be placed near lakes or rivers to create artificial dams as obstacles for advancing Soviet forces, or in cities,
Though the SADM came with a timing mechanism to allow for a delayed detonation sequence so operatives could escape the region, GLT operatives knew that should they be called into action, they were essentially running a suicide mission. They would still have to protect the device from being detected by enemy forces, and that would necessarily involve the GLT staying nearby, armed with submachine guns, grenades and pistols.
The US military was able to keep the existence of its GLTs a closely-guarded secret until near the end of the Cold War, when their mission was somewhat accidentally disclosed to the public. Upon finding out that a number of GLTs were positioned in West Germany, local officials immediately asked the US government to remove all SADMs from German sovereign territory.
By 1989, the SADMs were retired altogether and permanently deactivated, never having been used in combat. All active GLT operatives were brought in from the cold and returned to the US, and just a few short years later, the fall of the Soviet Union signaled the end of the Cold War – thankfully, with nary a nuke being detonated in anger by either side.
In January 1973, the United States agreed to end direct combat operations in Vietnam. Under the provisions of the Paris Peace Accords, the fighting between North and South Vietnam was also temporarily halted. Though the accords were never ratified by the Senate, on March 29, 1973 the last U.S. troops left Vietnam, ending more than twenty years of military assistance and eight years of direct combat support from the U.S. military. With only a handful of Marines left to guard the embassy in Saigon, the North Vietnamese government in Hanoi released the last 67 of its admitted prisoners of war.
During World War II Ho Chi Minh fought alongside the American OSS against the Japanese. After the war, Ho declared an independent Vietnam but soon realized the West would restore French rule in what was then known as Indochina. With the help of Communist governments in China and the Soviet Union, Ho led an eight-year insurgency against the French, and the country was split in two in 1954.
The United States began to support South Vietnam as early as 1954. President Eisenhower pledged his unwavering support for the regime of Southern dictator Ngo Dinh Diem. The Diem regime arrested, tortured, and/or killed upwards of 100,000 people whom he suspected supported the Northern Communists. Diem would be killed in a coup in 1963.
In the 1960’s North Vietnamese guerrillas, known as the Viet Cong (VC), began attacking villages and government institutions in the South. By 1965, the U.S. began to send over men and materiel in large numbers, escalating the conflict to a major war. By 1969, the peak of U.S. military involvement, more than half a million U.S. troops were involved in the war. The war included the largest aerial bombing campaigns in history. President Richard Nixon, who was elected on a platform of ending the war, oversaw a brief expansion. Before it ended, the air war expanded, and the conflict migrated into neighboring Cambodia and Laos (attempts to block Northern supply routes along the Ho Chi Minh Trail).
The U.S. left South Vietnam in 1973, but the fighting between North and South continued. The year 1974 would be the most costly one for the Army of the Republic of Vietnam (ARVN) in terms of combat losses. In 1975, Northern Communist forces captured the southern capital of Saigon and the country was unified as the Socialist Republic of Vietnam. Saigon was renamed Ho Chi Minh City. The last Americans were airlifted out on April 30, 1975.
More than three million people were killed in the Vietnam War, including 1.5 million civilians and 58,000 Americans. Ho Chi Minh would not survive the end of the war, dying in 1969. President Lyndon B. Johnson, who oversaw much of the escalation, would not live to see U.S. troops withdraw. He died in January 1973.
Second Lt. Ben Lacount knows that it’s never a good thing to run out of rounds during a firefight. And it’s certainly not a good thing to be surprised that you have.
That’s why he invented the “Lacounter” with help from Navy engineers and a 3D printer that allowed him to cut prototyping time down to a fraction. The device allows shooters to see how many rounds they’ve expended while pulling the trigger so that they’re not in a bind when they do.
The Lacounter even works with belt fed weapons like the M249 and M2 .50cal.
Lacount’s prototype takes advantage of a process known as “additive manufacturing,” and it’s one that could change the face of military logistics forever.
U.S. Marine 2nd Lt. Ben Lacount presents his winning entry from the Marine Corps Innovation Challenge during a showcase at Naval Surface Warfare Center, Carderock Division, in West Bethesda, Md., Aug. 15, 2017. Lacount created an expended rounds counter for the M16 rifle in the Manufacturing, Knowledge and Education Laboratory, Carderock™s additive manufacturing collaborative space. (U.S. Navy photo by Dustin Q. Diaz/Released)
Captain Kyle McCarley helped come up with a new way to carry the “Bangalore torpedo,” an explosive device used to blow up obstacles like barbed wire. While they are very useful, they are bulky, and take up space. But McCarley used a 3D printer to make a quiver-like pack with elastic straps for the devices that can attack to a normal assault pack.
Then there was Staff Sgt. Daniel Diep, an artilleryman. After noticing that the cable for the Chief of Section Display got damaged from debris that got stuck in the cable – something that took a week and $3,000 to fix – he designed a 3D-printed cable head that cost $10 to make.
“The neat thing about this cable cap is the cable heads themselves can be additively manufactured, and Marines like myself can take all the old cables, cut them down, and we can put new heads on them after 3-D printing,” Diep said.
But the neatest trick of all is getting the 3D printers closer to the grunts. Captain Tony Molnar and Master Sgt. Gage Conduto have worked that out – not only by bringing the printers to units at FOBs, but also a processing center to recycle plastic, like water bottles often delivered to troops on deployment. This will be a huge boon for explosive ordnance techs like Conduto.
“I can’t walk down to the Marine Corps machinist with a stinger missile in my hand and say, ‘I need a set of tools made, can you get these back to me next week?'” he said.
But the tech could go even further, than just helping come up with new tools. In fact, it could be a huge game-changer for any forward-deployed unit.
“This container will benefit the Marine expeditionary units and the Marine Corps and DOD because it can do two things: One, it enhances the expeditionary readiness of forward-deployed units by being able to print parts locally on site using recycled materials, and second, it helps those combat units forward by providing stuff that they can’t do, as well as printing stuff for the local populous during humanitarian disaster relief that we couldn’t normally do and that we’d have to pay someone to do,” Molnar told the Navy News Service.
Marine grunts getting inventive — that’s a very frightening thought … for America’s enemies.
North Korea has launched what appears to be a missile headed towards the northern end of Japan at around 5:58 a.m. local time, according to Japanese government officials.
Japan’s NHK News reported that the missile passed over Japan and warned people in northern Japan to take necessary precautions.
Although three missiles were fired, according to Japanese officials, it was not entirely clear if all of them were headed towards the same trajectory. NHK also reported that a missile broke off into three pieces before splashing down into the Pacific Ocean.
South Korean military officials have also confirmed reports of the missile launch and said that it flew for about 1677 miles.
During the tense moment, multiple prefectures in Japan were reportedly put on alert.
“We’ll take utmost efforts to protect the public,” Japanese Prime Minister Shinzō Abe said, shortly following the launch.
The latest act of provocation from North Korea comes amid a spate of questionable moves, despite regional leaders, including Russia, denouncing North Korea’s nuclear ambitions.
South Korean President Moon Jae-in recently called for his county to prepare to “immediately switch to offensive operations” if the North makes a “provocation that crosses the line,” NK News reported.
On September 1, 1998, North Korea fired a missile towards Japan’s airspace, offering no explanation for the incident.