A military family had their U-Haul stolen in Georgia during their PCS to Louisiana. Inside the moving van was their infant son’s ashes.
Benjamin and Kassandra Benton were high school sweethearts. When Kassandra found out she was pregnant with baby Wyatt, she didn’t believe the doctor — she was a Neuroblastoma cancer survivor at just seven years old and her entire abdomen was “nuked,” as she called it. “Some people may remember me from Extreme Home Makeover; I’m the one who made necklaces to raise money for kids with cancer,” she shared.
But she was pregnant and 14 weeks along. Kassandra was considered high risk and went into labor at home unexpectedly at just 24 weeks. Ben delivered baby Wyatt who wasn’t breathing while Kassandra continued to hemorrhage. EMS personnel rushed them to the hospital where they were both saved. But they’d spend five months watching Wyatt fight for his life.
Ben headed to Air Force basic training not long after Wyatt’s birth. Kassandra kept him up to date through letters. “Some of the bad things I’d leave out scared that Ben would get discouraged and drop out. It was hard,” she said.
Eventually, she had to call him to come home. Wyatt’s brain shunt was overrun with infection and there was nothing more they could do. “We decided instead of Wyatt living his whole life in the hospital, we’d take him into hospice where he could see the outside … where we could cuddle and enjoy his last days,” Kassandra explained.
On November 12, 2015 he took his last breath.
“We held him. We loved him and we made sure he felt that. He was our world and he still is. Because of Wyatt I have my two beautiful daughters,” Kassandra said. She went into labor early with both girls but because of her experience with Wyatt, she recognized the signs and got to the hospital early. Charlotte and Amelia are here because of him, Kassandra said.
The young family was on their way to Ben’s new duty station at Barksdale Air Force Base when they stopped at a motel in Georgia for the night. When they awoke, their U-Haul was gone. Although it was found days later, it was empty except for a few bags of clothes. Wyatt’s ashes, hand and footprints and hand mold were still gone. It was all they had left of him.
A local nonprofit near Barksdale Air Force Base has stepped forward to help. EveryWarrior is offering a $3,000 reward through the Covington, Georgia Police Department for the return of Wyatt’s remains. The military spouses at the base have also rallied behind the Benton family, establishing a GoFundMe page to support their needs.
In the end though, they just want Wyatt’s remains returned safely and don’t care about the rest of their stolen things. Kassandra has pleaded through every media interview for the person who took his ashes to please “have heart” and bring him home. For the Benton family, it feels like they are mourning his loss all over again.
In a Facebook post on March 6, 2021 she pleaded once again. “Keep sharing, keep looking, and keep the hope. I believe, I have to believe Wyatt will find his way back to me. It’s the only thing keeping me going. And a THANK YOU! To everyone who is helping us on this search, and who’s donated for my family, and who is praying for us. You are our village…”
If you have information about Wyatt’s stolen remains, please contact the Covington Police Department at 770-786-7605.
Looking almost like an oversized pistol, the Heckler Koch MP7 is a cross between a submachine gun and a carbine that serves around the world in the hands of law enforcement and special operations units.
In the late 1980s, NATO developed requirements for a next-generation personal defense weapon that would be more effective against body armor than current pistol-caliber PDWs. While submachine guns based on the .45 ACP or 9mm deliver plenty of stopping power against unarmored targets, the growing availability of capable and affordable body armor meant that something new was needed.
SEAL Team 6 operators in Afghanistan armed with a mix of MP7s and HK416 rifles. (Photo from imgur)
So German gunmaker Heckler Koch developed the MP7 to meet these NATO requirements and it has served across the world since entering full production in 2001.
Some of the most commonly-spotted submachine guns in the hands of law enforcement and other professionals are the MP5 and its successor, the UMP. These guns typify the classic submachine gun, being automatic weapons chambered for pistol cartridges.
The MP7, however, is chambered for the 4.6x30mm cartridge. The steel core 4.6x30mm was developed specifically to be a lightweight pistol-ish round delivering the penetration more like a rifle cartridge. The smaller, lighter round means that more ammunition can be carried and that it has a minimal recoil even in full-automatic shooting.
The 4.6mm cartridge was developed by HK for the MP7 and its companion sidearm, the UCP pistol. The UCP never got past the prototype stage, but the 4.6x30mm has definitely made its mark in the MP7.
The MP7, currently being produced as updated models MP7A1 and MP7A2, weighs less than 5 pounds with a loaded magazine and is only 25-inches long with its adjustable stock fully extended. The barrel is 7.1 inches long and the magazine feeds into the pistol grip, creating a compact, easy to handle package.
The action is a gas-operated short stroke piston like that of HK’s HK416 rifle and is rated at 950 rounds per minute. A folding forward vertical grip comes standard on the MP7, though this has been replaced on the new MP7A2 model with a standard lower rail which allows the user to easily install any grip if desired. A full-length top rail comes with removable folding sights and permits the mounting of any standard optic or other accessory, and side rails can be easily added for additional mounting options.
The 4.6x30mm ammunition means that magazine size is decreased compared to those holding traditional cartridges. A 40-round MP7 magazine is comparable in size to 30-round 9mm magazine like the ones in the MP5. This means more firepower ready for action and fewer mag changes, both of which can easily spell the difference between success or failure in life and death situations.
The MP7 utilizes a great deal of polymer in its construction, and the weapon’s light weight, ergonomics, and physical size allow it to be fired accurately with one hand. When the stock is extended and the forward grip used, it suddenly becomes a mini carbine with performance similar to full-sized guns as long at the range stays below 200 meters or so.
Military special forces utilize the MP7 much like they have used submachine guns for decades. Smaller, lighter weapons that can provide automatic fire are invaluable for close-quarters combat and the 4.6x30mm’s armor-piercing capability make the MP7 a natural choice for elite units needing compact firepower. The weapon’s design and tactical rails mean that the gun can be easily upgraded as needed with off the shelf accessories. Additionally, the MP7 is suppressor-ready, adding another level of utility to an already-capable gun for special operations use.
The U.S. Navy’s Naval Special Warfare Development Group, more commonly known as SEAL Team 6, is one of the most famous units that employ the MP7 in the special operations community. Many details of their equipment became known after the 2011 mission that killed Osama Bin Laden in Pakistan, and the MP7 was said to have been chosen by some of the raid’s members.
Pistols will remain common sidearms for as long as sidearms are needed. And while standard submachine guns using pistol ammunition will continue to serve a vital role for years to come and carbine-configuration assault rifles will remain the standard infantry weapon in militaries for the foreseeable future, the HK MP7 and other weapons like it will fill a crucial middle ground for those looking for the best of all worlds.
The Court Martial is one of the oldest institutions of justice in the world today. We can draw a direct line of descent from the modern military trial all the way back through the British Articles of War, and from there, to the tribunals of the ancient Romans. Granted, the procedures have changed a bit, but at its core, the court martial remains a direct progeny of the Roman Tribunal.
Of course, America’s history doesn’t span quite that far back. But even in our short 250 years or so, our military has brought charges against over 1.5 million soldiers. The offenses range from the most minor military offenses, to treason, to bloody war crimes so psychotic it’s difficult to imagine them. But war is, itself, a psychotic business – and at no point in history will you run out of precedents for that.
The following examples of people who were court martialed includes at least one man whose name is synonymous with “treason,” and quite a few more whose names are known little at all. It contains legendary neurosurgeons and pilots, and more than a couple men who straddled the line between hero and villain. Not all of these soldiers were disgraced for their deed – but all were military men who broke the law. Check out this list of the most high profile court martial stories below, and be sure to let us know what you think in the comment section.
Armed forces across the planet and throughout history have used leaflets for any number of reasons, from psychological operations to warning civilians about an upcoming attack. For most of this time, this kind of messaging has come in the form of slips of paper dropped in enemy territory from the air for the widest possible dissemination.
But times are changing, and the technology of psychological operations, along with the way humans can communicate to mass audiences are changing with it. These days, the kinds of propaganda we use can be sent between audiences who aren’t even technically at war with each other.
One side of this communication may not even know they’re using propaganda. That’s where a new study from the University of Maryland says internet memes are being used as a psychological Trojan horse. Author Joshua Troy Nieubuurt says the meme is the latest in the evolution of leaflet propaganda. It’s easy to get a message across, easy to spread that message and plays into existing biases.
Memes are an easy way to share an idea, a fast way to convey a message and, in some cases, a way for the idea to propagate itself and spread in a viral way, whether the idea or message has any real basis in reality.
They are also readily accepted by those with existing cognitive biases. Humans embrace information that already confirms their view of the world, a phenomenon known as confirmation bias. When someone sees a meme with a message that shares their views, they are more apt to share it.
People are also more likely to accept ideas shared by official sources and famous people, a phenomenon known as popularity bias. In general terms, everyone wants to be associated with a popular idea, and internet memes are no different.
Nieubuurt argues that internet memes and their easy shareability are an ideal tool for disseminating ideas to a wide audience across various social media platforms. Since they can be created, used, disseminated and remixed by anyone with internet access, state actors will naturally have an interest in using memes as part of any psy-op plan.
But perhaps the best reason for using memes as a tool of propaganda is the relative anonymity of its creator. The more viral a meme gets, the further and further away it gets from its origin. So whether or not the information in the meme is true or if its source lacks credibility, it soon becomes so far removed from the creator, that the sources become almost irrelevant.
In these ways, memes can be used to create and reinforce the legitimacy of certain ideas or policies to the benefit or detriment of political or geopolitical friends and enemies. Whether it aids a political candidate or undermines the government’s coronavirus response, there is always an intended goal in mind for any psychological operations campaign. Memes are just a cheap, easy way to reach those goals.
So the next time you’re considering sharing that viral meme, consider that you might be aiding a foreign intelligence service – and wonder what their goal could be.
Not too long ago, WATM ran a story featuring a TV show host who wanted to know what it felt like to carry the typical combat load a Vietnam War GI would haul. If you didn’t get a chance to see it, click here: This is why grunt gear isn’t for the average man
Many members of our loyal audience took the opportunity to chime in after reading the article and commented about what the heavy equipment they had to lug around during their time serving “in the suck” and here’s what they had to say.
1. The veteran grunt
2. The motivated Corpsman
3. The usual checklist of gear for this grunt was…
The Army and General Dynamics Land Systems are developing a Stryker-mounted laser weapon aimed at better arming the vehicle to incinerate enemy drones or threatening ground targets.
Concept vehicles are now being engineered and tested at the Army’s Ft. Sill artillery headquarters as a way to quickly develop the weapon for operational service. During a test this past April, the laser weapons successful shot down 21 out of 23 enemy drone targets.
The effort marks the first-ever integration of an Army laser weapon onto a combat vehicle.
“The idea is to provide a solution to a capability gap which is an inability to acquire, track and destroy low, slow drones that proliferate all over the world,” Tim Reese, director of strategic planning, told Scout Warrior in an interview.
The weapon is capable of destroying Group 1 and Group 2 small and medium-sized drones, Reese added.
The laser, which Reese says could be operational as soon as 11-months from now, will be integrated into the Fire Support Vehicle Stryker variant designed for target tracking and identification.
General Dynamics Land Systems is now working on upgrading the power of the laser from two kilowatts of power to five kilowatts. The laser weapon system uses its own tracking radar to acquire targets in the event that other sensors on the vehicle are disabled in combat and has an electronic warfare jamming system intended to jam the signal of enemy drones. Boeing is the maker of the fire-control technology integrated into the laser weapon. The laser is also integrated with air-defense and field artillery networks
“The energy of the laser damages, destroys and melts different components of the target,” Reese explained.
The Army is now in research and test mode, with a clear interest in rapidly deploying this technology. Reese added that GDLS anticipates being able to fire an 18-kilowatt laser from the Stryker by 2018.
One of the challenges with mobile laser weapons is the need to maintain enough exportable power to sustain the weapon while on-the-move, developers have explained.
“As power goes up, the range increases and time to achieve the melt increases. You can achieve less than one-half of the burn time,” he said.
This initiative is of particular relevance given the current tensions in Europe between Russia and NATO. US Army Europe has been amid a large-scale effort to collaborate with allies on multi-lateral exercises, show an ability to rapidly deploy armored forces across the European continent and up-gun combat platforms stationed in Europe such as the Stryker.
Lasers at Forward Operating Bases
The Army is planning to deploy laser weapons able to protect Forward Operating Bases (FOB) by rapidly incinerating and destroying approaching enemy drones, artillery rounds, mortars and cruise missiles, service leaders told ScoutWarrior.
Forward-deployed soldiers in places like Afghanistan are familiar with facing incoming enemy mortar rounds, rockets and gunfire attacks; potential future adversaries could launch drones, cruise missiles, artillery or other types of weapons at FOBs.
Adding lasers to the arsenal, integrated with sensors and fire-control radar, could massively help U.S. soldiers quickly destroy enemy threats by burning them out of the sky in seconds, Army leaders said.
Laser weapons have been in development with the Army for many years, Mary Miller, Deputy Assistant Secretary, Research and Technology, told Scout Warrior in an interview several months ago.
“We’ve clearly demonstrated you can takeout UAVs pretty effectively. Now we are not only working on how we take out UAVs but also mortars and missiles–and eventually cruise missiles,” she said.
The emerging weapons are being engineered into a program called Indirect Fire Protection Capability, or IFPC Increment 2. Through this program, the Army plans to fire lasers to protect forward bases by 2023 as part of an integrated system of technologies, sensors and weapons designed to thwart incoming attacks.
At the moment, Army soldiers at Forward Operating Bases use a system called Counter Rocket, Artillery, Mortar – or C-RAM, to knock down incoming enemy fire such as mortar shells. C-RAM uses sensors alongside a vehicle-mounted 20mm Phalanx Close-in-Weapons-System able to fire 4,500 rounds per minute. The idea is to blanket an area with large numbers of small projectiles as a way to intercept and destroy incoming artillery, rocket or mortar fire.
Also, lasers bring the promise of quickly incinerating a wide range of targets while helping to minimize costs, Miller explained.
“The shot per kill (with lasers) is very inexpensive when the alternative is sending out a multi-million dollar missile,” Miller said.
Boeing’s Avenger Laser weapon successfully destroyed a drone in 2008 at White Sands Missile Range. Army weapons developers observed the test.
The Army is also developing a mobile high-energy solid-state laser program called the High Energy Laser Mobile Demonstrator, or HEL MD. The weapon mounts a 10 kilowatt laser on top of a tactical truck. HEL MD weapons developers, who rotate the laser 360-degrees on top of a Heavy Expanded Mobility Tactical Truck, say the Army plan is to increase the strength of the laser up to 100 Kilowatts, service officials said.
“The supporting thermal and power subsystems will be also upgraded to support the increasingly powerful solid state lasers. These upgrades increase the effective range of the laser or decrease required lase time on target,” an Army statement said
In November of 2013, the U.S. Army Space and Missile Defense Command/Army Forces Strategic Command used the HEL MD, a vehicle-mounted high energy laser, to successfully engage more than 90 mortar rounds and several unmanned aerial vehicles in flight at White Sands Missile Range, N.M.
“This was the first full-up demonstration of the HEL MD in the configuration that included the laser and beam director mounted in the vehicle. A surrogate radar (Enhanced Multi Mode Radar) supported the engagement by queuing the laser,” an Army statement said.
Miller explained how the Army hopes to build upon this progress to engineer laser weapons able to destroy larger targets at farther ranges. She said the evolution of laser weapons has spanned decades.
“We first determined we could use lasers in the early 60’s. It was not until the 90’s when we determined we could have the additional power needed to hit a target of substance. It took us that long to create a system and we have been working that kind of system ever since,” Miller added.
Such capability would be game-changing for the People’s Republic of China.
“It would provide China with the large and global lift that not even the US has possessed, except by rental,” wrote Peter Singer, an avid China watcher on Popular Science. “It’s large enough to carry helicopters, tanks, artillery, even other aircraft.”
For the most part, as Singer mentioned, China will rent the massive planes, but the agreement does allow for China to domestically build An-225s.
But the herculean plane lends itself to civil applications too. China could easily use it to move construction supplies, to offload its glut of steel, or to bring supplies to its several building projects as part of the “One Belt, One Road” initiative.
As Marcus Weisgerber at DefenseOne points out, the adoption of old, soviet-era technology from Ukraine is an instance of history repeating itself, as China’s sole aircraft carrier, the Liaoning, is also a refurbished Ukrainian hull.
Technically defined as a “supergun”, a term given to guns of such comically large size they need to be categorised separately, the V-3 was 430 feet long (131 metres). This massive size meant that the gun had to be built already aiming at its target and could only reliably hit a target the size of a city, a fairly minor trade-off considering the weapon’s nigh-unparalleled range for a non-rocket based weapon.
The V-3 was able to achieve the incredible projectile range due to a rather unique firing mechanism that utilized multiple smaller explosions, rather than one big one, along the length of its barrel set to go off just as the projectile passed these side chambers. This allowed the supergun to fire its payload at extreme distances without damaging the barrel, which had proved to be a problem for other, similarly massive guns.
Notable here, for reasons we’ll get to in a minute, is the so-called Kaiser Wilhelm Geschütz (quite literally, Emperor Wilhelm Gun). This was a 200 ton, 111 foot long gun used by the German’s to shell Paris during WW1. It could only fire around 60 rounds before its entire barrel needed to be replaced due to damage from the explosions used to launch its 106 kilo or 236 pound shells. The projectiles also had to be numbered and fired in a specific order, with each one slightly bigger than the previous one to account for the increasing diameter of the barrel as the massive cannon was fired each time.
The Emperor gun was so powerful, it was noted for being the first man-made invention to launch an object into the stratosphere, with the shells it launched peaking at an altitude of around 40 kilometres during flight. The range of the gun was so unthinkably extreme for such a weapon that the 80 man team in charge of firing it had to aim a little under a kilometre “to the left” of the target to account for the Coriolis effect. The French military genuinely suspected for a time that these projectiles were being launched from super-high Zeppelins hiding behind clouds because the idea of them being fired from a gun up to 75 miles (120 km) away was deemed to be too absurd.
Virtually all records of this gun’s existence and how it was constructed were destroyed towards the close of WW1. Nonetheless, it was known to the French and in response they drafted plans for an even bigger gun that utilised multiple explosions to launch projectiles a similar distance.
Sound familiar? These plans were ultimately archived by the French after WW1 and were found by German soldiers in 1940 who then passed them onto August Cönders, the guy who designed the V-3 cannon… In other words, the only reason the V-3 cannon was even invented is because the Germans found plans at the start of WW2 explicitly drafted to counter another giant gun they’d used during WW1.
In any event, beyond its massive range, a battery of V-3 cannons could fire close to 300 shells an hour, or roughly one shell every 12 seconds. This is a fact that piqued the interest of Hitler himself, who enthusiastically granted the project near unlimited support when existence of a prototype was brought to his attention in 1943 by his advisor, Albert Speer, even though said prototype had yet to fire a single shell.
With Hitler throwing everything the German military had at its disposal behind the project in mid-1943, the V-3 cannon, dubbed the “Hochdruckpumpe” or “High-Pressure Pump” during construction to hide its purpose from spies, went from the idea phase to construction almost immediately. Since Hitler wanted to use the gun to shell London, and the gun had to be built aiming at its target, the location had to be somewhere in Northern France. The gun also needed to be built within close proximity to a railway (due to the size of its ammunition which could only be transported effectively via rail).
Luckily for the Nazis, an ideal location was found in the form of limestone hill located in the French hamlet of Mimoyecques in Landrethun-le-Nord. The location was deemed ideal as the chalk that made up most of the hill would be easy to excavate but was ultimately strong enough to tunnel through to create the underground infrastructure needed for the weapon.
Construction of 50, V-3 guns began in earnest in September of 1943 utilising a combination of drafted German engineers and Soviet POWs. The initial plan was for two separate facilities to be constructed roughly 1000 metres apart, each housing 25 V-3 cannons built into drifts dug into the hillside. They also planned to build tunnels connecting each facility that would be used for storing the shells, which in turn would be transported to the guns via an underground railway.
Amazingly, construction of most of the underground tunnels was completed. However, construction of the guns themselves was severely hampered when the allies learned of a German plan to attack London using an unknown superweapon in the latter stages of 1943. Knowing that the German’s were planning something at Mimoyecques, and putting two and two together, the RAF doggedly attacked it throughout the last few months of 1943 and the first half of 1944. This led to the proposed number of V-3 cannons dropping from 50 to 25 when the RAF destroyed the Western-most site. This was further reduced to 5 following a bombing run utilising “tallboy” bombs specifically designed to destroy fortified bunkers on July 6, 1944. Plans were dropped altogether in on July 30th that same year due to the advance of allied ground troops.
The allies wouldn’t actually learn about the existence of the V-3 cannons until after the war, at which point then Prime Minister Winston Churchill was reported as saying that the site could have been responsible for the “most devastating attack of all on London”.
Although the Nazis never got a full-size V-3 cannon working during WW2, they did manage to construct two much smaller versions of the weapon with which they shelled the recently liberated Luxembourg from a somewhat less impressive distance of 43 kilometres (26 miles) away in late 1944. Smaller, but still impressively powered, these mini V-3’s were capable of shooting off their deadly projectiles at speeds of over 2,000 mph or 3300 km/h.
Despite the impressive specs, and with the guns firing hundreds of rounds (142 of which hit Luxembourg), only 10 people were killed and 35 wounded as a result. While the Nazis tried desperately to use the gun again, even deploying one during their last major offensive of WW2, Operation Nordwind, they never actually successfully fired another version of the V-3 again during the entire war, giving these guns a laughably low kill rate given the resources put into them.
Today the failed location of the French battery has been converted to a museum containing what remains of the guns.
North Korea’s state-run media announced its latest missile launches were conducted to practice hitting US military bases in Japan, according to The Washington Post on Tuesday.
“If the United States or South Korea fires even a single flame inside North Korean territory, we will demolish the origin of the invasion and provocation with a nuclear tipped missile,” a Korean Central News Agency statement read.
Three of the four ballistic missiles fired Monday morning flew 600 miles and landed in the sea in Japan’s exclusive economic zone. The other missile landed outside the zone.
Studying the photos provided by North Korea, analysts at the Middlebury Institute of International Studies deduced that the missiles were extended-range Scuds. Having tested these missiles in the past, Jeffrey Lewis, director of the East Asia Nonproliferation Program at the Middlebury Institute, said that North Korea’s test was not to see whether they could operate but to assess how fast units could deploy them.
“They want to know if they can get these missiles out into the field rapidly and deploy them all at once,” Lewis told The Post. “They are practicing launching a nuclear-armed missile and hitting targets in Japan as if this was a real war.”
The extended-range Scud missiles could be produced more cheaply than other medium-range missiles in the Hermit Kingdom’s arsenal, according to Lewis. This could be disastrous for allied nations, such as Japan and South Korea, not only because North Korea could release a barrage of these missiles, but the rate at which they could be fired can be difficult to counter, even with the US’s defensive systems.
One of these defensive systems, the antimissile battery system, known as the Terminal High Altitude Area Defense (THAAD), was in the process of being deployed on Monday night in Osan Air Base, less than 300 miles from the missile launch location.
“Continued provocative actions by North Korea, to include yesterday’s launch of multiple missiles, only confirm the prudence of our alliance decision last year to deploy THAAD to South Korea,” said Adm. Harry Harris, commander of US Pacific Command, in a news release.
Designed to shoot incoming missiles, THAAD has been compared to shooting a bullet with another bullet. However, analysts say that the system would have difficulty in intercepting missiles launched simultaneously — as in Monday’s test.
According to a KCNA statement translated by KCNA Watch, Kim Jong Un, the leader of North Korea, supervised the launches from the Hwasong artillery units, who are “tasked to strike the bases of the U.S. imperialist aggressor forces in Japan in contingency.”
The launches came shortly after an annual series of US-South Korea military exercises that kicked off earlier this month. The ground, air, naval, and special-operations exercises, which consist of 17,000 US troops and THAAD systems, was predicted by scholars to be met with some retaliatory measures by North Korea.
“In spite of the repeated warnings from [North Korea], the United States kicked off this month the largest-ever joint military exercise with South Korea,” said North Korean diplomat Ju Yong Choi during a UN-sponsored conference in Geneva on Tuesday, according to Reuters. “The annual, joint military exercise is a typical expression of US hostile policy towards the DPRK, and a major cause of escalation of the tension, that might turn into actual war.”
“I was inspired as I learned about their food traditions and offered them comfort through food,” Lidia said in her PBS video Lidia Celebrates America.
One of her stops included a visit with some of We Are The Mighty’s veterans who shared some of their fondest food memories while serving in the military.
For Edith Casas (U.S. Navy), it was missing her mother’s meals during deployments. For Bryan Anderson (U.S. Army), it was the meals he prepared in the barracks. For Mike Dowling (U.S. Marine Corps), it was sharing his last meal with Rex, his military working dog.
And while you might think it was cause to spool up the THAAD and drop that plane in its tracks, believe it or not, they were allowed to by a 25-year-old treaty based on an idea that was nearly four decades old at the time.
The Treaty on Open Skies was first proposed by Dwight D. Eisenhower in 1955. Cold War paranoia meant it went nowhere for 37 years. After the coup that proved the end of the Soviet Union, the treaty was eventually signed by President George H. W. Bush and ratified in 1992. But it didn’t enter into force until 2002.
The treaty allows the U.S. and Russia — as well as a number of other NATO and former Warsaw Pact countries — to make surveillance flights over each other’s territory.
According to a letter to the Senate included with the treaty, this is to “promote openness and transparency of military forces and activities.” Certain planes are equipped with four types of sensors, optical panoramic and framing cameras, video cameras with real-time display, infra-red line-scanning devices, and sideways-looking synthetic aperture radar. These suites are used to monitor military forces, and are certified by observers.
Which aircraft is used can vary. The United States uses the OC-135B Open Skies aircraft for this mission. Canada uses a modified C-130. Russia has a version of the Tu-154 airliner. The United Kingdom has used a mix of planes.
The exact number of flights a country may have varies, but the United States and Russia each get 42 such flights a year.
They can fly any sort of flight plan – as long as they give 72 hours notice prior to the arrival. The flight must be completed in 96 hours from the time that the plane arrives. The plane on the Open Skies mission also must embark observers from the host nation on board.
So that’s why a lot of people in the Virginia, Maryland, and DC area got a good look at a Russian Tu-154 — and may still see more if Putin wants another closer look.
It’s been a long time since the Cubs won the World Series. 108 years, in fact; the last time the Cubs won was in 1908, when they captured two World Series titles in a row.
Last night they made history and broke the Curse of the Billy Goat by clinching Game 7 of the World Series in extra (rainy) innings with a final score of 8-7.
A lot has happened in the world since 1908. The internet, Communism, Justin Bieber. But what about warfare?
Well, the military has changed quite a bit too, and some of the changes have completely revamped the way wars are fought today. Here are ten of the biggest military innovations and changes that occurred since the last time the Cubs won the World Series:
1. No more cavalry charges
Cavalry charges were still pretty common in the early 20th century, and in World War I all sides used horses to some extent. The Germans stopped utilizing armed cavalry on the battlefield shortly after the war’s outset, but the Ottoman Empire and the British used cavalry extensively in the Middle East theater.
During World War I, machine guns cut through horses in swaths, and the chemical weapons first used by the Germans killed many more. They were still used to drag equipment through the mud, however, and at one point German troops were told that the life of a horse has more tactical value than that of an infantryman.
Ultimately, though, machine guns and artillery rendered the horse-led cavalry charge obsolete. The horses were replaced by tanks, although these didn’t truly live up to expectations until World War II.
Although the Wright Brothers first flew a heavier-than-air manned airplane in 1903, planes in warfare didn’t come about until around 1911. During World War I airplanes became very important for reconnaissance missions, and as they became more maneuverable, some planes were designed to shoot down the recon planes. This led to fighters, bombers, and the jets that we know today.
Modern warfare generally favors the side that controls the skies, and for that reason, high-tech planes with sophisticated radar and other technologies are closely guarded secrets by states concerned about their leakage. The United States’ protracted counterinsurgency wars, however, have proven that even though you control the skies, it doesn’t always mean you win.
3. U.S. Army Special Forces started operating operationally
The first true Special Forces Group, the 10th, was formed in 1952 under Col. Aaron Bank. They evolved from Office of Strategic Services troops that had served behind enemy lines during World War II. Concurrent with this was the founding of the Psychological Warfare School, later known as the John F. Kennedy School of Special Warfare. The original goal of the Army’s Special Forces was “to infiltrate by land, sea or air, deep into enemy-occupied territory and organize the resistance/guerrilla potential to conduct Special Forces operations, with emphasis on guerrilla warfare.”
Special Forces have fought in every conflict since Korea and evolved into a number of different roles. They have grown in number and size and now consist of some of the most elite soldiers in the United States Army, trained in multiple missions, including direct action and foreign internal defense.
4. Chemical weapons: a sick burn
The Cubs might have gone 108 years without winning a world series, but the world has only gone 101 years since the first chlorine gas attack.
On April 22, 1915, a man named Fritz Haber oversaw the world’s first successful chemical weapons use. The German scientist had been attempting to convince a German commander to use the gas on Allied troops but had thus far met with scorn and derision. One commander, however, let him try it, and when the wind finally turned toward the Allied troops, he unleashed the gas.
That single attack killed more than 1,100 Allied troops. By the end of World War I, more than 50 different poisons had been used on the battlefield, and gas masks had become a tactical necessity.
Today, the use of chemical weapons is a war crime, although that didn’t stop Saddam Hussein from gassing thousands of Kurds in northern Iraq, or Bashar al-Assad using gas on his own people.
5. Meals, Ready to Eat began constipating troops everywhere
The Department of Defense decided to re-vamp their combat rations in 1975, when they declared the MRE would be the new way of feeding troops in combat. The first delivery of MRE’s occurred in 1981, and they were first field tested by the 25th Infantry Division in 1983.
MRE’s were a huge step forward for field rations because they could be kept almost indefinitely, and they did not require a flame to heat the entrees. MRE’s nowadays are much tastier than the maggot-filled tack that soldiers of the Continental Army used to eat, and troops can pick and choose menu items. Plus, Jalapeno cheese. Enough said.
6. Aircraft carriers became a thing
With the advent and importance of aircraft in modern warfare, it was only natural that nations sought to project that flight power to different parts of the world. After all, what good was a runway for planes if it wasn’t near the combat zone?
To that end, armies and navies first tried launching balloons off of wooden ships, but when the propeller plane came around, they started putting aircraft on ships. The Japanese ship Wakamiya lowered seaplanes onto the water using its crane in 1914 during the battle of Tsingtao, making this the first use of an “aircraft carrier” in warfare.
During the 1920’s, truly dedicated carriers with launch pads were commissioned and became an integral part of shaping the way the world fights wars. Nowadays, the US Navy’s powerful carriers carry lethal jets and ground forces to places all over the world in order to project United States military power.
Tanks, along with airplanes and aircraft carriers, changed the way that wars are fought. Although the infantry was the major component of fighting in World War I, by World War II the way was being led by quick, lethal tanks that could maneuver and shoot accurately at the same time. The armor provided by the vehicle shielded its occupants from most small arms fire and allowed infantry to follow behind.
Modern land warfare owes its origins to the tank, which debuted at the Battle of the Somme in 1916 to limited success. They simply could not operate in the artillery-churning mud of the front, and often became bogged down before even advancing.
During World War II, the Germans used their lightning-fast tanks in the Blitzkrieg doctrine in combination with airplanes and infantry. Later on, tanks became more and more technologically advanced, and in modern times a tank can make an enormous difference on the battlefield, although they are still vulnerable to ever-more-lethal anti-tank rockets and missiles.
8. Night vision let people see the night, visually
In the early days of World War II German scientists experimented with night vision devices with some limited success, even going so far as to equip their Panther tanks with night vision. But it wasn’t until the Vietnam War that the first practical, mass-produced night vision devices, the AN/PVS-1 and 2 starlight scopes, were introduced. Even though they were bulky and easily broken, these scopes gave U.S. troops an advantage on the battlefield. They used ambient light to amplify the picture around them, allowing troops to see enemies moving in the dark.
Today, the United States military has some of the best night vision around, giving it advantages in the wars that it fights worldwide. Each member of an infantry or special operations unit can have his or her own individual night vision device, which are now compact and project pictures in high definition. Some devices even incorporate thermal imaging along with amplified ambient light to produce a better picture. This gives US troops a massive advantage over enemies in Afghanistan and Iraq, who have to use captured equipment and have little repair capability.
9. Widespread use of body armor
While the concept of protecting oneself from harm with armor has existed for millennia, the modern age of personally-issued body armor didn’t occur until around the time of the Korean War. Even then, the vests were issued mostly for protection from shrapnel, and were bulkier and heavier than modern vests.
It wasn’t until the 1971 discovery of Kevlar by scientist Stephanie Kwolek that body armor became ligher and able to stop real bullets, including most pistol rounds.
In 1975, American Body Armor introduced a vest that used 15 layers of Kevlar and a “shok plate,” which could protect against high-velocity rifle rounds. This set the standard for modern military body armor, which now often consists of so-called “soft” armor for pistol rounds and shrapnel, and hard ceramic plates for high-velocity bullets. Advances in technology have made it so that troops, particularly those in well-funded special operations units, can have the best of both worlds: lightweight protection for vital organs and ultimate maneuverability.
10. Missiles and precision-guided munitions
While airplanes changed the way wars were fought in the 20th century, the way airplanes were used was changed just as fundamentally with the advent of guided missiles. Although civilizations had been experimenting with rocketry for centuries, the V1 and V2 rockets of Germany in World War II were the first true guided missiles used in warfare. Following that, various countries began using missiles on their ships, jets and trucks, and creating massive, world-travelling Intercontinental Ballistic Missiles equipped with nuclear warheads. If it weren’t for our massive experimentation in missile technology, the world would not have known the war-shaping theory of Mutually Assured Destruction, or the standoff capabilities of a guided missile destroyer launching cruise missiles into Saddam Hussein’s Iraq.
Modern missiles use Global Positioning Systems to find and destroy the enemy, and are becoming ubiquitous for the United States; today, more than 80 percent of bombs dropped by the United States military are precision-guided They are essential in preventing civilian casualties in a world where states fight terrorist groups rather than each other.
The military has very talented photographers in its ranks, and they constantly attempt to capture what life as a service member is like during training and at war. This is the best of what they shot this week:
This F-16A Fighting Falcon, tail No. 80-0504, was last assigned to the 174th Attack Wing at Hancock Field Air National Guard Base, N.Y., as a ground maintenance trainer before it was retired from service and disassembled Nov. 5, 2015. The aircraft is set to be reassembled and placed at the main entrance of the New York National Guard headquarters in Latham.
Airmen from the 305th, 514th and 60th Air Mobility Wings demonstrated the United States’ air refueling capabilities by simultaneously launching eight KC-10 Extender aircraft to air refuel seven C-17 Globemasters.
Capt. (Ret.) Florent Groberg receives the Medal Of Honor from President Obama at The White House, Nov. 12, 2015, for his heroic actions during Operation Enduring Freedom.
“And at that moment, Flo did something extraordinary — he grabbed the bomber by his vest and kept pushing him away. And all those years of training on the track, in the classroom, out in the field — all of it came together. In those few seconds, he had the instincts and the courage to do what was needed,” said President Barack Obama, speaking about Groberg’s selfless act in Afghanistan.
A US Army Soldier For Life salutes during a Vietnam Veterans Welcome Home Ceremony hosted by 1st Infantry Division at Fort Riley’s Marshall Army Airfield, Kan., Nov. 6, 2015. The ceremony, held in commemoration of the 50th Anniversary of the Vietnam War, honored the sacrifice of the veterans and formally welcomed them home.
NEW YORK (Nov. 11, 2015) Sailors hold the national ensign as they march during the NYC Veterans Day Parade.
PACIFIC OCEAN (Nov. 7, 2015) A family enjoys Gator Beach as an Arleigh Burke-class guided-missile destroyer is underway off the coast of Southern California.
The Cake was a Lie: Marines march in a formation through the rain during the Marine Corps birthday run at Marine Corps Air Station Cherry Point, N.C., Nov. 9, 2015. More than 1,500 Marines and Sailors with 2nd Marine Aircraft Wing and MCAS Cherry Point participated in the motivational run to commemorate the Marine Corps’ 240th birthday. The run is held annually to celebrate the traditions of the Marine Corps and the camaraderie of the service members.
WASHINGTON – Commandant of the Marine Corps Gen. Robert B. Neller cuts the cake Nov. 9 at the Pentagon during the cake cutting ceremony for the Marine Corps’ 240th birthday. Marines worldwide cut a cake in celebration of the birth of the Marine Corps every year.
Happy Veterans Day to all who have served, and are currently serving, in all branches of our armed forces.
Goodnight from USCG Station Philadelphia … we have the watch.