There’s only one person aside from the Secret Service who brings guns to the White House every day. That would be Chef Andre Rush, who can be found in the gym when he’s not cooking up a storm for the leader of the free world. As you can imagine, his fitness routine is heavy on arm work and (of course) his diet.
Rush not only tends to his biceps with what some might consider an excessive amount of curls, he also pumps up with the 22 Pushup Challenge every weekday, his part in raising awareness of the estimated 22 military veterans who die from suicide every day. Only, Andre Rush doesn’t just do 22. He does 2,222 pushups on top of his 72-hour rotating isolation schedule. Chef Rush is himself a military veteran who served in the Army before he ended up in the White House kitchen. He has served supper to Presidents Clinton, Bush 43, Obama, and now Trump – and their families, of course.
Food is still, thankfully, bipartisan.
Rush joined the Army as a cook in 1994. His military career took him through culinary training before he started serving the goods at the Pentagon, and eventually, the White House. He retired only 18 months ago. He still works as a consultant for the White House.
“The camaraderie among the chefs reminded me of hanging out with my friends back in Mississippi, and I got tired of being serious and being out in the field 24/7,” he told Men’s Health Magazine. “Plus, I just love to eat!”
A diet for this force of a man consists of 12-24 hard-boiled eggs, only two of which are whole eggs. For the rest, he eats only the whites. He also downs his own peanut butter protein shake with blended quinoa and nonfat milk. For the rest of his training meals, he eats greek yogurt, oatmeal, and lean turkey – at the gym. He snacks on the turkey in the gym. For his afternoon meals, he consumes four roasted chickens.
It sometimes seems like military service grants you some sort of extra-sensory bullsh*t detection superpower. This is apparently true in Venezuela, where soldiers were forced to keep a close watch on one another to keep them from deserting as another sham election for the world’s sh*ttiest dictator drew nearer in 2018.
Desertions, rebellions, and treason were rife within its ranks as the army became less and less able to feed and pay its soldiers, much less fight a war with them. The world waited to see what this dumpster fire of a president would do about it.
Nicolas Maduro always looks like he really needs an epi-pen.
When an army is deserting at a rate almost four times as high as previous years, not only does its leadership need to stop the bleeding, but they also need to figure out how to defend their homeland. Nicholas Maduro also needed to figure out how to use them to maintain his grip on power while rigging the 2018 election.
As the soldiers guarding polling places kept an eye out for any terrorists, saboteurs, or actual legal votes, what they probably really thought about is how to ditch that awful job and make more than the two dollars a day the Venezuelan government paid them.
Three faces in this photo are screaming to be anywhere else.
One Sergeant Major who has served for 20 years told Business Insider he hasn’t had a full fridge for a long time. His old Christmas bonus used to buy furniture, clothes, and toys for his family but now can only afford three cartons of eggs and two kilos of sugar. With that kind of depreciation, it’s easy to see why Venezuela is losing more than just a few good men. “President” Maduro blames a conspiracy led by the United States for losing his army – He says the U.S. is planning to invade Venezuela.
If the U.S. intends to invade his country, how will he defend it with a poorly paid, fed, and equipped army? Ask his Grandma to help?
Maduro addressed the entire country, slamming President Donald Trump and the U.S. government for its use of economic force and military threats to force Maduro out of power. He launched a two-day military training exercise, encouraging civilians to enter the armed forces reserve or join civilian militias to help repel a military invasion.
Another means of control are another group of armed civilians, called colectivos. These are fervently pro-Maduro militias who have been trained to keep the local populace in line since the days of Hugo Chavez. Unlike soldiers of Venezuela’s regular Army, there’s nowhere they can defect to: It’s Maduro or death for them.
These civilians are funded by the government and act as a paramilitary group and internal security service. If a military intervention from outside ever does come, they will be systematically hunted down and prosecuted by their fellow Venezuelans for their years of violent reprisals against dissidents and extra-judicial killings.
Back in 1987, the world was a very different place. While the Soviet Union was on a crash course with destiny, the power the nation wielded–backed by a massive nuclear arsenal–had left it in a decades-long staring match with the United States.
Mutually Assured Destruction, a doctrine of military strategy that left the two nuclear powers in a stalemate President Ronald Reagan described as a “suicide pact,” had left the world in an uneasy state of both peace and war simultaneously. And nowhere was this dichotomy more present than in the homes of residents of East and West Germany. The nation had been divided since the end of World War II, with NATO’s Western powers in West Germany, and a Soviet puppet-state called the German Democratic Republic in the east.
East German students sit atop the Berlin Wall at the Brandenburg Gate in front of border guards in 1989 (University of Minnesota Institute of Advanced Studies)
By 1987, the wheels that would ultimately tear down the Berlin Wall dividing East and West Germany physically and ideological were already turning, and a young man named Mathias Rust was keen on playing his part in history. Like many young adults, Rust was increasingly politically minded. Unlike most 18-year-olds, he also had a pilot’s license and access to a Cessna 172 airplane that had been modified by removing the rear seats for added fuel capacity.
In October of 1986, Rust had watched the Reykjavík summit between U.S President Ronald Reagan and Soviet Premier Mikhail Gorbachev. As that summit ended in a stalemate, Rust felt the overwhelming urge to find a way to make a difference.
“I thought every human on this planet is responsible for some progress and I was looking for an opportunity to take my share in it,” he would go on to tell the BBC.
Rust soon began forming a plan. President Theodore Roosevelt once famously said, “Do what you can, where you are, with what you have,” and while it’s unlikely that Rust was aware of the axiom, his actions embodied the premise. He took stock of the skills he had, the resources he had available, and the situation to begin forming an idea. He’d take his little Cessna directly into the heart of the Soviet Union in a political spectacle he hoped would inspire others.
“I was thinking I could use the aircraft to build an imaginary bridge between West and East to show that a lot of people in Europe wanted to improve relations between our worlds,” Rust said.
Rust’s rented Cessna 172 (WikiMedia Commons)
By May 13, 1987, Rust was ready to put his plan into action, but he still harbored understandable doubts. Today, Russia is renown for their advanced air defense systems, and the same was true of their Soviet predecessors. The USSR maintained the most elaborate and largest air defense system anywhere on the globe and they had demonstrated a propensity for using it against civilian aircraft. Only about five years earlier, the Soviets had shot down a South Korean airliner that had strayed into their airspace, killing all 269 passengers on board.
Rust told his parents he was leaving on a tour of Northern Europe that would help him accumulate more hours toward his professional pilot’s license, and for the first few days, that’e exactly what he did. After a few days of traveling, he stayed in Helsinki, Finland for a few days and pondered what he was about to do. He wanted to make a big public statement, but he wasn’t keen on dying in the process.
“Of course I was afraid to lose my life. I was weighing if it is really responsible, reasonable, to take this kind of risk. At the end I came to the conclusion, ‘I have to risk it.'”
He filed a flight plan that would have taken him to Stockholm and took off just like he would on any other day. As Rust recalls, he still wasn’t really sure he would go through with it until well after he was already airborne.
“I made the final decision about half an hour after departure. I just changed the direction to 170 degrees and I was heading straight down to Moscow.”
Rust’s flight path (WikiMedia Commons)
It wasn’t long before Soviet air defenses were alerted to his presence. They were tracking him on radar, and within an hour of diverting from his flight plan, fighters had been scrambled to intercept his little Cessna. He was flying low–only about 1,000 feet off the ground or 2,500 feet above sea level, and donned his crash helmet.
“The whole time I was just sitting in the aircraft, focusing on the dials,” said Rust. “It felt like I wasn’t really doing it.”
Fate was on Rust’s side, however, and one of the fighter pilots reported seeing what he believed was a Yak-12–a Soviet plane that looks similar to a Cessna 172. Either the pilot or his air traffic controllers decided that the plane must have been allowed to be there, because they broke off pursuit. At around the same time, Rust descended below the clouds to prevent them from icing up his wings, which also made him disappear from Soviet radar. Once he passed the clouds, he climbed back up to 2,500 feet and popped back up on their radar scopes.
Suddenly, he spotted fighters emerge from the cloud cover in front of him.
“It was coming at me very fast, and dead-on. And it went whoosh!—right over me. I remember how my heart felt, beating very fast,” he explained. “This was exactly the moment when you start to ask yourself: Is this when they shoot you down?”
Before he knew it, Soviet Mig-23 interceptors pulled up alongside him from both beneath him and his left. The single-seat, swing-wing Mig-23 was capable of speeds in excess of Mach 2.3 (more than 300 miles per hour faster than an F-35) and was positively massive compared to Rust’s little Cessna. In order to flank him, the Migs had to lower their landing gear and extend their flaps to scrub their speed enough not to scream past Rust and his single-prop 172.
“I realized because they hadn’t shot me down yet that they wanted to check on what I was doing there,” Rust said. “There was no sign, no signal from the pilot for me to follow him. Nothing.”
Rust would later learn that the pilots were indeed trying to contact him, but were using high-frequency military channels. Finally, the Migs pulled their landing gear in, dropped their flaps and screamed off into the distance again, circling rust twice in half mile loops before departing. Rust had once again made it through a brush with Soviet interceptors and was still flying straight for the Soviet capital.
A later investigation would confirm that, either the pilots assumed the Cessna was indeed a Soviet Yak-12, or their command didn’t think the situation warranted any concern. Shortly after the fighters departed, luck would once again deal in Rust’s favor. He unknowingly entered into a Soviet air force training zone where aircraft with similar radar signatures to his own were conducting various exercises. His small plane got lost in the radar chatter, which would save his neck in the following minutes.
The Soviet Yak-12 looks very similar to a Cessna 172 (WikiMedia Commons)
Protocol required that all Soviet pilots reset their transponder at frequent intervals, and any pilot that didn’t reset theirs would immediately show as hostile on radar. At 3pm, just such a switch was scheduled, but because Rust was flying among a group of student pilots, the Soviet commander overseeing radar operations assumed he was a student that had absent-mindedly forgotten to switch his transponder. He ordered the radar operator to change Rust’s radar return to “friendly,” warning that “otherwise we might shoot some of our own.”
An hour later, Rust was little more than 200 miles outside of Moscow, and subject to a new region’s radar and air defense scrutiny. Once again, radar operators spotted the small aircraft and intercept fighters were dispatched, but the cloud cover was too thick and they were unable to find the small Cessna visually. Soon thereafter, another radar operator would mark Rust’s plane as “friendly,” mistaking it for a search and rescue helicopter that had been dispatched to the region.
As Rust approached Moscow’s airspace, the report that was forwarded to the air defense in the area listed a Soviet aircraft seemingly flying with its transponder off, rather than anything about a West German teenager infiltrating hundreds of miles of heavily guarded Soviet airspace.
Rust then flew his small plane over Moscow’s infamous “Ring of Steel,” which was made up of multiple overlapping air defense systems built specifically to protect the Soviet capital from American bombers. Air defense rings surrounded Moscow at 10, 25, and 45 miles out, all capable of engaging a fleet of heavy bombers, but none the least bit interested in the tiny plane Rust piloted.
Shortly thereafter, Rust entered the airspace over the city itself–an area that had all air traffic heavily restricted, even military flights. As Rust flew over Moscow, Soviet radar operators finally realized something was terribly amiss, but it was too late. There was no time to scramble intercept fighters; Rust was already flying from building to building, trying to identify Moscow’s famous Red Square.
“At first, I thought maybe I should land inside the Kremlin wall, but then I realized that although there was plenty of space, I wasn’t sure what the KGB might do with me,” he remembers. “If I landed inside the wall, only a few people would see me, and they could just take me away and deny the whole thing. But if I landed in the square, plenty of people would see me, and the KGB couldn’t just arrest me and lie about it. So it was for my own security that I dropped that idea.”
Moscow’s Red Square
Rust spotted a 6-lane bridge that led into Red Square with sparse traffic and only a few power lines he’d need to avoid. He flew over the first set of wires, then dropped the aircraft down quickly to fly below the next set. As he nearly touched down, he spotted a car directly in his path.
“I moved to the left to pass him,” Rust said, “and as I did I looked and saw this old man with this look on his face like he could not believe what he was seeing. I just hoped he wouldn’t panic and lose control of the car and hit me.”
With his wheels on the ground, Rust rolled directly into Red Square. He had wanted to park the plane in front of Lenin’s tomb, but a fence blocked his path and he settled for coming to a stop in front of St. Basil’s Cathedral. He shut down the engine and closed his eyes, taking a deep breath as the reality of his situation slowly engulfed him. He had done the impossible.
“A big crowd had formed around me,” Rust recalled. “People were smiling and coming up to shake my hand or ask for autographs. There was a young Russian guy who spoke English. He asked me where I came from. I told him I came from the West and wanted to talk to Gorbachev to deliver this peace message that would [help Gorbachev] convince everybody in the West that he had a new approach.”
Rust next to his Cessna 172 in Moscow’s Red Square
He had anticipated being captured immediately by the KGB, but instead found the crowd confused and delighted by his stunning entrance. One woman gave him some bread. A young soldier chastised him for not applying for a visa, but credited him for the initiative. What Rust didn’t realize was that the KGB was already present, and agents were already worming through the crowd, confiscating cameras and notebooks people had Rust sign.
An hour later, two truck loads of Soviet soldiers arrived. They mostly ignored Rust as they aggressively pushed the crowds back and put up barriers around the teenager and his plane. Then three men arrived in a black sedan, one of whom identified himself as an interpreter. He asked Rust for his passport and if they could inspect the aircraft. Rust recalls their demeanor as mostly friendly and even casual.
The plane was then taken to the nearby Sheremetyevo International Airport where it was completely disassembled during its inspection, and despite the friendly demeanor of the Soviets, he was immediately transported to Lefortovo prison. The prison was infamous for its use by the KGB to hold political prisoners.
A modern view of the Lefortovo prison (WikiMedia Commons)
Initially, the Soviets refused to believe that Rust had accomplished his daring mission without support from NATO forces. The date he chose, May 28, was Border Guards Day in the Soviet Union, and they accused him of choosing the day intentionally to embarrass them. Then they accused him of getting the maps he’d used to reach Moscow from the American CIA… that is, until the Soviet consul in Hamburg confirmed that they could purchase the very same maps through a mail order service.
After realizing Rust was not the world’s youngest and most ostentatious CIA operative, they finally charged him illegal entry, violation of flight laws, and “malicious hooliganism.” Rust pleaded guilty to the first two charges, but refused the third, claiming he had no malicious intent. Nonetheless, he was found guilty on all counts by a panel of three judges and sentenced to four years in the same Lefortovo prison. Despite the prison’s harsh reputation, Rust was mostly well cared for, and even allowed to have his parents visit every two months.
In 1988, Rust was released from prison in a “goodwill gesture” following a treaty between Reagan and Gorbachev that would have both nations eliminate their intermediate range nuclear missiles. It was not quite such a happy ending for many Soviet officials however.
Rust’s re-assembled Cessna on display in the German Museum of Technology (WikiMedia Commons)
In a way, Rust’s flight did exactly what he’d hoped. The stunt had seriously damaged the reputation of the Soviet military and provided Gorbachev with the leverage he needed to outfox those who opposed his reforms.
Almost immediately following Rust’s landing in Red Square, the Soviet defense minister and the Soviet air defense chief were both removed from their posts for allowing such an egregious violation of Soviet airspace. Shortly thereafter, hundreds of other officers were also removed from their positions. Rust’s flight led to the single largest turnover of Soviet officers since the 1930s, according to Air Space Magazine.
Rust would never sit behind the stick of an aircraft again, but would go down in history as the only pilot to defeat the entirety of the Soviet military using a rented, single prop, trainer plane. Unfortunately, Rust’s seemingly heroic stunt has been overshadowed by the troubled man’s continued run-ins with the law. In the early 90s, he received another prison sentence for assaulting a woman that refused his romantic advances. In 2005, he was again convicted of a crime–this time for fraud. Today he describes himself an analyst for an investment bank, seemingly keen to leave his high-flying theatrics behind him.
The Air Force has begun experimenting and conceptual planning for a 6th generation fighter aircraft to emerge in coming years as a technological step beyond the F-35, service leaders said.
“We have started experimentation, developmental planning and technology investment,” said Lt. Gen. Arnold Bunch, Military Deputy, Office of the Assistant Secretary of the Air Force, Acquisition.
The new aircraft, engineered to succeed the 5th-generation F-35 Joint StrikeFighter and explode onto the scene by the mid 2030s, is now in the earliest stages of conceptual development with the Air Force and Navy. The two services are now working together on early conceptual discussions about the types of technologies and capabilities the aircraft will contain. While the Air Force has not yet identified a platform for the new aircraft. The Air Force characterizes the effort in terms of a future capability called Next-Gen Air Dominance.
While Bunch did not elaborate on the specifics of ongoing early efforts, he did make reference to the Air Superiority 2030 Flight Plan which delineates some key elements of the service’s strategy for a future platform.
Fighter jets in 20-years may likely contain the next-generation of stealth technology, electronic warfare, sophisticated computer processing and algorithms, increased autonomy, hypersonic weapons and so-called “smart-skins” where sensors are built into the side of the aircraft itself.
Some of these characteristics may have been on display more than a year ago when Northrop Grumman’s Super Bowl ad revealed a flashy first look at its rendering of a new 6th-generation fighter jet.
Northrop is one of a number of major defense industry manufacturers who will bid for a contract to build the new plane – when the time is right. While there are not many details available on this work, it is safe to assume Northrop is advancing concepts, technology and early design work toward this end. Boeing is also in the early phases of development of a 6th-gen design, according to a report in Defense News.
The Navy’s new aircraft will, at least in part, replace the existing inventory of F/A-18 Super Hornets which will start to retire by 2035, Navy officials said.
The Navy vision for a future carrier air wing in 2040 and beyond is comprised of the carrier-launched variant of the Joint Strike Fighter, the F-35C, and legacy aircraft such as the EA-18G Growler electronic jamming aircraft.
Also, around this time is when Navy planners envision its 6th generation aircraft to be ready, an aircraft which will likely be engineered for both manned and unmanned missions.
Technologies are rapidly advancing in coatings, electromagnetic spectrum issues, artificial intelligence, maneuvering, superiority in sensing the battlespace, communications and data links, Navy leaders have said.
Navy officials also add that the Navy is likely to develop new carrier-launched unmanned air vehicles in coming years as well. For instance, Northrop’s historic X-47B demonstrator aircraft was the first unmanned system to successfully launch and land on the deck of an aircraft carrier.
Analysts have speculated that as 6th generation developers seek to engineer a sixth-generation aircraft, they will likely explore a range of next-generation technologies such as maximum sensor connectivity, super cruise ability and an aircraft with electronically configured “smart skins.”
Super cruise technology would enable the new fighter jet to cruise at supersonic speeds without needing afterburner, analysts have explained. As a result, super cruise brings a substantial tactical advantage because it allows for high-speed maneuvering without needing afterburner, therefore enable much longer on-location mission time. Such a scenario provides a time advantage as the aircraft would likely outlast a rival aircraft likely to run out of fuel earlier. The Air Force F-22 has a version of super-cruise technology.
Maximum connectivity would mean massively increased communications and sensor technology such as having an ability to achieve real-time connectivity with satellites, other aircraft and anything that could provide relevant battlefield information.The new aircraft might also seek to develop the ability to fire hypersonic weapons, however such a development would hinge upon successful progress with yet-to-be-proven technologies such as scramjets traveling at hypersonic speeds. Some tests of early renderings of this technology have been tested successfully and yet other attempts have failed.
The Air Force Chief Scientist, Dr. Geoffrey Zacharias, has told Scout Warrior that the US anticipates having hypersonic weapons by the 2020s, hypersonic drones by the 2030s and recoverable hypersonic drone aircraft by the 2040s. There is little doubt that hypersonic technology, whether it be weaponry or propulsion, or both, will figure prominently into future aircraft designs.
Smart aircraft skins would involve dispersing certain technologies or sensors across the fuselage and further integrating them into the aircraft itself, using next-generation computer algorithms to organize and display information for the pilot. We see some of this already in the F-35; the aircraft sensor fusion uses advanced computer technology to collect, organize and display combat relevant information from a variety of otherwise disparate sensors onto a single screen for pilots. In addition, Northrop’s Distributed Aperture System is engineered to provide F-35 pilots with a 360-degree view of the battlespace. Cameras on the DAS are engineered into parts of the F-35 fuselage itself to reduce drag and lower the aircraft’s radar signature.
Smart skins with distributed electronics means that instead of having systems mounted on the aircraft, you would have apertures integrated on the skin of the aircraft, analysts have said.
This could reduce drag, increase speed and maneuverability while increasing the technological ability of the sensors.
It is also possible that the new 6th-generation fighter could use advanced, futuristic stealth technology able to enable newer, more capable air defenses. The air defenses of potential adversaries are increasingly using faster computing processing power and are better networked together, more digital, able to detect a wider range of frequencies and able to detect stealthy aircraft at farther distances.
The new 6th-generation fighter will also likely fire lasers and have the ability to launch offensive electronic attacks.
It’s called the Metal Storm. This Australian-made, U.S.-funded behemoth of a cannon uses the same idea behind a Roman candle to fire round after round out of its 36 barrels. The prototype managed to achieve a maximum rate of fire of 1.62 million rounds per minute as it fired 180 rounds in a 0.01 second burst. At its peak, it can send, almost literally, a wall of 24,000 9mm rounds moving at Mach 5 that can eat through any armor it faces.
In 2007, the U.S. Navy announced that it would buy the Metal Storm grenade variant, but shy of that… nothing. The first prototype was created in June, 1997. It’s been over 20 years now and it’s never been fielded in combat.
These could revolutionize drone warfare.
(Metal Storm Limited)
In short, the reason why this potential game-changer has never seen combat is mostly tied to legal issues surrounding contracts. But there’s also the rarely-brought-up question of, “how would we use it?”
Originally developed by J. Mike O’Dwyer under a company of the same name, Metal Storm Limited, the technology behind how the gun electronically fires caseless rounds has been tossed between several countries’ governments and many more companies, acquiring the intellectual property and trademark claims along the way. The rights ultimately landed in the hands of Australian-owned DefendTex.
Owning this patent not only keeps the original Metal Storm under their corporate thumb, but also any variations, including the 3GL grenade launcher, which fires three rounds from one of its four barrels in seconds, and the MAUL (Multi-shot Accessory Under-barrel Launcher), an under-barrel 5-round shotgun using the same technology.
On the bright side, if you were turned to paste by this thing, you’d be obliterated in milliseconds and wouldn’t even have a chance to blink.
(Screengrab via YouTube)
Outside of legal issues, there are some very obvious downsides: cost and weight. Its applications, as is, are very circumstantial. It’s extremely heavy and requires plenty of prep time to set up effectively just for a single use. Then, there’s the insane amount of money that goes into fully loading it, only to have it waste nearly all of its ammunition.
Aiming this thing is also a challenge. It was originally conceived to remain stationary and to be used in setting up ambushes. Anything in its line of fire would be effectively turned into a paste, but by stepping a few feet to either side, the target remains fully composed solid.
These extreme limitations aren’t factors for the easier-to-sell versions, the MAUL and the 3GL, which can all easily be manned, moved, and loaded. The MAUL can easily be modified to fire less-lethal rounds and has been issued to Papau New Guinean prison guards while the 3GL has been fitted onto the Cerberus UAV with 3 rounds in a single barrel.
There is still hope for the Metal Storm’s technology. The caseless, electronically fired, multi-stacked rounds will change future wars. But, for now, don’t hold your breath on getting your hands on one of the 9mm versions.
It’s no secret that the only reason North Korea managed to survive so long after the fall of the Soviet Union is because of China’s patronage. There are a number of possible reasons it’s in China’s best interest to prop up the Hermit Kingdom. Long story short: China will intervene for North Korea just as it did in 1950.
The DPRK is a buffer zone between Communist China and the pro-Western ally in South Korea. More than that, the sudden fall of the Kim regime would essentially open the 880-mile border between the two to roving parties of North Korean refugees, suddenly freed, looking for a future.
The highest estimates indicate some 30 million internally-displaced persons – refugees in their own country – would suddenly be looking for a better life. Beyond the human toll, the cost of the reunification of the Korean Peninsula could be as high as $3 trillion, as one expert told the Independent.
China is certainly not going to share that cost. Nor will it take in refugees. The people of China are not fans of North Korea either. They resent the North Korean nuclear tests and the effect it has on China’s foreign policy – and its relationship with the United States.
Chinese people take to Quora to answer the same question over and over, “How do Chinese people feel about North Korea?” Time and tie again, the answer is that they are “sympathetic” to the people of the DPRK (though sometimes they use the word “pity”) because the country reminds them of when China was underdeveloped. In general, however, they mock Kim Jong-Un “mercilessly.”
The North Korean leader is believed to be losing trust in his relationship with the Chinese, and acts out in an effort to embarrass Beijing. In return, there is less trust in China for the leadership in Pyongyang. But as for the United States, the Chinese have less trust in President Trump.
Despite all this, the 1961 Sino-North Korean Mutual Aid and Cooperation Friendship Treaty is still in effect, and is renewed automatically every 20 years. Article 2 of the treaty states that the two nations will jointly oppose any country or coalition that might attack either nation. The treaty is valid until 2021. But it also stipulates that both sides are to “safeguard peace and security.”
Some former Chinese military officers believe North Korea’s nuclear proliferation is a violation of that treaty and China is no longer on the hook to defend the Kim Regime. Many Chinese intellectuals believe the North Korean state is no longer their partner in arms, but more of a liability.
“Many in China don’t want North Korea to have nuclear weapons because nuclear weapons are, first, threatening to China,” Chinese scholar Shen Zhihua – an expert on the Korean War – told the New Yorker. “We must see clearly that China and North Korea are no longer brothers-in-arms, and in the short term there’s no possibility of an improvement in Chinese-North Korean relations.”
But the state’s view remains the same. Just after the Kim regime threatened to attack the U.S. island of Guam, the Global Times, a state-run newspaper said China will “firmly resist any side which wants to change the status quo of the areas where China’s interests are concerned.”
Essentially, the Communist Party mouthpiece is saying that China will intervene if the United States escalates the conflict to a shooting war. However, if North Korea starts the war, China will remain neutral.
“The Korean Peninsula is where the strategic interests of all sides converge, and no side should try to be the absolute dominator of the region.”
In 1939, Congress authorized the construction of the USS Wisconsin. The build began at the Philadelphia Naval Yard in 1941. The United States was still doing everything she could to avoid being involved in the war in Europe, but preparing nonetheless. The Japanese attack on Pearl Harbor eleven months later would change everything.
The world was now at war for the second time and the USS Wisconsin would join the fight.
In 1943 on the second anniversary of the Pearl Harbor attack, the USS Wisconsin launched. She was commissioned on April 16, 1944. She left Norfolk, VA, and began her work. A few months later, the USS Wisconsin earned her first star in battle by supporting carriers during Leyte Operation: Luzon Attacks. She would go on to prove her seaworthiness by surviving a typhoon that took out three ships.
In January of 1945 while heavily armed, she escorted fast carriers who completed air strikes against Formosa, Luzon. By supporting these strikes, she earned her second battle star. Shortly after that she was assigned to the 5th Fleet. She went on to assist in the strike against Tokyo, which was a cover for the eventual invasion of Iwo Jima.
Under the cover of terrible weather, the USS Wisconsin supported landing operations for Iwo Jima, earning her third battle star. She would earn her fourth in an operation against Okinawa. Following that, she showed her might by keeping the enemy at bay with her powerful weapons and taking down three enemy planes. The USS Wisconsin earned a fifth star after operations against Japan. After putting in over 100,000 miles at sea since joining the fleet, she dropped her anchor in Tokyo Bay. She was vital to the support of the Pacific naval operations for World War II and earned her rest. She was inactivated in 1948 and decommissioned. It wouldn’t last long.
The USS Wisconsin rejoined the fleet in 1951 to assist in the Korean War operations. Following that war, she was placed out of commission yet again in 1958, and sat idle for 28 years until she was needed once more. She would go on to support operations in the Gulf War in 1991. Throughout her six months there, she played an absolute vital role in restoring Kuwait. She was decommissioned for the third and final time — she definitely earned her retirement.
The USS Wisconsin now sits in Norfolk, VA open to the public as a museum.
If Shulkin is confirmed, he would be the first non-veteran to head the VA. With its nearly $180 billion budget, the VA is the second-largest federal agency behind the Defense Department.
Many veterans groups had pushed for Trump to keep current VA Secretary Robert McDonald on the job, but the president-elect has signaled he wants someone else to reform the agency in part by giving vets more access to private care — an issue he frequently raised during his campaign.
A selection for the post, expected last month, was delayed after the two frontrunners — Dr. Delos “Toby” Cosgrove, an Air Force veteran who served in Vietnam and president and CEO of the Cleveland Clinic, and Luis Quinonez, an Army veteran of Vietnam and founder of IQ Management Services — dropped out of consideration.
Shulkin was confirmed for his current position at the VA in 2015. In that role, he oversees the Veterans Health Administration and a health care system that covers nearly nine million veterans across more than 1,700 sites.
A physician, Shulkin has previously served as president at Morristown Medical Center, Goryeb Children’s Hospital, Atlantic Rehabilitation Institute and the Atlantic Health System Accountable Care Organization, according to his VA biography. Shulkin also previously served as president and chief executive officer of Beth Israel Medical Center in New York City.
He received his medical degree from the Medical College of Pennsylvania, and completed his internship at Yale University School of Medicine, and residency and fellowship in general medicine at the University of Pittsburgh Presbyterian Medical Center.
The Army is preparing for the first official flights of two high-tech, next-generation aircraft now being designed with a wide range of abilities to include flying faster, flying farther without needing to refuel, operating in high-hot conditions and having an ability to both reach high speeds and hover like a helicopter.
The new aircraft are part of an Army-led effort, called Joint Multi-Role Technology Demonstrator, aimed at paving the way toward ultimately engineering a new fleet of aircraft for all the services to take flight by 2030.
Construction of two different high-tech, future-oriented demonstrator helicopters is already underway in anticipation of ground testing later this year and initial flight testing next year, Dan Bailey, JMR TD program director, told Scout Warrior in an interview several months ago.
“Things are moving along very well. We are on schedule with exactly what our industry partners have planned,” he said.
While some of the eventual requirements for the new aircraft have yet to be defined, there are some notional characteristics currently being sought after by the program. They include an ability to travel at airplane-like speeds greater than 230 knots, achieve a combat radius of 434 kilometers, use a stronger engine and operate in what’s called “high-hot” conditions of 6,000-feet and 95-degrees Fahrenheit.
“We had set 230 as the speed requirement because we wanted to push the technology. We wanted people to bring new ideas and new configurations to the table,” Bailey said in an interview with Scout Warrior several months ago.
A faster, more manueverable helicopter that can fly farther on one tank of fuel would enable forces in combat to more effectively engage in longer combat operations such as destroying enemy targets or transporting small groups of mobile, lethal ground fighters. The new helicopter will also be designed to use next-generation sensors to find enemies on the move and employ next-generation weapons to attack them, Army officials describe.
The JMR TD technology effort will inform a planned program of record called Future Vertical Lift, or FVL, which will design, build and test a series of next-generation aircraft for the Army, Navy, Air Force and Marine Corps.
“FVL is a high priority. We have identified capability gaps. We need technologies and designs that are different than what the current fleet has. It will carry more equipment, perform in high-hot conditions, be more maneuverable within the area of operations and execute missions at longer ranges,” Rich Kretzschmar, project manager for the FVL effort, told Scout Warrior in an interview several months ago.
.The first flights of the demonstrator aircraft, slated for 2017, will include developmental helicopter/aircraft from two industry teams – Bell Helicopter and a Sikorsky-Boeing team.
TWO HELICOPTER DESIGNS
The Bell offering, called the V-280 Valor, seeks to advance tilt-rotor technology, wherein a winged-aircraft with two rotor blades over each wing seeks to achieve airplane speeds and retain an ability to hover and maneuver like a helicopter.
Bell’s V-280 has finished what’s called a system-level design review where Army and Bell developers refine and prepare the design of the air vehicle.
“They have an air vehicle concept demonstrator that they call the third-generation tilt-rotor. Their fuselage was completed and it is being delivered to Bell for the build-up of the aircraft,” Bailey said.
Along with Boeing, Bell makes the V-22 Osprey tilt-rotor aircraft which is currently praised by military members for its excellent operational performance in recent years. The Osprey has two rotating rotor blades which align vertically when the aircraft is in helicopter mode and then move to a horizontal position when the aircraft enters airplane mode and reaches speeds greater than 280 knots.
The V-280 Valor also has two propellers which rotate from horizontal airplane mode to a vertical position, which allows for helicopter mode. Bell officials have said their new aircraft will be able to reach speeds of 280 knots. Bell and Army officials explain that their V-280 Valor substantially advances tilt-rotor technology.
“What Bell has done is taking its historical V-22 aircraft, and all the demonstrators before that, and applies them to this next-generation tilt-rotor. It is a straight wing versus a V-22 which is not straight. This reduces complexity,” Bailey explained. “They are also building additional flapping into the rotor system and individual controls that should allow for increased low-speed maneuverability.”
The Sikorsky-Boeing demonstrator, called the SB1 Defiant, uses a coaxial rotor system configuration. This is a design structure, referred to as a compound configuration, which relies upon two counter-rotating rotor blades on top of the aircraft and a thrusting mechanism in the rear.
“To make a rotorcraft go fast you have to off-load the rotor lift onto something else or else you run into problems when you try to reduce the speed of that rotor. Typically, you do that with a wing but Sikorsky-Boeing came up with a lift-offset design,” Bailey added.
The pusher-prop on the back of the aircraft is a small propeller behind the counter-rotating rotor heads. It is what can give the aircraft airplane-like speeds. It operates with what’s called positive and negative pitch, allowing the aircraft to lean up or down and move both forwards and backwards, Boeing officials have said.
The JMR TD program and the follow-on FVL effort will also integrate a wide range of next-generation sensors, weapons and avionics, Army officials explained.
Some of these technologies will include a “fly-by-wire” technology allowing for a measure of autonomy or automation so that the helicopter can fly along a particular course by itself in the event that a pilot is injured or incapacitated. This is the kind of technology which could, in the future, allow for unmanned helicopter operations.
Along these lines, the Army is looking for technical solutions or mission equipment which increases a pilot’s cognitive decision-making capability by effectively managing the flow of information from an array of sensors into the cockpit, Army program managers have explained in previous statements on the Army’s website – Army.mil
Army JMR TD development documents describe autonomous capability in terms of the need to develop a Human Machine Interface, HMI, wherein advanced cockpit software and computing technologies are able to autonomously perform a greater range of functions such as on-board navigation, sensing and threat detection, thus lessening the burden placed upon pilots and crew, Army experts have explained.
In particular, cognitive decision-aiding technologies explored for 4th-generation JMR cockpit will develop algorithms able to track, prioritize organize and deliver incoming on- and off-board sensory information by optimizing visual, 3-D audio and tactile informational cues, prior statements on Army.mil have said.
The idea is to manage the volume of information flowing into the aircraft and explore how to best deliver this information without creating sensory overload. Some of this information may be displayed in the cockpit and some of it may be built into a helmet display, Army officials said.
Manned-Unmanned teaming, also discussed by Army developers, constitutes a significant portion of this capability; the state of the art with this capability allows helicopter pilots to not only view video feeds from nearby UAS from the cockpit of the aircraft, but it also gives them an ability to control the UAS flight path and sensor payloads as well. Future iterations of this technology may seek to implement successively greater levels of autonomy, potentially involving scenarios wherein an unmanned helicopter is able to perform these functions working in tandem with nearby UAS.
Integration is key to the Army’s Mission Systems strategy, as the overall approach is aimed at fielding an integrated suite of sensors and countermeasure technologies designed to work in tandem to identify and in some cases deter a wide range of potential incoming threats, from small arms fire to RPGs, shoulder-fired missiles and other types of attacks, Army statements have said.
One such example of these technologies is called Common Infrared Countermeasure, or CIRCM, a light-weight, high-tech laser-jammer engineered to divert incoming missiles by throwing them off course. CIRCM is a lighter-weight, improved version of the Advanced Threat Infrared Countermeasures, known as ATIRCM, system currently deployed on aircraft.
CIRCM, which will be fielded by 2018, represents the state of the art in countermeasure technology, officials said. Future iterations of this kind of capability envisioned for 2030 may or may not be similar to CIRCM, Army developers have said. Future survivability solutions will be designed to push the envelope toward the next-generation of technology, servcie information explains.
The mission equipment for the new aircraft will be tailored to the new emerging designs, service developers said.
Additional countermeasure solutions proposed by industry could include various types of laser technology and Directed Energy applications as well as missile-launch and ground-fire detection systems, Army officials said.
The new helicopter program is also working with its industry partners to develop a new technology which might improve upon the state-of-the-art Modernized Target Acquisition Designation Sight/Pilot Night Vision Sensor, or MTADS, systems currently deployed on helicopters; MTADS sensing and targeting technology provide helicopters thermal imaging infrared cameras as well stabilized electro-optical sensors, laser rangefinders and laser target designators, according to Army statements.
The current, upgraded MTADS currently deployed on aircraft throughout the Army were engineered to accommodate the size, weight and power dimensions of today’s aircraft, dimensions which will likely change with the arrival of a new Air Vehicle built for the new JMR demonstrator aircraft.
JMR Weapons Systems Integration is a critical part of this effort. The JMR aircraft will be engineered to integrate weapons and sensor systems to autonomously detect, designate and track targets, perform targeting operations during high-speed maneuvers, conduct off-axis engagements, track multiple targets simultaneously and optimize fire-control performance such that ballistic weapons can accommodate environmental effects such as wind and temperature, Army documents on the aircraft have stated.
Air-to-Air “tracking” capability is another solution sought by the Army, comprised of advanced software and sensors able to inform pilots of obstacles such as a UAS or nearby aircraft; this technology will likely include Identify Friend or Foe, or IFF, transponders which cue pilots regarding nearby aircraft, Army officials have said.
Technical solutions able to provide another important obstacle avoidance “sensing” capability called Controlled Flight Into Terrain, or CFIT, are also being explored; in this instance, sensors, advanced mapping technology and digital flight controls would be engineered to protect an aircraft from nearby terrain such as trees, mountains, telephone wires and other low-visibility items by providing pilots with sufficient warning of an upcoming obstacle and, in some instances, offering them course-correcting flight options.
Using sensors and other technologies to help pilots navigate through “brown-outs” or other conditions involving what’s called a “Degraded Visual Environment” is a key area of emphasis as well, according to Army officials.
The Army is looking at a range of solutions such as radar, electro-optical equipment, lasers, sensors, software, avionics and communications equipment to see what the right architecture is and how we would integrate all these things together.
PROGRESS THUS FAR
In addition to conducting the first official Army-industry flight of the two demonstrators, the program is working on a Material Development Decision, designed to pave the way for the FVL acquisition program. This effort conducts a thorough examination of all the available technologies and their performance through what is called an “analysis of alternatives.”
A key advantage of a joint FVL program is that it will engender further inter-operability between the services and, for example, allow an Army helicopter to easily be serviced with maintenance at a Marine Corps Forward Operating Base, Bailey explained.
Bell and Sikorsky-Boeing teams are both done with their subsystem critical design review and the components are in fabrication and safety flight testing, Bailey explained.
“Bell has a completed fuselage that is undergoing the nuances of getting landing gear attached to it and holes for wiring. They are complete with their wing build and they are just starting to make it to the engine itself,” Bailey said.
Bell engineers have been mounting the wing to the fuselage.
“It really is starting to look like major components to the aircraft. By May it will likely look like a complete aircraft but it will not have all the subsystems,” he added.
The Sikorsky-Boeing – fuselage is complete as well, Bailey said.
“The transmission, main rotor and hubs have been forged and cast – they are in the process of preparing for final assembly,” he explained.
Both companies we have completed the final design and risk review, which is the government review of their process to say the Army understands the final design and the risks going forward.
“The demonstrators help to inform the feasibility both from the technical and affordability aspects of a future program of record,” Bailey said.
“I may be one of the few people in this room who remembers when Veterans Day was called Armistice Day, commemorating the armistice that ended the First World War on the 11th hour of the 11th day of the 11th month of the year in 1918,” Reagan said in 1982, repeating the memorable line about the end of World War I, a war so horrible that it was known for decades as “The War to End All Wars.”
British troops man their artillery piece while defending against German attacks during the Spring Offensive, a failed German advance.
(Imperial War Museum)
But that tidy line, “the 11th hour of the 11th day of the 11th month of the year in 1918,” came at a cost. Thousands more soldiers, 1,100 of them in one unit, would die during the morning before the Armistice took effect.
See, the end of World War I, like the end of most large wars, was clear for months before it actually came. With the introduction of the tank in 1916 and of American troops in 1917, the stalemate in Europe turned slowly but inexorably in favor of the Allies. The Central Powers, including Germany, were doomed to eventually drown under the industrial might it faced.
But they would fight on for over a year after America entered the war, attempting counter attacks and bloody defenses in order to improve their position at the bargaining table. It was a messy and futile business. The creeping crush of American and Allied steel slowly slaughtered its way east.
British troops hold the southern bank of the River Aisne in May 1918 during Germany’s Spring Offensive.
(Imperial War Museum)
By October, 1918, the writing was on the wall. Germany hadn’t achieved a major victory since February, and the Spring Offensive that was supposed to shift the tide back in their favor had been utterly defeated. Berlin was starving under a British blockade and the front lines were quickly approaching the German border. Turkey surrendered at the end of the month and Austria-Hungary did so on November 3.
On November 7, 1918, the Germans sent a three-car delegation to the front lines and played a loud bugle call through the forest. The Germans informed some very surprised French troops that they were there to discuss terms of surrender with the French commander.
This is the first point where the top French and American officers, Field Marshall Ferdinand Fochs and Gen. John Pershing, could have slowed their advance. They could have ordered subordinate commanders to avoid costly advances against terrain or defenses that favored the Germans. In a war that generated over 2,000 deaths per day, a relatively calm November 7-11 could have saved thousands.
But Pershing and Fochs didn’t know, for sure, that Germany would actually go through with the surrender. The Germans had already committed a number of acts during the war that would’ve been beyond the pale before the conflict. They had introduced chemical gasses to the conflict, killed thousands of innocent, civilian ship passengers with their U-boats, and ignored multiple treaties and other legal agreements in their prosecution of the war.
They said they had come to hear the Allies’ proposal for surrender. Fochs replied that he had no proposals. Count Alfred von Oberndorff of the German foreign ministry told Fochs in French that his men sought the conditions for the Armistice. Foch replied, “I have no conditions to offer.”
The German and French delegation pose at Field Marshall Ferdinand Foch’s rail car after the November 11, 1918, armistice ending World War I was signed.
The Germans would have to beg, or Foch was prepared to push the front on to German soil. And so the German delegation, with added urgency as riots broke out in Berlin amid the ever-worsening food situation, begged. And it turned out that Foch did have conditions, and they were tough.
First, Germany had to cede dozens of ships, hundreds of submarines, and massive tracts of land to France including land then under control of German troops. And, Germany would have to give up massive amounts of transportation equipment, from planes to train locomotives to railway cars. When it came to the submarines and railways cars, France was actually asking for more than Germany physically had.
And the German government had to agree to the deal before November 11 at 11 a.m., or the offer would be withdrawn.
But Foch was unmoved by German pleas. In his and Pershing’s minds, the idea of stopping the war short of German soil was insane. If Germany was allowed breathing room, it could only serve German interests. Either they would be allowed to quit the war without suffering at home the way the French people had, or they would simply use the armistice to re-organize their forces and then resume their attacks without agreeing to a full treaty.
Finally, just after 5 a.m. on November 11, 1918, the German delegation agreed to the terms. They would later seek, in some cases successfully, to negate the most onerous terms of the agreement during the treaty process, though many of them stuck.
But that left the long morning from 5 a.m. to 11 a.m., Foch’s original deadline for an agreement and the legally binding time that the agreement would go into effect. Until then, the war was still raging.
If the ceasefire had taken place immediately after the agreement was signed, then hundreds would have still died as word made its way to the trenches — but the alternative was worse. Commanders were told that an armistice had been signed and that it would take effect at 11 a.m. They were given little or no instructions on how to spend the remaining hours.
For some, the answer was obvious: you don’t get your men killed to capture ground that you can walk safely across in a few hours or days. But for others, this was one last chance to punish the Germans, one last chance to improve France and America’s place at the peace table, one last chance at glory, awards, and promotions.
And so, after the armistice was signed, some Allied forces launched new attacks or decided to continue ongoing ones. Marine Maj. Gen. Charles P. Summerall ordered the 5th Marine Regiment to conduct a contested crossing of the Meuse River, acknowledging, as he briefed his officers, that he would likely never see them again.
Two American soldiers run towards a bunker in a classic photograph that may have been staged after the actual fighting.
(Library of Cogress)
When word came down that the armistice had been signed, the general left his men on the attack, notifying them only that they must cease attacking at 11. And so they continued. Eleven-hundred Marines died at the crossing before the 11th hour of the 11th day of the 11th month arrived. The artillerymen on each side reportedly increased their fire when they learned, at 9 a.m., that the war was almost over.
The 157th Brigade kept fighting, as well, when they learned about the armistice at 10:44. With only 16 minutes left in the war, the American brigade still had a chance at taking a tiny, insignificant French village back. The general gave the order that attacks would continue until 11.
A supply soldier assigned to the brigade went forward with the 313th Regiment and took part in an attack through the fog against a German machine gun. Most of the Americans stopped short as the first German rounds zipped overhead, but Pvt. Henry Gunther pressed on.
A captured German machine gun team moves their weapon.
(National Library of Scotland)
The German gunners, aware that the war would end in mere minutes, attempted to wave him off. They yelled, but Gunther came on. So, finally, the German gunner gave one, last tug on his trigger, sending a burst into the charging private. Gunther was killed, the last official American casualty of the war.
Another town was attacked, and successfully captured, in the final minutes. Stenay was taken by the 89th U.S. Division at the cost of 300 casualties.
Up and down the front, artillery batteries fired until the last seconds. All-in-alll, the belligerents suffered an estimated 2,738 deaths on the final morning. American forces are thought to have suffered over 3,500 casualties of all types. Congress would later look into the “inefficiencies” of American troops being sent to their likely deaths in the final hours of fighting.
Americans celebrate the signing of the armistice that ended World War I.
(Chicago Daily News, Public domain)
But, it’s important to remember that military leaders couldn’t be sure the war was actually over, and they saw Germany admitting weakness as a sign it was time to press home the final attack in order to guarantee peace. If the Allies had rested, it might have allowed Germany to solidify their forces and improve their defenses.
The Allied leaders had heard only rumors or nothing at all about the events eating Germany from the inside. The Kaiser had abdicated and fled into exile. German sailors were in mass mutinies that crippled the already under-powered fleet. The aforementioned riots in Berlin were threatening to overwhelm the new republic, only days old and formed in crisis.
But that doesn’t restore to life the thousands lost in the final days to ensure victory, men whose brave sacrifices didn’t gain a much ground, but did cement the peace that ended mankind’s worst conflict up to that point in history. Their sacrifice may feel more tragic, but is no less noble than the millions lost before November 11.
Iranian state TV has aired a clip that it says shows the moment its military launched ballistic missiles toward US bases in Iraq on Wednesday, in apparent retaliation for the US drone strike that killed top military commander Qassem Soleimani last week.
The US Department of Defense confirmed the missile strike, saying it was “clear” that the missiles were launched from Iran and targeted two military bases at Al-Assad and Irbil that host US and Iraq troops. No injuries have been reported.
Iran’s Islamic Revolutionary Guard Corps has also claimed responsibility for the attack.
The video, aired on Islamic Republic of Iran News Network (IRINN) at 1:40 p.m. local time, showed footage of multiple missiles being launched from their bases amid bright orange fire and smoke into the dark sky.
Watch it here:
An Iranian flag can be seen in the top left corner of the state-TV report — an apparent show of national unity after days of showing a black strip to mourn Soleimani’s death, according to BBC Monitoring journalist Kian Sharifi.
To celebrate the release of Battlefield V, Microsoft and Electronic Arts partnered to give a Florida veteran a limited-edition Xbox One X bundle, delivered via an outrageous skydiving stunt.
Motorsport driver and stunt performer Travis Pastrana of Nitro Circus dove from a height of 13,000 feet to deliver the first Xbox One X Gold Rush Special Edition Battlefield V bundle to retired Navy Corpsman Jeff Bartrom, who lives in Paisley, Florida. Pastrana hit a peak speed of 140 mph during the dive, and the jump took less than 55 seconds.
Travis Pastrana Aerial Drop With Xbox One Gold Rush Battlefield Bundle
The giveaway was meant to thank Bartrom for his service, and it coincides with Microsoft’s #GiveWithXbox initiative. The company pledged to donate worth of Xbox products for every picture shared to social media with the hashtag showing the importance of gaming. Microsoft will donate up to id=”listicle-2621537520″ million to be split between four charities, Child’s Play, Gamers Outreach, SpecialEffect, and Operation Supply Drop. The social-media campaign is running through December 9th.
World War II shooter Battlefield V officially launched on Nov. 20, 2018, and is available on Xbox One, PlayStation 4 and PC. The Xbox One X version of Battlefield V also features enhanced visuals. EA Access members can play a free 10-hour trial of the game on their platform of choice as well.