During the Cold War, pretty much anything that would give the U.S. the upper hand vs. Communist Russia was considered worthy of research. Everything from catching satellites with airplanes to full airbases carved into Arctic ice. With this in mind, would it really surprise anyone that the CIA was concerned that a psychic gap existed between the U.S. and Soviet Union?
In 1972, the Agency started funding paranormal research in a program that would last more than 23 years. Called “remote viewing,” it was an ability some people supposedly posses enabling them to psychically “see” events, sites, or information from a great distance. The psychics were gathered to perform parapsychic intelligence and research operations.
A young airman named Rosemary Smith was given a map of Africa. She was told that sometime in the past a Soviet Tu-22 bomber outfitted as a spy plane crashed somewhere in Africa. U.S. intelligence services wanted to recover the top secret Russian codes and equipment the Tu-22 carried.
The plane went down in the Central African Republic. Despite orienting multiple satellites to locate the plane, the DoD kept coming up short. Using her remote viewing, the psychic pinpointed the wreckage, even though it was completely covered by the jungle canopy.
President Jimmy Carter admitted to U.S. media that that the CIA, without his knowledge, had consulted a psychic to find the missing plane. He told them the plane had been Russian, not American.
“The woman went into a trance and gave some latitude and longitude figures.” The former President said. “We focused our satellite cameras on that point and the plane was there.” When asked how he processed the news that a psychic located the plane, Carter replied: “With skepticism.”
The “Remote viewing” venture was part of the Stargate Project, a secret Army unit at Fort Meade, Maryland set up in 1978 in an effort to bridge the purported “psy gap.”
Overall, the project never gave the CIA any other real, meaningful information but was still funded until 1995 when the American public found out about the project from an episode of ABC’s news magazine show “Nightline.”
The finding of the Tu-22 is the only instance of a successful remote viewing. The project was the subject of the 2004 book and 2009 movie The Men Who Stare At Goats.
Today, America’s nuclear-powered aircraft carriers and ballistic missile submarines represent two of the most potent forms of force projection wielded by any force in military history. For a short time in the late 1950s, America had plans to put them together into a single GI Joe style superweapon: A submarine aircraft carrier.
The nuclear days before we got MAD
For a short four years after the United States dropped the only atomic bombs ever used in anger on the Japanese cities of Hiroshima and Nagasaki, America enjoyed a monopoly on the destructive power of splitting the atom. But on August 29, 1949, America’s former World War II allies in the Soviet Union conducted their own nuclear test at the Semipalatinsk test site in modern-day Kazakhstan. While America’s use of atomic weapons may have brought the world into the atomic age, it was truly the Soviet test that hurled the world’s two dominant superpowers into the decades-long staring contest we now know as the Cold War.
The massive destructive power of these new weapons forced a strategic shift in military operations the world over. Today, it’s difficult to fully appreciate the scope of the challenge nuclear weapons posed to military operations in those early days. Since the early 1960s, the nuclear powers of the world have operated under the concept of Mutually Assured Destruction, or MAD. The premise behind MAD was simple as laid out by President Kennedy’s Defense Secretary Robert McNamara: Any single Soviet nuclear attack would be met with a barrage of American nuclear weapons, which would prompt a full-fledged launch of Soviet nuclear weapons in a deadly cascade.
The result, everyone knew, would be the end of life as we know it. MAD ensured there would be no winners in a nuclear conflict — effectively rendering nuclear weapons moot on the battlefield. If any single nuclear attack could bring about the end of the world, it was in the best interest of all nations never to launch such an attack at all. But prior to the advent of the MAD doctrine, nuclear weapons were largely seen like any other weapon in a nation’s arsenal. Because these weapons were so capable, many military leaders began devising entire strategies around their creative use (from developing what would become America’s nuclear triad to fielding backpack nukes on skiing Green Berets).
Of course, not all military planning was based on finding new ways to use nuclear weapons. There was also a pressing need to develop strategies and technologies that would be able to fight after the first few volleys of a nuclear exchange. One area of particular concern was America’s newfound air power. At the onset of World War II, the United States maintained just 2,500 or so military aircraft, but by the end of the war, America was an aviation powerhouse. With more than 300,000 tactical aircraft and a fleet of the most advanced bombers on Earth (the B-29 Stratofortress), America knew a potential World War III would be fought largely in the skies… but that posed a problem. How do you launch aircraft after all your airfields have been erased by nuclear hellfire?
That question led to a number of interesting programs, including the UFO-like VZ-9 Avrocar that theoretically wouldn’t need runways to take off. Another strategy first introduced in the 1950s called for a fleet of fighters that didn’t need runways, or even hangars that could be targeted by enemy bombers. Instead, the U.S. Navy wanted to launch fighter jets from submarines, just like they had been experimenting with launching cruise missiles.
Launching winged cruise missiles from submarines
In the 1950s, the United States was already hard at work experimenting with the idea of launching large missiles from submarines, in the early stages of what would become America’s seaward leg of the nuclear triad. In fact, the concept seemed so promising that some Navy officials began to wonder if they could launch small fighters from the hull of a submarine, just like they could with missiles.
After conducting missile tests aboard modified fleet ships, the Navy built two diesel-electric cruise missile submarines known as the Grayback Class. These subs could carry four large Regulus II missiles — which were turbojet-powered cruise missiles. After the Grayback Class subs’ promising performance, the Navy built a single Halibut-class vessel: a nuclear-powered submarine that could carry five of these large missiles. Unlike the submarine-launched ballistic missiles of today, these missiles were not fired while the sub was submerged. Instead, it would surface and launch the winged-cruise missiles via a ramp that led down the bow of the ship.
In order to defend itself against enemy ships, the USS Halibut also carried six 533-millimeter torpedo tubes, making the 350-foot long submarine a 5,000 thousand ton warfighting behemoth. Thanks to its S3W nuclear reactor, the Halibut had limitless range, which was important because the Regulus II missiles it carried had a range of only around 1,000 miles.
Because the Halibut had been designed to deploy winged cruise missiles of a similar size and weight to crewed fighter aircraft, the Navy saw an opportunity. Not only could these new submarines be used for missiles… they could also feasibly be used as carriers.
The plan to build submarine aircraft carriers
World War II had proven the value of aircraft carriers to the U.S. Navy, but after losing five such vessels and seven more escort carriers in the conflict, the Navy could see the value of an aircraft carrier that could submerge after launching its fighters.
Using the Halibut as a model, the U.S. Navy devised the AN-1 submarine aircraft carrier, which would carry eight fighters stored within two hangers inside the ship’s hull. In order to launch the fighters, the submarine would surface and orient the fighters straight up to be launched vertically. In order to manage the vertical launch, separate boosters would be affixed to the aircraft once they were on the launch rail. Those boosters would then fire, propelling the fighter into the air with enough speed and altitude for the fighter’s own engines to keep it flying.
According to the Navy’s plans, the AN-1 submarine aircraft carrier could launch four fighters in just 6 minutes and all eight fighters in less than eight minutes. Today’s Nimitz-class supercarriers can launch a fighter every 20 seconds when moving at full steam, but nonetheless, eight fighters in eight minutes was seen as an impressive figure at the time, especially for an aircraft carrier that could submerge again after launch.
Initially, the Navy hoped to use conventional fighter aircraft with the new submarine, and for a short time, the Grumman F-11F Tiger was considered for the role. But the 1950s saw such rapid advancement in aviation that the F-11 was soon deemed too slow to compete in the latter half of the 20th century. Instead, the Navy looked to Boeing to devise purpose-built fighters that could not only manage the stress of a vertical launch from an aircraft carrier submarine, but that could also attain speeds as high as Mach 3.
The challenges of flying a fighter from a submarine aircraft carrier
The proposed Boeing fighters never received a formal designation, but plans called for them to have an overall length of 70 feet, with a height of 19.5 feet and a wingspan of just 21.1 feet. They were to use a Wright SE-105 jet engine that produced 23,000 pounds of thrust and were to be crewed by a single pilot.
Boeing’s plan called for two additional SE-105 engines to be attached to the fighters to sustain its vertical liftoff, but once it had reached sufficient altitude, the aircraft would eject the two additional engines, which would later be recovered for re-use.
Vertical lift-off tests on other platforms had proven the viability of such a launch approach, but take-off is only half of what fighters do aboard aircraft carriers. In order to work, the fighters also needed to be able to land. On surface ship aircraft carriers, that’s done in a somewhat traditional manner, with fighters landing on the carriers’ deck and using a tail hook and cable to arrest its forward momentum.
Without sufficient deck space for such landings on a submarine, Boeing considered having its AN-1 fighters land vertically just like they took off. In theory, it was possible, but tests of such a landing approach proved too risky for all but the most experienced pilots. In order to land vertically with the engine facing the deck of the ship, the pilots would have to turn and look over their shoulder during landing — like using a jet engine to back into a parking spot from above, knowing full well that your aircraft (and potentially the submarine) would explode if you made even the slightest mistake.
The military landscape would shift dramatically again in the years that followed, as new ballistic missiles made it possible to launch nuclear weapons at far-flung targets with a great deal of accuracy and the doctrine of Mutually Assured Destruction reduced the likelihood of an early nuclear exchange wiping out airfields. America would ultimately invest heavily in massive supercarriers that, while unable to hide from enemy missiles, offer a great deal more capability and versatility than the AN-1 submarine aircraft carrier ever could.
Going to any bartender that knows their craft and ordering a “torpedo juice,” means you’ll get a cocktail that’s two parts alcohol (any alcohol) and three parts pineapple juice. It’s not a bad drink, but it’s not exactly refined.
Neither were the World War II sailors who created the concoction. These guys had to do something to mask the harsh kick of the liquor by any means necessary. It just so happened that juice was the most readily available.
In Mike Ostlund’s 2011 book, “Find ‘Em, Chase ‘Em, Sink ‘Em: The Mysterious Loss of the WWII Submarine USS Gudgeon,” he details how sailors were able to drink the grain alcohol carried by submarines, even after the Navy tainted the supply.
Even during the best days of World War II, a good stiff drink was hard to find. For U.S. Navy submarine crews, it was next to impossible – to find one. So they would make their own, using the fuel that fed the submarine’s deadly torpedoes.
One might think Americans would be used to either having to distill their own booze or to go completely without. The United States had only emerged from Prohibition less than a decade before the start of the Second World War. But no, Americans enjoyed their drinks and sailors were already known for their love of the hard stuff.
Since there were no bars, pubs or stills aboard the submarines – and there wasn’t room for anything of the sort anyhow – they made the best of their situation. They converted to fuel used to drive their torpedoes into 180-proof alcohol.
At first, the sailors could just pop open the fuel and start drinking, but it wasn’t always that way. Torpedo fuel was made from pure grain alcohol back then and the Navy brass knew it. They also knew that once the sailors aboard ship realized it, there would soon be a significant lack of fuel for torpedoes.
Soon, Ostlund writed, Navy leadership began to add croton oil to the fuel stores. Drinking the alcohol with the oil additive gave sailors extreme stomach pains and diarrhea. Unlike the wood alcohol used by the government to poison industrial ethyl alcohol during Prohibition, the croton oil wouldn’t kill or blind sailors. They were still needed to fight the war, after all. The pain and suffering would soon pass.
The Navy thought its fuel troubles were over and its fuel stores safe from thirsty sailors. They were wrong. There’s nothing more resourceful than a sailor in need of a drink on long haul sea voyages.
Aboard the USS Gudgeon, sailors figured out how to separate the croton oil from the alcohol. The fuel was stored in five gallon cans and poured into a 50 gallon vat for use in the torpedoes. The sailors smuggled the fuel in their original five gallon containers back to anywhere they could set up a still, usually a hotel in a port city.
They then simply distilled the oil from the alcohol, using the same method used to make grain alcohol in the first place. The stuff was then mixed with any kind of juice the sailors could find.
Operating a still in a random hotel wasn’t entirely without risk. The makeshift still setups can – and did – explode, setting fire to the hotel, buildings, and whatever happened to be nearby. A small price to pay for a bit of relaxation away from one of the world’s deadliest jobs.
When re-entering the United States, it’s necessary for every traveler to go through U.S. customs first. And it doesn’t matter who you are or where you’re coming from – even if you came from the Moon. That’s what the three members of the Apollo 11 crew found out when NASA declared its moon rock and moon dust samples it brought back to Earth.
The Apollo 11 customs declaration.
The idea of going through customs makes one think of carrying luggage through a conveyor, meeting with an immigration official who stares at your passport and asks you where you went on your travels. That, of course, is not what happened to Neil Armstrong, Buzz Aldrin, or even Michael Collins after they safely splashed down in the Pacific Ocean. They were too busy being hailed as heroes for living in space for eight days, spending 21 hours on the Moon, and then coming home.
Besides, if you look at their customs declaration, it appears there’s no airport code for “Sea of Tranquility” or “Kennedy Space Center.” And “Saturn V Rocket” is definitely not on the list of possible aircraft you can take from anywhere to anywhere – unless you’re Neil Armstrong, Buzz Aldrin, or Michael Collins.
Don’t forget to sign for your cargo, you bums.
The funny part about the Apollo 11 customs declaration is that the form lists the departure area as simply “moon.”
In all likelihood, this is a pencil-whipped form, done because it’s supposed to be done and because United States airspace ends after a dozen or so miles above the Earth’s surface, and the Apollo team definitely went 238,900 miles away.
The World War II Battle of Leyte Gulf, a decisive Allied victory that decimated the Japanese Navy, began on Oct. 23, 1944, 74 years ago.
And it’s considered to be the largest naval battle of all-time.
A few days before the battle began, the Allies (and even General Douglas MacArthur himself) had landed on Leyte island to begin liberating the Phillippines, which the Japanese were intent on stopping.
The result was a horrific three-day battle (which was actually several smaller battles, namely the Battle of the Sibuyan Sea, the Battle of Surigao Strait, the Battle off Samar, and the Battle of Cape Engaño) that involved several hundred ships.
In the end, the US had lost three aircraft carriers, two destroyers, several hundred aircraft, took about 3,000 casualties. But the Japanese Navy had lost four carriers, three battleships, six heavy cruisers, nine destroyers, took about 10,000-12,000 casualties, among other losses.
Check out some of the intense photos from the battle.
The Princeton’s flight deck after getting struck during the Battle of the Sibuyan Sea on Oct. 24, 1944.
(US Navy photo)
USS Gambier Bay (CVE 73) and another escort carrier, and two destroyer escorts smoke from battle damage during the Battle off Samar on Oct. 25, 1944.
The USS Gambier Bay billowing smoke after likely getting struck by Japanese cruisers, which are credited with sinking the US escort carrier.
The USS St. Lo (CV 63) burning during the Battle off Samar on Oct. 25, 1944.
(US Navy photo)
The US escort carrier USS Kitkun Bay prepares to launch Grumman FM-2 Wildcat fighters during the Battle of Samar on 25 October 1944. In the distance, Japanese shells are splashing near the USS White Plains.
(US Navy photo)
The Zuikaku under attack during the Battle of Cape Engaño on Oct. 25th, 1944.
(US Navy photo)
The Zuikaku under attack during the Battle of Cape Engaño on Oct. 25th, 1944.
(US Navy photo)
US cruisers fire salvoes on Japanese ships during the Battle of Surigao Strait on Oct. 25, 1944.
(US Navy photo)
The Fusō under air attack just hours before the Battle of Surigao Strait on Oct. 25, 1944.
(US Navy photo)
The Yamashiro or Fusō under air attack by US aircraft hours before the Battle of Surigao Strait on Oct. 25, 1944.
(US Navy photo)
And here’s a view directly on top of either the Fusō or Yamashiro as it’s bombed by US aircraft from above, some of which were launched by the famed aircraft carrier USS Enterprise.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Snipers are undoubtedly the most lethal shooters on the battlefield, able to take out targets from hundreds and hundreds of yards away, without their marks being alerted to their presence.
They are experts at blending into the environment, masters of patience, physically developed and always well-trained. But snipers still can’t take the shots they they’re known for without a decent rifle in their hands, capable of helping them reach targets at longer-than-normal ranges.
Over the past 50 years, records for the longest kill-shots in history have been made and broken repeatedly by some of the greatest snipers the world has ever seen. These are the four guns they have used to break and set these records on confirmed kills at unimaginably far distances:
4. Browning M2 ‘Ma Deuce’ Heavy Machine Gun
A WWII-era machine gun used as a sniping system doesn’t exactly evoke any images of precision shooting, but it’s exactly what a 24 year-old Marine by the name of Carlos Hathcock used in early 1967 to take out a Vietcong militiaman pushing a bicycle loaded with weapons and ammunition. Built to fire the .50 BMG round, the M2 had exactly the range and stopping power Hathcock wanted in a gun that would allow him to hit targets at distances far beyond what a standard-issue sniper rifle permitted.
With an Unertl scope mounted to a custom-made bracket crafted by Hathcock himself, and the M2 in single-shot mode, the gun could engage targets at distances over 1600 yards. The machine gun was balanced on an M3 tripod and kept in place with sandbags.
His record-breaking February 1967 kill was made using this setup at 2500 yards, creating a record for the history books which would stand until the War in Afghanistan in 2002.
3. Barrett M82A1 Special Application Scoped Rifle
According to Chris Martin in his book, “Modern American Snipers,” Sgt. Brian Kremer currently holds the American record for the longest sniper kill in Iraq, while serving with the 75th Ranger Regiment. The M82 SASR is every bit the beast it looks, firing a .50 Browning Machine Gun round at effective ranges up to nearly 2,000 yards. Weighing in 30 pounds, and measuring 48-57 inches long depending on the barrel used, the M82 is without a doubt one of the most fearsome small arms on the battlefield.
The M82 was originally put into service with the US military in 1990, and has been used in every conflict since. Though smaller-caliber sniper rifles are typically unable to hit targets behind cover, American snipers have been able to use the M82 and the Raufoss Mk 211 .50 caliber round to simply shoot their way through obstacles at great distances to reach their marks. Kremer’s shot reportedly measured 2,515 yards.
2. Accuracy International L115A3 Long Range Rifle
In 2009, British Army sniper Craig Harrison set a new world record for the longest confirmed kill in history with his L115A3, the standard long-range marksman’s rifle of the British military. During an ambush on a convoy he was attached to, Harrison hit a pair of Taliban machine gunners using 10 carefully-placed shots at a range of 2,707 yards, beating out the previous record by 50 yards.
Known in civilian markets as the Arctic Warfare Magnum, the L115A3 is chambered to fire the .338 Lapua round — a devastating bullet with phenomenal range. Known for its armor-piercing abilities at long distances, the .338 is now extremely popular among military snipers and marksmen across the world.
1. C15 Long Range Sniper Weapon
Commercially known as the McMillan Tac-50, this is the rifle which has broken the world record for longest kill on three separate occasions over the last 15 years.
In March 2002 during Operation Anaconda in Afghanistan, Canadian sniper Arron Perry broke Carlos Hathcock’s 35-year record with a confirmed kill at 2,526 yards. Later that month, another Canadian sniper, Rob Furlong, topped Perry with a shot ranging 2,657 yards. Recently, it was reported that yet another Canadian set and holds the world record — now at a mind-blowing 3,540 yards… that’s over half a mile longer than Furlong’s 2002 kill!
The C15, like its commercial name suggests, is built to fire .50 caliber rounds, and has seen service with a number of elite military units, including the US Navy’s SEAL teams, Canada’s Joint Task Force 2, and Israeli special forces.
This monster of a weapon weighs 26 pounds on its own, and measures 57 inches from stock to barrel.
When it comes to American fighter aces, Chuck Yeager is arguably the most famous for breaking the sound barrier. Other famous World War II-era aces include Jimmy Thach (of “Thach Weave” fame), Gregory “Pappy” Boyington (known for commanding the “Black Sheep Squadron” and later making a game show appearance), and Robin Olds. America’s top ace, however, is less famous today than these other flyers — and America’s first combat-ready jet fighter, the P-80 Shooting Star, is arguably to blame.
Major Richard Ira Bong racked up 40 kills during World War II flying the Lockheed P-38 Lightning. That plane became an icon of the war, famous for being the mount of Captain Thomas G. Lanphier, Jr. as he took down Japanese Admiral Isoroku Yamamoto. Unfortunately, Bong never got the chance to serve for decades, like Yeager and Olds, nor did he get a chance to cash in, like Boyington. On August 6, 1945, he was killed while testing the P-80A.
At the time, the United States had fallen behind a bit on operational jet fighters. The Germans had deployed the Me-262 operationally and it had been used against the Allies. The British countered with the Gloster Meteor. It would take a full year before the P-80 was ready to join the fight.
But it would be very unfair to the P-80/F-80 (the ‘P’ for pursuit was replaced by ‘F’ for fighter in 1948) to talk about it just as the plane that killed a top ace. It was, in reality, so much more.
The P-80 was affected by the large-scale cancellation of contracts that occurred at the end of World War II. As a result, only two pre-production models ever made it to the front. According to aviation historian Joe Baugher, an initial buy of 1,000 was followed up by a second contract requesting 2,500 more planes. After Japan threw in the towel, however, the second contract got the chop.
The U.S. continued to produce Shooting Stars after the war, but at a slow boil. By the time the Korean War broke out, F-80Cs were ready for their combat debut.
During the early stages of the Korean War, the F-80 held the line, scoring 37 kills (including six MiG-15s) while only suffering 14 air-to-air losses. It primarily served as a fighter-bomber during the conflict, especially while the F-86 Sabre dominated the skies.
After the Korean War, many of the F-80Cs that survived were handed down to air forces in Latin America and served into the 1970s.
To learn more about America’s first jet-powered fighter, check out the video below.
On Oct. 9, 1944, British Prime Minister Winston Churchill walked into Soviet Premier Joseph Stalin’s study, got super blitzed on whiskey with the Soviet, and then proceeded to split up Eastern Europe with Stalin by writing a list of countries and percentages next to them. He would later call it his “Naughty Document,” and it’s going on display with other World War II and Cold War Era documents.
World War II brought together unlikely allies, and possibly none of the unions was weirder than Soviet Russia teaming up with Great Britain and the United States. The U.S., Britain, and Russia were members of the Allied Powers in World War I, but Russia withdrew as the Bolsheviks rose up against the tsar.
Britain and America—as well as Canada, France, and others—sent troops to back up the tsar, but the intervention failed. So, the Soviet Union began its existence with a grudge against the foreign troops that had tried to prevent the revolution.
Then, Russia’s first foray into World War II was signing a non-aggression pact with Hitler and then following Germany into Poland, capturing sections of that country. Russia didn’t join the Allied effort until after Hitler invaded the Soviet Union.
And, in 1944, Soviet forces began to take back Poland, and they were not supporting the Polish Home Army that was part of the Allied forces against Germany. This was a problem for Churchill since the U.K. had joined the war in 1939 largely in response to the invasions of Poland.
The Soviet relationship with the U.S. and Great Britain was fraught, is what we’re saying.
But the Soviet Union benefited greatly from allying itself with the U.K. and America. Russian troops drove American vehicles, and the British and U.S. navies kept the sea lanes open for Russian ships, submarines, and supplies. And the invasions of Italy and Normandy had greatly reduced the pressure on Soviet troops in the east. And remember, the German invasion of the Soviet Union had made it deep into Russia before being turned back.
So, in October 1944, Allied-Soviet relations were healthy, but it wasn’t clear what would happen after Germany was defeated and peace returned. On the night of the 9th, Churchill and Stalin got blitzed and tried to figure out how they would avoid new conflict in the future.
And so Churchill started writing on a scrap of paper. He wrote a list of countries that would be between the Western and Soviet spheres of influence. Romania, Greece, Yugoslavia, Hungary, and Bulgaria made the list.
Next to these countries, Churchill listed how much “influence” Russia and Britain should have in the countries after the war. Romania would go 90 percent to Russia, 10 percent to Britain. Greece would go 90 percent to the U.S. and U.K. and 10 percent to Russia. Yugoslavia would get an equal split. And Churchill thought Bulgaria should go 75 percent Russian and 25 percent to the other Allies, but Stalin scratched that out and made it a 90-10 split.
And then Stalin put a big blue check mark on it, and the two men looked at it. Churchill proposed burning it, worried about how posterity would look at that casual splitting up of Europe. Stalin told him to keep the document instead.
For what it’s worth, Churchill credited this late night visit and seemingly cavalier negotiation with protecting Greece from a communist takeover. There was evidence discovered after the war that Stalin had already decided to back off of Greece, but Churchill hadn’t known that at the time.
Indeed, there was plenty of conjecture after the “Percentages Document” came to light in the 1990s that the British prime minister was trying to navigate the upcoming peace that would be unforgiving for Britain. The British Empire was clearly in decline, the Soviet Union was on the rise, and America had announced its plans to leave Europe as soon as possible after the war.
So, for Churchill to secure room for democracy after the war, he would have to do it by negotiating with the Soviet Union, at least in part. And if that sucked for Yugoslavia, well, that sucks for them.
The MiG-15 was the jet fighter that shook the West out of its delusion of automatic air superiority. Before the MiG-15, B-29 bombers could raid North Korean cities at will — in broad daylight. After the introduction of the MiG-15, the bomber fleet was grounded because the Air Force’s F-80 Shooting Stars were too slow to protect them.
It might be hard to believe, but the source of the Russians’ new fighter’s monstrous speed was a Rolls-Royce design, which was pretty much supplied by the British themselves.
It wasn’t very often that anyone pulled the wool over the eyes of the British during the Cold War. The Soviets were a clever bunch, though.
In 1946, the Soviets were invited to a Rolls-Royce factory. The delegation in attendance included Artem Mikoyan (the man who put the ‘Mi’ in ‘MiG’) himself. Mikoyan was then invited to visit the house of a Rolls-Royce executive, where they played billiards.
Artem Mikoyan was great at billiards. In fact, he may have used a textbook shark move, losing the first game and then raising the stakes on the second. Here’s the bet he made: If the Russian wins, Rolls-Royce will have to sell jet engines to the Soviets. Find out who won at around 9:00 in the video below.
If it sounds surprising that the deal was made over a bet or that the British would supply the Russians with Rolls-Royce engines, you’re not alone. Stalin himself was incredulous, reportedly saying, “what idiot would sell us their jet engines?”
The Russians agreed to use the acquired engines for non-military purposes exclusively, which they did… until they were able to make a Russian copy of the Rolls-Royce engines, then called the Klimov RD-45. The engine was fitted into the MiG-15 and was fully operational in time for the Korean War, taking to the skies with weaponry designed to take down B-29 Superfortress bombers.
A B-29 Bomber in the gunsights of a MiG-15.
It was the dominant fighter over Korea until the introduction of the American F-86 Sabre. The Sabre was more than a match for the new MiG, garnering a 10-to-1 combat victory ratio in the war. It was also the plane flown by all 39 United Nations fighter aces.
Sabres and MiG-15s would be at each other’s throats for the duration of the Korean War. The last Sabre was retired from the U.S. military in 1956 whereas the MiG-15 saw service around the world throughout the 1960s. In fact, the plane is still flying with the North Korean People’s Air Force to this day.
Ask around — every veteran pilot has a few stories involving close calls. Some of these terrifying near-misses happen in combat and others during peacetime. Chuck Yeager, however, has the displeasure of experiencing both. In fact, his closest call had nothing to do with the enemy.
Back in the 1950s and ’60s, the United States Air Force was testing a number of planes, always trying to reach for the higher and faster. One such plane was the NF-104A Starfighter, a modification of the baseline F-104 that had a short career with the United States Air Force, but saw decades of service with other countries.
A West German F-104 Starfighter. In 1962, this plane crashed with three others, killing four pilots (one of them American).
The purpose of the NF-104A was to test reaction control systems for use in space (since conventional control surfaces need air to function). The F-104 was a great choice for this test. As a high-performance fighter, it could reach a top speed of 1,320 miles per hour, had a maximum range of over 1,000 miles, and maintained the ability to carry two tons of weapons. However, it also proved to be very difficult to fly, earning the nickname “Widowmaker” among the West-German Luftwaffe.
To reach the altitudes required for such a test, engineers paired a rocket with 6,000 pounds of thrust with the J79 engine (the same engine used by the F-4 Phantom). The NF-104A was able to reach altitudes as high as 12,000 feet. It was called the Aerospace Trainer.
A NF-104 Starfighter lights off its rockets to zoom to altitudes of as much as 120,000 feet.
Lockheed modified three F-104As taken from the boneyard at Davis-Monthan Air Force Base for the Aerospace Trainer program. Two of the three NF-104s crashed. Yeager’s was the first among them and perhaps the most dramatic. His NF-104A, delivered less than six week prior to the nearly fatal flight, went into a flat spin. Yeager fought the plane as it fell almost 10,000 feet before he ejected. He suffered burns, but lived to eventually command a fighter wing in Vietnam.
Learn more about the plane that nearly killed one of the most famous pilots in history in the video below!
Snipers are considered one of the most dangerous warfighters in the battlefield — taking out targets from concealed and undisclosed locations while homing in on prey that has no clue that they’re in the crosshairs.
During the Battle of Stalingrad, the massive damage the city suffered provided insufficient cover for ground troops, but it was perfect for sharpshooters who could hide in the crumbled buildings and wrack up kills.
Out of all the snipers that were most feared, none came close to Soviet Red Army sharpshooter Vasily Zaitsev.
Reportedly within 10 days of fighting in the streets of Stalingrad, Zaitsev’s body count reached about 40 kills. Once the Soviet press learned of the Siberian native’s incredible progress, they promoted it by releasing propaganda to anyone who would read it — even the Germans.
In response, the Germans sent their first-rate sniper, Maj. Erwin Konig into Stalingrad. Konig’s mission was to eliminate the Red Army’s most efficient marksmen and to display the Nazi’s superiority.
Word broke out that Konig was inbound after a German POW bragged to the Russian Army that it was only a matter of days before Zaitsev and the other snipers would be defeated. This news reached Zaitsev nearly immediately.
After a few days, there were no signs of Konig being in the area until three Russian snipers were wiped out within a small section of town. With a hunter’s caution, Zaitsev worked his way into the area where Konig claimed the three Russians lives for an epic duel.
On the second day of Zaitsev’s stalk, a political commissar joined him to report the news of the kill after it had occurred. But the political commissar soon saw something move down the street, and as he stood up to point it out to Zaitsev, Konig killed him with a single well-placed shot.
This kill helped Zaitsev zero in on Konig’s hide. He removed his glove from his hand and placed it on a stick. He then raised the glove up, and Konig accurately shot it — exposing his muzzle flash.
Zaitsev quickly aimed and fired scoring a direct kill shot. The story’s finale isn’t exactly what audiences saw in 2001’s feature film “Enemy at the Gates” starring Jude Law.
Check out Gun Crazy 81’s video below to hear how this epic duel between these historic snipers went down.
It was one of the most beloved and abused weapons in the history of warfare. The Browning Automatic Rifle was the weapon of choice for infantrymen, vehicle crews, and even gangsters from its debut in World War I, through two World Wars and Korea to the jungles of Vietnam.
The BAR was invented by its namesake, John Browning, in 1917 for use in World War I. The Army, newly arrived in Europe to fight on the Western Front, was told that machine guns were the way to go in the new war, and America agreed.
One of the first soldiers to carry the BAR into combat was Browning’s own son, 2nd Lt. Val Browning. Browning and his men employed the weapon at the Meuse-Argonne offensive to good effect just like thousands of other soldiers in the war.
Just as important, the BAR was very accurate for such a light automatic weapon. It was employed in a counter-sniper role by shooters firing quick bursts at known or suspected enemy positions, suppressing or killing the enemy.
In World War II, the attributes that made the BAR so great for trench-fighting also made it great for sweeping Nazis and Japanese soldiers from bunkers. It was mostly chambered in .30-06 that left the barrel at 2,682 feet per second.
While the Browning was able to reprise its World War II infantry role in Korea, the 1957 debut of the M60 machine gun forced the BAR from the top spot in Vietnam. Still, it was a valuable asset for special operators and as a weapon for vehicle crews.
But that was the swan song for the BAR in American service. The M249 was introduced into the American arsenal in 1984, nine years after the Vietnam War ended. When the Invasion of Panama took place in 1989, it was M60s and M249s that sprayed lead downrange in the BAR’s stead.
In 1917, due to changes in the medal’s regulations, her award was rescinded because she did not engage in direct combat with the enemy.
Walker refused to return her medal and continued to wear it.
According to one legend, when federal marshals attempted to retrieve it in 1917, she opened the door holding a shotgun — and wearing her medal.
She died in 1919 — one year before women were finally allowed to vote.
Dr. Mary E. Walker, circa 1911.
(Library of Congress)
Walker also attracted public scrutiny for her views on women’s rights, which were seen as radical. She reportedly voted as early as 1871 — a half-century before women were legally allowed to do so in the US.
President Jimmy Carter reinstated her medal in 1977 to honor her sacrifice and acknowledge the sexism she fought.
In 2012, the town Oswego dedicated of a statue in her honor, drawing people from around the country remember her, according to The Post-Standard of Syracuse, New York.
“I have got to die before people will know who I am and what I have done. It is a shame that people who lead reforms in this world are not appreciated until after they are dead; then the world pays its tributes,” Walker once said. That quote is inscribed on part of the statue.
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