How much could a Marine Corps fighter cost? That was probably one of the questions running through 21-year-old Lance Cpl. Howard Foote’s mind as the enlisted flight mechanic climbed into an unarmed A4M Skyhawk in the middle of a July night.
In case you were wondering, the cost is roughly $18 million. Rather, that was the cost back in 1984, when Foote stole one of them from Marine Corps Air Station El Toro. Today, that would be the equivalent of $41 million, adjusted for inflation.
Sentries tried to stop Foote as he taxied the aircraft for takeoff, but they just couldn’t get his attention.
“Foote joined the Marines to go the Corps’ Enlisted Commissioning Program, hoping to attend flight school,” Lt. Tim Hoyle, an El Toro public affairs officer, told the Los Angeles Times. “However, while flying at 42,500 feet in a glider he suffered an aerial embolism similar to the bends suffered by divers.”
The bends is the divers’ term for decompression sickness, where gasses in the body (like nitrogen in the compressed oxygen tanks used by divers) come out of the blood in bubbles because the body doesn’t have time to adjust to the pressure around it.
Flight school was not going to happen. Foote became a mechanic instead. Still, he had to realize his dream of going up at the helm of a fighter.
The young Marine drove up to the plane in a vehicle used to take pilots to their aircraft. He even wore a flight suit to dress the part.
He flew the fighter for 50 miles, roughly a half hour, doing loops and barrel rolls over the Pacific Ocean. He then landed it after making five passes of the runway.
No one tracked the plane. They didn’t send any other fighters to intercept it. Foote brought it back all on his own.
Foote was sent to the stockade at Camp Pendleton. He served four and a half months of confinement and was served an other-than-honorable discharge.
He tried to fly for Israel and for Honduras after his discharge. Foote later qualified as a test pilot in more than 20 different military and civilian aircraft, and became a contractor to NASA’s Jet Propulsion Laboratory. He holds patents in aviation design and engineering technology.
Where did you grow up? This is a complicated question for children from a military family. My answer: everywhere and nowhere.
Because of this unique childhood I’ve always felt at home in the world and understood why I love to travel. Later in life, it dawned on me it also influenced how I travel.
As the daughter of a Marine, and the wife of a soldier, I’ve been exposed to a lifestyle that carries with it a certain mindset and way of moving through the world. I’ve adopted a few of these valuable tools for myself and found they inspired a sense of confidence and self-reliance. Whether I’m miles away in a foreign country or just down the road, they are always there as a reference.
In addition to a sense of humor and infinite patience, these 5 lessons have served me well on my travels.
Situational awareness. I can’t talk enough about this one. It’s first on the list because it’s so important, especially in this age of attention-detracting smartphones. In a crowd or on your own, it’s a simple concept worth practicing. Keep your eyes and ears open, pay attention to your surroundings, and trust your instincts if something feels amiss.
Find the courage
As someone who often travels solo, I get asked about fear all the time. It’s healthy to be afraid but more often than not, we imagine scenarios and dangers that will likely never happen. It helps to break the situation down into manageable pieces. Try to pinpoint exactly where the issue lies and look for ways to solve that particular problem. As the saying goes, “everything you want is on the other side of fear.”
Situation Reports (aka sit-reps) are a vital means of communication in the military. By checking in occasionally to say what you’re doing or where you are, you’re ensuring an extra level of personal safety. Hiking alone in the desert can be exhilarating but a quick message to let someone know your general direction is always a good idea.
Spontaneity is exciting, but preparation and organization leaves you with even more room to sit back and relax stress-free. At the simplest level, it could mean arriving at the airport with ample time or packing a complete carry-on for an unexpected delay. On the serious end of the scale (i.e. having emergency supplies or extra fuel in a remote area) it could be the difference between life and death.
Don’t Forget The Bennies
The scope of recreation-related benefits available to service members and their families has changed and grown tremendously. Taking advantage of these free or discounted perks can make for interesting and cost-effective travel. A simple web search will produce an exhaustive list but here are a few ways to enjoy military-friendly travel: USO airport lounges, Space-A flights, RV rentals from Morale, Welfare, and Recreation (MWR) or an Armed Forces Vacation Club membership.
Can a rifle turn a novice into a world-class sharpshooter? Yes, based on the shootout scoreboard at a major fundraising event for the Chris Kyle Frog Foundation Saturday.
A sharpshooting showdown pitted a young American woman against the reigning NRA global champion … the novice crushed her opponent at the inaugural American Sniper Shootout Saturday in Mason, Texas.
The victorious novice shooter was Taya Kyle. Founder of the Chris Kyle Frog Foundation, she is the wife of U.S. Navy SEAL sniper Chris Kyle, known as “the most lethal sniper in US military history,” author of autobiography “American Sniper,” and the inspiration for Clint Eastwood’s movie “American Sniper.”
TrackingPoint says that its Precision-Guided Firearms can transform inexperienced shooters into world-class marksmen. To prove this claim, the company put $1 million on the table in an ultimate shootout. If the NRA champion Bruce Piatt could outshoot novice shooter Kyle then he would take home the hefty prize.
But Kyle defeated the champion, with the proceeds from the event going to the Chris Kyle Frog Foundation – here’s how she did it.
Piatt competed with the current military rifles M4A1, M110, and M2010.
Taya Kyle opted for TrackingPoint’s new M600, M800 and XS1 firearms. TrackingPoint touts advanced technology to enhance the accuracy of first-round shots at any distance.
Kyle explained why she chose to be armed with TrackingPoint at the shootout. “The technology of the gun was developed based on conversations with Chris [Kyle] about what factors a marksman has to consider on with every shot,” she told FoxNews.com, via email. “The end result is technology that I know would have saved lives of friends we have lost and will save life and/or limb of those who put it all on the line for the 99% of us they choose to give their life for.”
The rifles incorporate a range of innovations like the company’s “RapidLok Target Acquisition.” As a warfighter pulls the trigger, the target is automatically acquired and tracked. The range is also calculated and measured for velocity. Accuracy is enhanced because all this work is accomplished by the time the trigger is completely squeezed.
Kyle faced off against Piatt in a series of battlefield-simulated challenges.
The competitors had to take shots consistent with those warfighters must take in battle. It meant grappling with realistic challenges like shooting at targets placed at unknown distances as well as moving targets.
To win, both competitors also had to shoot in a range of positions, including prone and off-hand shots. They also had to tackle blind shots when the shooter takes shots while completely hidden without a direct line of sight to the target. The competitors also emulated Chris Kyle’s famous long-distance ‘Sadr city shot,’ which was featured in the film American Sniper.
And Kyle emerged the victor – by a lot. She made ALL of her shots from prone, kneeling, sitting and from cover…as in every single one – 100 percent.
How did the NRA champ fare? Piatt made 58.4 percent of the shots.
There were 29 targets with a total of 10,140 points available.
Kyle scored a perfect 10,140. Piatt scored 3,040 points, making 58.4 percent of his shots. The scoring was weighted based on degree of difficulty.
In the challenges where the shooters took on targets without a direct line of sight while concealed from ‘enemy fire’ – Kyle made 100 percent of the blind shots while Piatt did not make a single one.
For practical application in war, this means the TrackingPoint technology has potential to allow American warfighters to stay concealed while still accurately taking on targets. The ability to stay concealed and still shoot accurately could help reduce the risk to warfighters.
Kyle explained further why the tech was developed. “Our first responders and military members regularly face situations most of us cannot imagine,” she told FoxNews.com via email. “They need every advantage for precision and efficiency to protect and serve while minimizing collateral damage and risk to themselves.”
Armed with TrackingPoint tech, Kyle was also able to make moving target and canted shots that Piatt did not.
The day-long American Sniper Shootout was open to the public and also featured music from country singer Easton Corbin, Grammy winner Asleep At the Wheel.
The proceeds from the event benefit the Chris Kyle Frog Foundation. Kyle explained her inspiration for the event as “being able to simultaneously showcase the technology and raise money for CKFF to fulfill its mission … this event was an opportunity to take care of our warriors and their families on many different levels.”
No, this picture doesn’t show a black and white image of the rebel base on the ice planet Hoth. It’s part of a semi-secret, nuclear-powered U.S. Army base that was built under the Greenland ice cap only 800 miles from the North Pole. The base was officially built to conduct scientific research but the real reason was apparently to test out the feasibility of burying nuclear missiles below the ice under an effort known as Project Iceworm. Remember, Greenland is way closer to Russia than the ICBM fields located in the continental U.S. Rumor has it that the Danish government had no idea that the U.S. was considering installing nuclear missiles on Greenland.
The 200-man base was massive , described by some as an underground city, and consisted of 21 steel-arch covered trenches; the longest of which was 1,100-feet long, 26-feet wide and 26-feet high. These tunnels contained numerous prefabricated buildings that were up to 76-feet long. The base was powered by a portable PM-2A nuclear reactor that produced two megawatts of power for the facility.
In all, the base featured:
Living quarters, a kitchen and mess hall, latrines and showers, a recreation hall and theater, a library and hobby shops, a dispensary, operating room and a ten bed infirmary, a laundry facility, a post exchange, scientific labs, a cold storage warehouse, storage tanks, a communications center, equipment and maintenance shops, supply rooms and storage areas, a nuclear power plant, a standby diesel-electric power plant, administrative buildings, utility buildings, a chapel and a barbershop.
The base operated from 1959 to 1966 when shifting icecap made living there impossible. Today, it’s buried and crushed beneath the Arctic snows.
Click through the jump to see more pictures of the base and to watch a great video on its construction. The last photo shows a map of the base’s location in Greenland.
Militaries and private companies around the world are developing new technologies that turn war fighters into supersoldiers. Jet-powered suits that allow the wearer to hop between boats moving at 20 knots and flying hoverboards are just the start of it.
The Russian military is developing motorized body armor that looks like it belongs on Boba Fett from “Star Wars.” And the hoverboard isn’t just something from “Back to the Future,” it’s a real invention that France’s Franky Zapata successfully used to cross the English Channel.
The Russian military, as well as the US, France, and Great Britain, are all developing futuristic technologies that seem like something straight out of a Marvel blockbuster. But these technologies aren’t far off in the future; many are already in testing phases — or in use on the battlefield.
Read on to see some of the most wild futuristic military tech out there.
Jet-powered flyboard steals the show at Bastille Day celebrations
1. The French inventor Franky Zapata’s high-flying hoverboard made it all the way to France’s Bastille Day celebrations this year. French President Emmanuel Macron was so enamored that he tweeted a video of it, suggesting that the French military might use them in combat one day.
“Proud of our army, modern and innovative,” Macron tweeted during the Bastille Day festivities.
Zapata’s Flyboard Air can fly at speeds up to 190 kph (118 mph), according to The Guardian.
2. The US Army is in the final testing stage for its Enhanced Night Vision Goggles-Binocular (ENVG-B), which will allow soldiers to accurately shoot from the hip and around corners. They also provide improved situational awareness, thermal imaging, and better depth perception.
The new goggles have dramatically improved marksmanship, Lt. Gen. James Richardson, deputy commander of Army Futures Command, recently told Congress.
The goggles can display the weapon’s aim point and can be linked to see video or virtual feeds from other positions, allowing troops to accurately shoot around corners without exposing their heads.
An armored brigade combat team deploying to South Korea will be the first to use the new goggles, according to Army Times.
3. The FLIR Black Hornet III is a pocket-sized drone that will perform intelligence, surveillance, and reconnaissance missions in combat. The 3rd Brigade Combat Team, 82nd Airborne Division, already has the drones, which come in a pair — one for daytime and one enabling night vision. The drones are about 6 inches long and can fit on a soldier’s utility belt. The Army hopes to equip every soldier with the drones in the future.
Paratroopers of the 83rd Airborne Brigade preparing for jump drills in 2017.
4. According to Russian state media, the Russian military is developing the D-14 Shelest parachute system, which will allow soldiers to access their weapons and begin firing immediately after they jump out of a plane.
Russia’s Tass news agency reported the parachute system would allow paratroopers to have small arms strapped to their chests and that the new technology would be tested at the Research Institute of Parachute-Making soon.
5. Russia’s infantry could soon be wearing the Ratnik-3 armor that reportedly allows soldiers to fire a machine gun with one hand. It has integrated electric motors — an improvement over the Ratnik-2 version, which was not motorized. It’s in testing.
The US had a similar suit in development, the Tactical Assault Light Operator Suit, or TALOS. However, we’re not likely to see the TALOS in combat anytime soon, Task Purpose reported earlier this year.
6. The inventor and former Royal Marine Richard Browning tested his jet suit over the English Channel, using the five-turbine suit to move back and forth with ease between Royal Navy boats.
7. “Is it a bird? Is it a plane? No it’s Rocket Man! Inventor, pilot and former Royal Marines Reservist Richard Browning, along side HMS Dasher, tested his jet-powered body suit over the water of the Solent for the very first time,” the Royal Navy tweeted on Tuesday.
7. The Army is developing a 50 kilowatt laser cannon, the Multi-Mission High Energy Laser (MMHEL), to be mounted on Stryker combat vehicles. It’s designed to shoot drones and explosives out of the sky, and the Army plans to roll it out in the next four years.
The Army accelerated the development and deployment of the MMHEL. “The time is now to get directed energy weapons to the battlefield,” Lt. Gen. L. Neil Thurgood, the director of hypersonics, directed energy, space, and rapid acquisition, said in a statement.
Marine Corps Commandant Gen. Robert B. Neller using a HoloLens.
(US Marine photo by Lance Corporal Tayler P. Schwamb)
8. The Army is testing goggles that employ facial recognition, as well as technology that translates written words like road signs. The goggles may even be able to project visual data from drones right in front of soldiers’ eyes. The Integrated Visual Augmentation System (IVAS) is a modified Microsoft HoloLens technology and is expected to go into wide use in the mid-2020s.
“We’re going to demonstrate very, very soon, the ability, on body — if there are persons of interest that you want to look for and you’re walking around, it will identify those very quickly,” Col. Chris Schneider, a project manager for IVAS, said at a demonstration of the technology recently.
In a perfect world, you’d have a squad of hardcore and dedicated troops to your left and your right who you can count on to always have your six. For the most part, this is true. Your standard squad within the military is a ragtag group of misfits who are ready to kick ass and take names.
But there’s always that one guy who’s just there. Everyone else is close knit but, for whatever reason, while everyone begrudgingly accepts that guy in an official capacity as technically one of them, you’re unlikely to see anyone invite that person out for a beer on the weekends.
Now, nobody’s perfect. And someone in your squad might exhibit a couple of the following traits and still be cool with everyone. But we can all admit that there are some troops who’ve stepped over the line into being plain annoying — and they typically fall under one or more of the categories:
“Oh, wow! Your feet are hurting on this ruck march? No way! You’re literally the only person that that has ever happened to!”
(U.S. Army photos by Pvt. Adeline Witherspoon)
Give this person a brick of solid gold and they’ll complain that it’s too heavy. They never see the good in any situation and they’re constantly reminding everyone that they’re out of their comfort zone.
Even just yelling at this person to stop whining starts getting on peoples’ nerves after a while.
“Stop trying to get ahead in your career! You’re making us all look bad!”
(U.S. Army photo by Sgt. Kimberly Hackbarth, 4th SBCT, 2nd Infantry Division Public Affairs Office)
The Captain America
There’s nothing wrong with trying to be the best at any given thing. PT standards are meant to be exceeded and rule-abiding troops are rarely going to bring the hammer down on the rest of you. But there’s something about this person that just makes everyone else just look bad.
You may not be doing anything wrong, but you’re hot garbage compared to this guy. The “Captain America” of your squad is the type of person that the chain of command points to and says, “why can’t you guys be more like him/her?”
“As seen in their natural habitat, this brown-noser has gone a step too far.”
(U.S. Navy photo by Midshipman 3rd Class Dominic Montez)
While Captain America is great and the command knows it, the brown-noser is ate-the-f*ck-up and still tries to make everyone think they’re on Cap’s level.
Given even the most minor of accomplishments, this dude is trying to show off to the world. Any mistake and they’re trying to brush it under the rug or shovel it onto someone else.
(U.S. Army photo by Sgt. Michael Giles)
This guy lives by the “Army of One” mentality. It’s one thing for a troop to be quiet and shy around the rest of the squad, but this guy makes it a point to show he’s above hanging out with you lot.
Paradoxically, this guy is also the one person trying to make everyone look at him when he does something good and expects a ticker-tape parade in his honor.
“Can you schedule that wisdom tooth removal for the 17th? We’re going to the field soon.”
(U.S. Air Force photo by Staff Sgt. Teresa J. Cleveland)
The escape artist
There’s not a single soul in the U.S. military that enjoys the pointless details that just keep everyone under the eye of the first sergeant until close-of-business formation. No one’s special and you can’t wiggle out of it — except this guy somehow.
They always have an ace up their sleeve. One day it’s dental, another it’s finance, and the next it’s some nondescript family emergency. For some reason, these things only manage to crop up when there’s a detail coming up. Their goldfish never needs to go to the vet when fun stuff is going down…
“As my first sergeant once said; You can either be smart or strong in this Army. The choice is yours.”
(U.S. Army photo by Staff Sgt. Ken Scar)
The “can’t get right”
Bless this troop’s heart. They aren’t inherently a bad troop, they’re just… stupid.
They’ll give their all and have the best of intentions, but they’re just not cut out for the intense lifestyle of the military. They wouldn’t be a problem if they weren’t dead weight that everyone else needs to carry.
The Blue Falcon
F*ck this guy. The rest of the troops on this list can be forgiven if they’re genuinely pleasant to be around or can occasionally bring the funny. These f**kers have no remorse about intentionally screwing over their battle buddies and will throw anyone under the bus if it means personal gain.
Anyone can be accepted into the team if they’re willing to try to be a team player — except these f*cks.
Lockheed Martin’s mysterious “Skunk Works” experimental division has become famous for game-changing aerospace breakthroughs. The SR-71 Blackbird; the F-117 Nighthawk; the U-2 Dragon Lady; and the F-80 Shooting Star all were pioneering designs that came from this legend of research and development.
Now, joining those game-changing planes could be the Aerial Reconfigurable Embedded System, or ARES.
According to BreakingDefense.com, ARES is a joint product between the Skunk Works and Piasecki Aircraft, an aerospace company out of Pennsylvania. The prototype tiltrotor drone, which features a 41-foot wingspan, a combat radius of 175 miles, and a top speed of 170 knots, is slated to take flight sometime next year.
One other item of note is that the smaller payload will actually increase the tactical mobility of deployed troops.
“You could take a big Chinook or a [CH-53] and very efficiently drop 10,000 lbs. of stuff on a small unit, but then they’re no longer mobile,” Piasecki Aircraft CEO John Piasecki, told BreakingDefense.com, comparing the new logistics model that ARES could bring about to ordering products online using a smart phone. The Piasecki Aviation website on ARES notes that larger versions of the ARES could be designed, along with versions capable of operating off of ships.
ARES is not the only game-changer that could take flight next year. Bell Helicopter is introducing a pair of tiltrotors — the V-280 Valor and the V-247 Vigilant. The former is a manned tilt-rotor seen as a potential replacement for the UH-60 Blackhawk and the AH-64 Apache that has a crew of four and can carry 14 troops. The latter is an unmanned aerial vehicle that could see applications for the Marine Corps and the Navy.
Boeing and Sikorsky have teamed up to produce the SB-1 Defiant as a competitor to the V-280. The Defiant is based on the X2 prototype and the S-97 Raider, and features a pair of contra-rotating rotors on top and a pusher propeller that provide increased speed and range compared to conventional helicopters.
Compared to these protoypes, the H-13 Sioux helicopters seen delivering wounded personnel to the 4077th in the opening credits of M*A*S*H could very well look like a Sopwith Camel placed next to a F-16.
Once, a friend asked if I’d ever heard of Operation Paperclip. This was the secret program started at the end of World War II that allowed German rocket scientists, including some highly placed Nazis, to enter the United States and work for our military. Its name was derived from the secret practice of putting a paperclip on the first page of an individual’s visa as a signal to U.S. immigration officials to let them through, no questions asked. These former adversaries became the foundation of America’s space program and helped NASA put us on the moon.
I’d written about Paperclip in several books, so I was surprised when my friend told me that his grandfather had worked on a similar Army program that was even more secret.
This is how I got to meet Bob Jamison, my friend’s father. He’d just written a family memoir about his father, Jim Jamison, and the extraordinary adventures he had during World War II — and beyond.
Mack Maloney: Without really trying, your father found himself at several pivotal moments in history. For instance, he was the first person to ever fire a bazooka.
Bob Jamison: He worked at the famous Aberdeen Proving Ground, the place where the U.S. Army designs and tests a lot of its weapons even today. He started there in 1941 as a carpenter, but his ability to do just about any job caught the attention of the higher-ups, and he was recruited by the Ordnance Department to do ballistic testing. That’s how he got to fire the first bazooka. He also worked on the proximity fuse, which is still in use.
Then he was drafted into the military?
Yes. It was December 1943, and America needed fresh recruits. He went into the Army and suffered the same snafus as any soldier – for example, they lost his basic training file and made him take basic over again. He also had a very uncomfortable flight to Europe once he deployed. He caught a ride with some paratroopers and the plane was tossed around so badly, even the airborne guys were getting sick.
Then one of the plane’s engines began smoking. The pilot announced that they would probably have to ditch in the North Atlantic, a virtual death sentence. But – and here’s a good example of what kind of a guy my father was – he helped the crew hook up a light so they could look out at the engine and keep an eye on its condition during the long night. Then he took a nap. The plane landed safely and all ended well. But I’ll tell you, my dad was a very cool customer.
He was eventually made a corporal and assigned to a top-secret unit known only as V-2.
Yes. It was a program to surreptitiously seek out German rocket scientists and bring them over to our side without anyone knowing about it, including our closest allies. It was May 1945. The Germans had surrendered and Werner Von Braun, Germany’s top rocket scientist, had already contacted U.S. Army Intelligence. My father’s team was to find the rest of the scientists who’d worked with Von Braun, and do it before the Russians did. Sometimes his unit worked in two-man teams – one officer, one enlisted man – but later on they sent the enlisted men out alone. Army Intelligence would give them the names and locations of key scientists with orders to bring back anyone willing to come to America and work for us.
Your father was carrying orders signed by Eisenhower himself. Extraordinary for a corporal.
His best story about that happened when he was traveling alone. He was close to the Russian sector, hoping to connect with another German scientist, when he stopped at an American outpost to get directions. When he went back outside, he was stopped by a captain who had a colonel standing behind him. The captain told my dad the colonel’s Jeep had broken down and he was going to confiscate my father’s. But my father told the captain he couldn’t have his Jeep. The colonel stepped forward and said, “You better have a damn good reason why, soldier!” My dad pulled out his orders signed by Ike, giving him priority over anything else happening in the war zone. The officers read the orders, knew my father was right, and walked away, grumbling. It was an enlisted man’s dream come true!
One day your dad went out looking for rocket scientists and ran into someone totally unexpected.
My father and a captain were driving through Munich following up on a lead when they came upon a convoy of signal corps troops, the same outfit my father’s brother was serving in. My dad mentioned it to the captain, who told him to pull over. While the captain talked to the officer in charge, my father asked some of the soldiers if they knew Lester “Leck” Jamison. Leck overheard his name being mentioned and came around the truck and, to his amazement, saw my father.
Talk about a chance meeting.
Well, it was two brothers seeing a friendly face in a very unfriendly place. But it was one of a few really amazing situations my dad found himself in.
As you said, even though the war with Germany was over, your father was in a very hostile place.
There were still live land mines buried everywhere, including on the roadways. There were Nazi snipers hiding in outlying villages who didn’t realize Germany had surrendered. Even some German civilians – even children – believed they should fight to the very last. But not the least, the Russians desperately wanted the very same scientists my father and his V-2 team members were looking for. If he’d been caught with one, well – let’s just say the Russians liked to shoot first and seek forgiveness later.
It was the beginning moments of the next war – the Cold War.
Right. We were more or less inviting these scientists to America, and the Russians were forcing them at gunpoint back to Russia. The Russians were technically our allies, but at the same time, some very dangerous people.
Your dad had at least one face-to-face encounter with the Russians, and it led to yet another amazing happenstance.
He was given an assignment to find a German scientist Army Intelligence had heard was being kept against his will by the Russians. My father arrived at his destination, an old rural village that was split in two. The U.S had a small outpost at one end of town and the Russians had one at the other. On seeing my father’s orders, the captain of the American outpost was ready to assist in any way. My father told him he needed an interpreter to explain to the scientist why he was here, since he didn’t speak enough German to get the point across.
The captain sent for his interpreter, and when the man walked into the room, my father couldn’t believe his eyes. He was an old friend of his from back home named Jerome Porkorney. His family had fled Germany and eventually immigrated to America. He could speak Czech, Polish, German, Russian, and English.
Jerome confirmed that the scientist was on the Russian side of town awaiting a detail to transport him back to Russia. But Jerome had a plan. He inconspicuously made his way behind the houses and spoke to the German scientist, explaining that this was his one and only opportunity to escape and go to America. Then Jerome instructed my father to hide his wristwatch and wedding ring, because if the Russians saw any jewelry, they would take it. They would also be very suspicious if they saw my dad’s Tommy gun, so he was going into this unarmed.
While my dad stood casually in front of the American outpost and smoked a cigarette, Jerome took some schnapps to the two armed Russian soldiers at the other end of the street. On a subtle signal from Jerome, my father got in his Jeep and casually drove away. But once out of sight of the Russians, he doubled back and headed for the rear of the scientist’s house.
My dad knew this was a mortally dangerous affair. If he or Jerome were caught, they could be summarily shot. Even worse, if he wasn’t able to destroy his orders in time and the Russians figured out his mission, it would endanger the V-2 operation and, ultimately, America’s position in the coming space race.
He reached the back door of the scientist’s house not knowing what would happen next. But the man quickly jumped into the Jeep and they sped away. They’d pulled it off.
Your father’s unusual life didn’t end after he left the service.
He went back to work at Aberdeen after the war and continued to have a high profile. He worked on many secret cases for which he tested weapons and issued reports. One day in late 1963, two FBI agents arrived at Aberdeen, one with a rifle handcuffed to his wrist. They met with the post commander, who directed them to the branch chief, who sent them to the section chief, who sent them to my father. The agent un-handcuffed the rifle and gave it to my dad for testing but never let it out of his sight. When the tests were completed, the agent re-handcuffed the rifle to his wrist, and he and the other agent left. That rifle was believed to be the one used to assassinate President John F. Kennedy.
A native Bostonian, Maloney received a bachelor of science degree in journalism at Suffolk University and a master of arts degree in film at Emerson College. He is the host of a national radio show, Mack Maloney’s Military X-Files.
Russian state media said on April 25, 2018, that Syria had “captured” a US Tomahawk cruise missile from the strike on suspected Syrian chemical weapons sites on April 14, 2018 — and they will study it to advance their own missiles.
Justin Bronk, an air combat expert at the Royal United Services Institute told Business Insider that Russia and Syria likely only have fragments of detonated Tomahawks, and that they wouldn’t be much use.
“I don’t know whether Russia or Syria have ‘captured’ at Tomahawk although I’m sure they have plenty of fragments to study from weapons which hit their targets,” Bronk told Business Insider.
Unlike other areas of technology where Russia lags far behind the US, Russia’s cruise missiles are actually pretty capable, according to Bronk. Russia has used cruise missiles fired from navy ships and submarines to strike targets in Syria before, and they displayed a similar range and ability in doing so.
Cruise missiles are “not exactly an area where Moscow desperately needs access to Western technology,” said Bronk, though Russia would “would love to examine an intact Block 4 Tomahawk to have a look at the sensor and guidance package nonetheless.”
Overall, if Russia or Syria had actually found an intact Tomahawk missile, that flew at hundreds of miles an hour armed with a large explosive and yet somehow managed to land on the ground without breaking up, they could have shown it off by now to back up their claims that the US strike partly failed.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Many of us have heard the expression, “Canary in a coal mine.” It refers to a time when miners would carry caged birds with them as they entered mine tunnels. If the miners encountered dangerous gases such as carbon monoxide, the gases would kill the canary before killing the miners, allowing them to escape safely. It turns out the military has a similar warning process in the event of a chemical attack, but instead of using canaries, they could use… you.
That’s right, Field Manual 3-11.4 “Unmasking Procedures Without the M256-Series Chemical Detector Kit” states: “If an M256-series kit is not available … the senior person should select one or two individuals. They take a deep breath, hold it, and break the seal for 15 seconds, keeping their eyes wide open.” The procedure is called, “Selective Unmasking,” which is surprisingly calming for what is actually happening.
Basically, if the $H%T hits the fan, you can be ordered by your command to take off your mask and take one for the team … just like a human canary. (Worth noting: the U.S. Air Force determined that this process is not within their acceptable range of risk. Not shocking.) Now, before you decide to run for your DD-214, know that we can’t find one recorded event of Selective Unmasking ever happening with deadly consequences. There have been false alarms, such as during the chemical threats from Saddam’s forces during the 2003 invasion, but everyone walked away safely, except for a few angry individuals.
While seemingly insane, Selective Unmasking is based on the same logic used to test poisonous plants in the wild, I.e., expose yourself to a limited dose for a short period of time and wait to see what happens. According to the Chemical, Biological, Radiological, and Nuclear Defense handout from the Marine Corps The Basic School, senior leaders will use the following steps when ordering a Selective Unmasking:
Designate two-three Marines
Brief them on the procedures to be followed
Have them sit in a shaded area out of direct sunlight
Ensure they are unarmed ——(Wonder why?)
The selected Marines will:
Take a deep breath.
Keep their eyes open.
Break the seal of their masks for fifteen seconds.
Then reseal and clear their masks.
Wait for ten minutes.
Now, if you’re a gung-ho hard charger you can always volunteer to be a human canary. But, if you’re facing some real chemical threats such as Anthrax, Sarin or Mustard, you might want to think twice. Certain agents can cause blistering, choking or even seizures. To avoid the chance of being chosen, you will have to play some unit politics.
Here’s our advice on how to avoid Selective Unmasking:
1. Rank has its privileges.
Officers, NCOs and unit leaders are mostly vital to the mission and will most likely not get picked. That leaves junior enlisted or new arrivals to the unit. So take promotion seriously before you enter a chemical battlefield.
2. Don’t be a dirtbag (or the new guy).
Your CO and NCO’s know how much value you are bringing to the unit on a daily basis. Dirtbags can cause their chain of command endless hours of paperwork and new arrivals haven’t even had a chance to prove themselves. If you aren’t fitting into the team good luck and on that note.
In a chemical attack, get your MOPP gear on and keep your head down. That being said, fighting during a real chemical attack is going to suck so start racking up karma points now.
Selective Unmasking is by far a last resort in one of the worst situations on earth. All of this can be avoided with proper planning and pre combat checks so bottom line….bring your test kits!
Deep below the Ukrainian port city of Odesa lies one of the largest underground labyrinths in the world. The Odesa catacombs date back to the early 1800s when limestone was mined for the city’s grand buildings. Through the years, the vast subterranean maze has served as a Cold War bunker, a World War II refuge for Soviet fighters, and a hideout for smugglers. Today, local explorers are still mapping the vast tunnel system and discovering new insights into the past.
Encephalitis lethargica is a disease that seems to belong in a horror movie, complete with brain damage that causes victims to sleep for years or to hack away at their own bodies — and it all started in Europe during World War I.
It was first described by World War I pilot and noble, Constantin von Economo, who switched to a career in medicine at the request of his parents after family members died in the war. As a physician, he served both civilians and the Central Powers, and his historical significance comes from being the first to describe a neurological disorder that popped up during the war.
His first patients reported constant exhaustion despite constantly sleeping, leading some people to call it the “sleeping disease” or “sleepy sickness.” This wasn’t exactly correct, though, as many patients never truly slept. They remained aware of their surroundings even when seemingly in deep sleep. As the disease progressed, patients also began exhibiting symptoms like abnormal eye movement, delirium, headache, or paralysis.
The paralysis and other symptoms were sometimes limited to one side of the body, giving off the surreal result that one side of the face and body became sluggish and tired while the other side remained relatively alert and functional.
From here, patients’ symptoms would progress in a couple directions. 5 million people were afflicted with the disease from 1917 to 1928. Approximately a third died, a third survived, and the final third were trapped in endless sleep. But the scary part for survivors was that symptoms could return years later — or they could suffer from Parkinson’s brought on by the disease.
Dr. Oliver Sacks, a physician famous for his work with encephalitis lethargica patients who slept for decades before awaking for a short period.
(Luigi Novi, CC BY 3.0)
And that endless sleep thing wasn’t a euphemism or anything. Some patients went to sleep for decades, only coming out of their near-endless rest when given an anti-Parkinson’s medication in 1969 through an effort led by Dr. Oliver Sacks. Unfortunately, Sack’s treatment with L-DOPA only provided a temporary relief of their symptoms. All patients eventually regressed back to permanent sleep or a catatonic state.
Oddly enough, those afflicted with long-term catatonia did get one benefit: They aged much more slowly than people awake.
People attacked members of their own family, authority figures, or random passersby, often with little visible emotion afterwards.
Encepheilitis lethargica could strike people of any age, and it often caused long-term Parkinson’s in the months or years after a patient had seemingly recovered from the condition.
(British Medical Journal 1925, Gullan)
Obviously, for troops in the war and returning veterans, the idea that exhaustion could be a sign of their imminent demise was terrifying, and the fact that their families could be afflicted by this mysterious disease was terrifying, but another outbreak pushed the sleepy sickness to the back of most people’s minds.
The Spanish flu pandemic broke out in 1918 and eventually killed between 20 and 50 million victims of the roughly 500 million people affected.
Today, we still don’t know the cause of encephelitis lethargica, but new cases fortunately fell off a cliff in 1926 and continued to dwindle in the 1930s. Now, new cases are extremely rare, but the exact symptoms of encephelitis lethargica were so varied that it’s hard to even be sure that new cases are from the same cause.
The title page of Constantin von Economo’s 1931 description of encephalitis lethargica.
(Wellcome Images, CC BY 4.0)
There does appear to be an auto-immune element to the disease with nearly all sufferers showing damage to the brain stem consistent with it coming under attack from the body’s immune system. This, combined with the disease’s first appearance around the same time as the flu pandemic, has led to speculation that it comes from the body’s overreaction to a virus. But that’s still not certain.
Analysis of other influenza and viral outbreaks, both before World War I and after, show some connection between viral outbreaks and the onset of encephelitis lethargica.
It’s still possible that the world could see a sudden resurgence of encephelitis lethargica, especially if there’s a new influenza outbreak, but our luck has held for over 70 years — fingers crossed.
The Russian military recently tested a short-range ballistic missile interceptor that’s meant to detonate a small-yield nuclear warhead in the air over Moscow to prevent a nuclear strike.
But there are a couple of problems with that, mainly that a nuclear blast over Moscow would already provide an electro-magnetic pulse effect that would cripple the city’s electric grid.
The system, called the A-135 AMB, also highlights differences in philosophies between the US and Russia when it comes to missile defense. The US builds missile interceptors that hit to kill, requiring a high degree of precision and guidance. The US’s THAAD missile defense system, for example, doesn’t even have a warhead.
Russia’s solution to the complicated problem of hitting an incoming warhead at many times the speed of sound is to nuke a general area of the sky.
While the US tries to station its nuclear weapons far from population centers, Russia has 68 of these 10 kiloton interceptors all around Moscow, its most populous city. Unfortunately, even in the most careful settings, nuclear mishaps occur with troubling regularity.
Additionally, as Jeffrey Lewis, the founding publisher of Arms Control Wonk writes, interceptor misfires do happen, and with a nuclear tip, that could mean catastrophe.
“It is not clear to me that, if a nuclear-armed interceptor were used over Moscow against a flock of geese, that the Russian command-and-control system would understand it was one of their own or survive the EMP effects. Then all hell might break loose,” writes Lewis.
The fact that the Kremlin is willing to have 68 nuclear devices strewn about Moscow speaks to how much they fear an attack that would threaten its regime security.