It’s raining on a Tuesday morning — pretty standard for a Marine physical fitness test — and I know that rain or shine; pull-ups, sit-ups, and a three-mile run are going to happen. I stand, shivering in the pre-dawn drizzle, listening for the sergeant to call me forward. I’m at an about face waiting for my buddy to finish his set of pull-ups. 21… 22… 23… he just hit a perfect score. It’s my turn now. I stretch my arms and take a deep breath.
“Next,” the sergeant calls.
I mount the bar and wait for the signal to start. This isn’t my first PT test, which is a blessing and a curse. I know exactly the number of pull-ups that I need to crank out, but after three deployments, I have no idea how my body is going to respond. I prepare myself for a battle. I start to pull and pull harder. I breathe slow and deep, but then my shoulder pops, an injury left over from my years as a high school pitcher. I gut through the pain to the end. 21… 22… 23… I finish the test with a perfect score, but the pain in my arm will take weeks to heal. I’m qualified by Marines standards but my injury makes me feel anything but ready for war.
Army Major General (Ret.) “Spider” Marks, Board of Advisors for Sparta Science
Just like the legendary King Leonidas and his 300, today’s warriors require strict physical training and discipline to make sure they are ready for any battle. Readiness is exactly the problem that Army Major General (Ret.) “Spider” Marks and his team at Sparta Science are trying to fix. In fact, my PFT injury is much more common than I thought. The Marine Corps estimates that musculoskeletal injuries cost 365,000 lost duty days and 1 million annually.
To help Marines increase their readiness for war, the Marine Corps is turning to some 21st century technology. General Marks is no stranger to hard problems and out-of-the-box thinking. He cut his teeth as an Airborne Ranger and the senior intelligence officer in Iraq. General Marks told We Are The Mighty,
“Every Marine has his or her strengths and weaknesses but we all have to complete the mission. Sparta Science helps to identify those individual weaknesses and provide a training program to make sure you are ready to fight on any mission.”
Dr. Phil Wagner uses the Sparta System.
Sparta Science is the brainchild of Dr. Phil Wagner, a strength coach and former Rugby player who asked himself a simple question, “Can we use technology to increase performance and prevent injuries before they happen?” Dr. Wagner believed the answer not only to be a resounding “yes” but he believed he could also identify potential injuries in a matter of seconds. He’s developed the Sparta System, which first uses a movement assessment (Balance, Plank, Jump) to capture a personalized body scan. The scan is then compared against over a million other assessments and with AI technology, the system can identify areas prone to injury and prescribe personalized training programs to correct weaknesses.
Sparta System dashboard.
The Sparta System is already being deployed among college athletes and even professionals in the NFL, MLB, NHL, and NBA to outstanding results. Not only is the system helping athletes achieve their peak physical performance but it’s also helping prevent injuries that can cost players/teams millions of dollars in medical expenses. General Marks and the Sparta team believe their system can also help military leaders all the way from the top brass to the NCOs on the ground to better leader and prepare their troops for war.
Athletes undergo assessment through the Sparta System.
Imagine that within minutes of completing a Sparta Assessment, your NCO or Platoon leader could have a chart showing your overall readiness score — and any injury risks to your feet, knees, or back. It’s this level of detail that General Marks expects will change the game in military readiness,
“By having access to this kind of information, military leaders can make smarter choices about how to train for war and employ those soldiers once they get there. The Sparta System makes us fight better.”
As this new system continues to be used among various military units, we should expect the ancient Spartan ethos of “the more you train in peace the less you bleed in war” to still apply. However, we can also avoid some preventable risks, like popping shoulders during a PFT.
The United States military’s code of conduct implores captured service members to continue to resist by any means possible. This often means reprisals from one’s captors. Therefore, surviving one stint in a POW camp can be excruciating.
To do it twice is unimaginable — except these three American servicemen did it.
1. Wendall A. Phillips
Phillips was assigned to the Air Transport Command as a radio operator on C-47 aircraft flying from bases in England.
While in Europe Phillips survived five separate crashes. During the last one, in late 1944, his aircraft was shot down. Though he walked away from the crash, he was unable to evade the Germans and was captured.
He and his fellow crewmembers were taken to a German POW camp in Belgium.
Phillips had no intention of sticking around though. After just 33 days Phillips and two other POW’s made a break for it.
Phillips simply snuck away while no guards were around. Finding a hole in the electric fence around the camp, Phillips and the other two men made good their escape and quickly found a place to hide.
Phillips travelled for three days before he linked up with the French Underground. The resistance fighters helped Phillips make it back to American lines.
After returning to American forces, Phillips was reassigned to the China-India-Burma Theater flying “the Hump” to bring supplies to forces fighting the Japanese.
Once again, Phillips’ airplane crashed and he was captured by the enemy.
According to an article in The Morning Call, Phillips endured torture at the hands of the Japanese — they even forcibly removed his fingernails trying to get information out of him.
Phillips would not escape this time but he would survive his ordeal as a POW; he was released with the Japanese surrender in 1945.
2. Felix J. McCool
When Gen. Wainwright conveyed the American surrender in the Philippines to President Roosevelt, he said, “there is a limit to human endurance, and that limit has long since been passed.” But Gen. Wainwright was certainly not speaking for one Marine sergeant, Felix J. McCool.
McCool was still recovering from wounds he had received earlier in resisting the Japanese when he, the 4th Marine Regiment, and the rest of the defenders of Corregidor were rounded up and shipped off to internment.
Just getting there was bad enough as the captives were crammed into cattle cars so tightly that when men passed out or died they could not even fall down.
But for McCool, being a Marine meant that he was not out of the fight. He did everything in his power to resist his Japanese captors.
While working as forced labor on an airfield McCool and his fellow prisoners created a tiger trap on the runway — they later watched as a Japanese airplane crashed and burned due to their handiwork.
McCool also managed to smuggle in medical supplies to help the sick and wounded.
He did this despite the constant threat of beatings and even summary execution. He carried on despite the horrendous conditions in the camp.
But there was worse to come.
McCool next endured a brutal voyage to Japan aboard a Japanese prisoner transport vessel, known as a “hell ship.” McCool survived the hellacious conditions only to be put to work in an underground coal mine. There he continued his resistance by sabotaging the work and keeping the faith with his fellow prisoners.
After thirteen months in the coal mine, McCool was freed by the ending of the war in the Pacific.
He returned to the United States and decided to stay in the Marine Corps. Then in 1950, now a Chief Warrant Officer, he found himself fighting the North Koreans.
McCool became part of the fateful Task Force Drysdale, an ad hoc, mixed-nationality unit that was attempting to fight its way toward the beleaguered Marines fighting at the Chosin Reservoir. When the task force was ambushed and separated along the roadway to Hagaru-ri, McCool was once again taken prisoner.
McCool and his fellow captives were marched far north through brutal cold with no rations. Once in their internment camp, the conditions hardly improved. Besides the brutal treatment, the men were also subjected to communist indoctrination and propaganda.
McCool’s resistance earned him the ire of his captors and they threw him in the Hole — a barely three foot square hole in the ground. But he endured.
McCool was repatriated with many other Americans during Operation Big Switch after the end of hostilities.
According to his award citations, McCool spent over six years as a prisoner of war between his two internments.
He later wrote a book about his experiences and the poetry that he wrote to keep himself going during those terrible times.
3. Richard Keirn
Richard Keirn was a young flight officer on a B-17 when he arrived in England in 1944. On Sept. 11, 1944, he took to the skies in his first mission to bomb Nazi Germany. It would also be his last.
Keirn’s B-17 was shot down that day and he became a POW for the remainder of the war. Released in May 1945 after the defeat of Germany, Keirn returned to the United States and stayed in the military. He became a part of the newly formed U.S. Air Force.
In 1965, Keirn embarked for Vietnam, flying F-4 Phantom II’s.
Mindy N. asks: After a long run my leg muscles are tired, but my heart is not. Why doesn’t the heart need any rest?
An average of around 60 to 100 times every minute of every day of every year of your ultimately meaningless life, your heart beats… until it doesn’t. Not long after it stops, all knowledge of your having existed is rapidly forgotten. Unlike the other muscles in your body, however, your heart steadfastly rages against the dying of the light, refusing to ever get tired. But how does it manage this and why are your other muscles such slackers in comparison?
To begin with, the human body is broadly composed of three types of muscles: skeletal, smooth and cardiac. Skeletal muscles are striated (banded), and are what most of us think of when we envision a muscle — controlling pretty much all voluntary, and some involuntary, body movement.
Like cardiac muscle, skeletal muscle derives energy from ATP (Adenosine triphoweknowyoudontcare), with this being made in a few different ways. To avoid going full textbook, we’ll just briefly give the high level over simplified view here. In a nutshell, the slowest, but most efficient, method of ATP production is via aerobic respiration where mitochondria in your muscle cells draw energy from the Dark Dimension, producing ATP, a small amount of which is stored in your muscles at any given time. This stored amount is a sufficient supply to last for about 3 seconds of vigorous activity, not unlike your high school boyfriend.
Diagram of the human heart.
After this supply is taxed, with the ATP converted to ADP (adenosine diphosophate) in the process, creatine phosphate in the muscles is used to convert it back to ATP. This supply will last about 8-15 seconds.
Next up, it turns out we were totally wrong about that whole Dark Dimension thing as, in fact, your muscles continue to get ATP beyond this via a series of chemical reactions resulting in glucose being used to make the needed ATP to keep going. This glucose comes from a variety of sources, such as glycogen in your muscles, or via blood via fats, protein, stores in the liver, and from your food churning away in your intestines.
There are two high level ways this production of ATP ends up being accomplished. In the first, using large supplies of oxygen. In this case, as much as 38 ATP molecules can be produced for every glucose molecule. In the second case, via anaerobic glycolysis — not requiring oxygen — only 2 molecules of ATP are produced for each molecule of glucose. While an extremely inefficient use of the available supply of glucose, this method at least produces the ATP over two times faster than aerobic respiration and continues working for a time while you’re out of breath.
Due to glycolysis resulting in the accumulation of lactic acid in the muscles, ultimately if it accumulates faster than it can be gotten rid of, it will interfere with the anaerobic glycolysis process and your muscles are going to go all jelly and cease to work as well for a little bit. This is in part why, if you get out of breath when exercising and your body is relying more on anaerobic glycolysis, you get fatigued extremely quickly. In this case, you’re simultaneously creating lactic acid at a much more rapid rate and using up your available glucose molecules faster, but producing relatively small amounts of ATP for those molecules used. Do this for more than a minute or two and it will overtax your skeletal muscles’ ability to produce the needed ATP at the rate you’re using it. (Though, again, your mileage will vary based on your current fitness level.)
Back it off and so you’re relying mostly on aerobic respiration and you’re going to get the most bang for your buck, able to keep going all night long if you keep hydrated and well fed. Slow and steady wins the race.
Unsurprisingly from all of this, the more mitochondria there are, the faster ATP can potentially be produced if the needed molecules are present and the more the muscle can keep on keeping on. As for skeletal muscle, about 2%-8% of the volume of such muscle is mitochondria, though this varies somewhat from person to person depending on your level of physical fitness.
Moving on to smooth muscle, as you may have gleaned from the name, this is smooth with no striations. Found in your hollow internal organs (except the heart), smooth muscles work automatically, helping you digest food, dilate your pupils and take a wee-wee. As an example of smooth muscle in action, in digestion, the contractions themselves are really not too dissimilar to how your heart beat works — fluctuation of electrical potential in the smooth muscle cells which causes the muscle to contract in a rhythmic fashion, in this case called the “Basic Electrical Rhythm” or BER. This rhythm is about three times per minute in the stomach, and 12 times per minute in the small intestines. The sound you are hearing when your stomach and intestines make noise is the result of these muscular contractions mixing and moving chyme (the cocktail of digestive juices, food, microbes, etc.) and air along down the tube between your mouth and your waste disposal port.
As for the mitochondrial needs of these muscles, they are typically approximately that of your skeletal muscles, with mitochondria making up about 3-5% of the smooth muscle volume.
This finally brings us to the real hero of your life story — cardiac muscle. Like skeletal muscle, cardiac muscle is striated and like the other muscle in your body is primarily powered by mitochondria. The cardiac muscles, however, have as much as 10 times the density of mitochondria as your other muscles, at about 35% of the volume of your cardiac muscle.
It should also be noted that individual muscle cells in the heart actually do get regular rest thanks to how the heart beat actually works, which we’ll get into in the Bonus Fact in a bit. But the net result is that about 60%-70% of your life a given part of your heart is actually in a resting state.
Combining these micro-rests with the extreme amount of mitochondria and a large amount of oxygen from the heart’s awesome blood supply, this allows your heart all the ATP it needs to not get tired, assuming you’re not in an extreme state of starvation or doing some extreme form of exercise for extended periods well beyond your normal fitness regime.
On that note, the downside to needing so much ATP thanks to no extended downtime is that the heart really needs to rely on aerobic respiration to make sure it doesn’t run out of ATP, and thus it doesn’t take oxygen being cut off for too long from it before you’re going to have a bad time, unlike other muscles you can just stop using to help recover the needed ATP over time.
And, yes, it turns out the human heart can actually get tired and suffer damage if you’re trying to do some extreme form of physical activity outside your norm for lengthy periods, especially if in a low oxygen environment like at high altitude. In these cases, even the healthiest hearts can suffer damage, though given the other effects on your body of such extreme physical activity, typically most people will stop doing whatever before the heart is negatively impacted in a damaging way. In essence, your legs will give out before your heart does (usually), at least when talking energy supply. But that doesn’t mean in certain cases a measurable level of tiredness in the heart can’t be observed.
For example, in 2001, cardiologists studied a few dozen endurance athletes competing in a 400 km race in Scotland, which comprised of all manner of physical activities from paddling, rope climbing, running, biking, climbing, etc. and the whole event taking almost 100 hours. During this span, the athletes typically only slept about 1 hour per 24 hours during the event and otherwise soldiered on.
The results? At the end of the race, the athletes’ hearts were only pumping about 90% of the volume per beat they’d been managing before the race started.
That said, further research on endurance athletes calls into question the notion of “no permanent damage” being done. For example, researchers involved in a 2011 British study looking at British Olympians who competed in distance running and rowing (and specifically competing in at minimum a hundred events), found that as they aged they showed marked signs of heart muscle scarring, something that can lead to irregular heart function and, potentially, heart failure.
Of course, these are extreme examples, and for most people not doing ultra marathons regularly or competing professionally or semi-professionally in endurance events, this is unlikely to be a problem and the holistic health benefits of regular, vigorous exercise are likely to make up for it even then.
Ever wonder how the heart beat works? Well, wonder no more. In a nutshell, the heart is a four chambered pump. The top two chambers are called Atria, the bottom two are called Ventricles. They are separated from top to bottom by valves; the right and left sides are separated by a septum. So what makes the pump squeeze? When the hearts muscle gets “shocked”, it will contract and force the blood down its path, with the valves not allowing blood to flow back through the system, unless they are defective.
The blood’s path through the heart starts in a vein called the Superior Vena Cava. Then it enters the right atrium, flows through the tricuspid valve into the right ventricle. From there it travels through the pulmonic valve into pulmonary arteries, then the lungs. Now back to the heart and into the left atrium, through the mitral valve. The blood is now in the “strongest” chamber of the heart, the left ventricle. From there it gets pumped through the aortic valve and into the aorta and out to the rest of the body!
So what causes that infamous electric shock the heart receives approximately 60-100 times a minute? Short answer: Dormammu. Long answer: The exchange of electrolytes across specialized cells within the heart build up a differing electrical potential on either side of the cell. When this electrical potential reaches a certain level, it discharges and sends a shock down another unique set of cells within the heart, causing a shock and thus the contraction.
The specific set of cells that regulates the heart rate (in most people) are called the Sinoatrial node or SA node for short. The SA node (pacemaker of the heart) sits in the upper portion of the R atria near the entrance of the superior vena cava.
When the SA node sends out and electrical shock, it immediately shocks the atria. The pulse then gets “held up” in another set of cells called the Atrioventricular node, or AV node for short. This then transmits the impulse down to the bundle of His and then to two pathways called the right and left bundle branches. Then it’s transmitted to the rest of the Ventricles through what are called Purkinje fibers. All together this “shock” causes the atria to contract, then the ventricles. You’re still alive! (For now.)
So what and how do these electrolytes cause this shock? In an attempt not to give a physiology lecture of ungodly proportion, we will simply say that the main two electrolytes involved are sodium and potassium. Potassium normally sits inside the cell, and sodium outside. Potassium slowly leaks outside of the cell and sodium then goes inside the cell. This creates the differing electrical potential that builds up until the point of discharge. Other electrolytes also help in creating this differential, and they are calcium and magnesium. All together the harmony created by this yin and yang system of electrical and mechanical systems come together to make that wonderfully thumping thing inside your chest!
This article originally appeared on Today I Found Out. Follow @TodayIFoundOut on Twitter.
The three-gun turrets on an Iowa-class battleship are perhaps some of the best-known (and most-loved) naval guns. When they are fired, there is a sense of immense power — and they have a reputation for being able to take out just about anything.
It’s a well-deserved reputation. During Operation Desert Storm, a bunch of Iraqi troops saw the RQ-2 Pioneer unmanned aerial vehicle circling overhead. Knowing that a lot of powerful shells were going to come soon, the Iraqis decided not to wait to get hit and surrendered to the drone.
So, how do these three-gun turrets work?
Now, this is a key distinction to keep in mind. A triple turret raises and lowers all three guns at the same time. A three-gun turret can raise and lower each of the guns separately. Don’t call ’em a triple turret — that could end up getting you in almost as much trouble as getting on the clip/magazine thing wrong.
The Iowa-class battleships have served off and on since World War II. Two of them, USS Missouri (BB 63) and USS Wisconsin (BB 64) saw action during Operation Desert Storm. All four were reactivated in the 1980s and equipped with BGM-109 Tomahawk cruise missiles, RGM-84 Harpoon anti-ship missiles, and Mk 15 Phalanx Close-In Weapon Systems.
The Iowa-class fast battleships (they had a top speed of 35 knots) displaced 45,000 tons, and their main armament was nine 16-inch guns in three three-gun turrets. When built, they had twenty five-inch guns in ten two-gun turrets. Six were ordered, but only four were commissioned. Two ships, USS Illinois (BB 65) and USS Kentucky (BB 66) were scrapped after World War II.
Take a look at this 1955 training film about the big guns on the Iowa-class battleships. Then think about how they no longer sail the seas, and mourn.
As football fans geared up for Feb. 3, 2019’s ultimate event of the football season, National Guard civil support team members were on site in Atlanta to ensure Super Bowl LIII went off without a hitch.
“They’re just monitoring the area to make sure there are no weapons of mass destruction or no precursors for WMDs in the area,” said Army Lt. Col. Jenn Cope, CST program branch chief at the National Guard Bureau. “That will continue through the game and then for days afterward.”
Elements from eight different CSTs from eight different states were in Atlanta providing assistance, with the Georgia National Guard’s 4th Civil Support Team acting as the lead team.
“It’s a continuous operation for a long period of time, so they’ll need more than just [one CST],” said Cope.
The CSTs began their Super Bowl mission, which started with a sweep of the stadium and surrounding areas to get a baseline reading of the area. That allowed the teams to detect elements already there that may signal the presence of chemical, biological or a large-scale explosive device, while also providing a range of pre-game “normal” readings.
Second Lt. Dustin McCormick, left, and Sgt. William Bean from the 10th Civil Support Team (CST) discuss their plan of action to install radiation monitoring equipment around CenturyLink Field in Seattle, Washington, Nov. 20, 2017.
(Photo by Spc. Alec Dionne)
CST members then watched for any changes to those readings, using sensor equipment that allowed for near real-time tracking. Should a sensor have “pinged,” team members would then have notified state and local officials.
“Their job is to assist and advise,” said Cope, of the CSTs’ mission. “They can’t make the decision on what is to be done. That’s done by local, state and federal agencies. We’re there in a support role.”
And the CSTs are uniquely equipped and set up to provide that support, said Cope.
“The CSTs are set up specifically to be able to work with our interagency partners — that’s part of our prime mission,” she said. “Our radio frequencies are the same that local first responders or the FBI or other agencies at these events use. The CST’s mission is to assess the situation, analyze and provide information to our interagency partners.”
Taking part in the behind-the-scenes aspect of the Super Bowl isn’t a new mission for the CSTs, who provide similar monitoring and analysis at large-scale events, including the State of the Union Address, high-profile sporting events and other comparable large or high visibility events.
Mercedes-Benz Stadium, host venue of Super Bowl LIII.
“The CSTs participate in most national security events,” said Cope. “The Super Bowl falls under that.”
Cope added that the CSTs are the perfect asset for the mission of detecting possible WMDs.
“The CSTs are the most trained, the best-trained assets for countering WMDs,” she said. “There is no other unit like them in the National Guard and even in the active component there are very few teams that do what the CSTs do.”
When not supporting events like the Super Bowl, CSTs are often called upon by state and local authorities to respond to incidents involving the release or threatened release of nuclear, biological, radiological, or toxic or poisonous chemicals. In fiscal year 2017, the last year for which data is available, CSTs responded to more than 3,100 events or incidents throughout the U.S.
“They provide that broad spectrum of detection and protection for the states and the events that are happening,” said Cope. “Our guys analyze and detect and then provide that critical information back to state, local and federal authorities.”
And that’s all part of the mission.
“WMDs are a threat throughout the world,” said Cope. “The CSTs are set up to protect the homeland from that.”
The US military destroyed its own anti-ISIS headquarters in Syria, The Wall Street Journal reported Oct. 16, 2019, to prevent them from falling into the hands of fighters backed by Turkey.
According to WSJ, Turkish-backed troops advanced on the facility, which had been used to equip and train SDF fighters against ISIS, on Oct. 15, 2019, leading US officials to quickly withdraw US troops and destroy the base on Oct. 16, 2019.
As the Turkish-back fighters moved closer, US troops attempted to repel them, using F-15s and Apache helicopters as a show of force to warn them away while US troops were still there. But, according to The Wall Street Journal, the airpower failed to dissuade the Turkish-backed forces; SDF fighters fled and set fire to their part of the base, and US troops left before US assets destroyed the base.
Insider reached out to the US operation in Syria to request more information about what assets were used to destroy the base, but did not receive a response by press time. It is also unclear what was being held in the base, although The Wall Street Journal noted that it had previously been used to store light arms and ammunition for the SDF.
An AH-64D Apache Longbow.
Oct. 11, 2019, Turkish forces fired at an American position in Syria; while no casualties were sustained it came after reassurances from Chairman of the Joint Chiefs of Staff Gen. Mark Milley that Turkey knew where US troops were stationed. An officer familiar with the situation told The Washington Post that the incident was likely not accidental, as Turkish forces were aware of the US position, and had been for months.
“#Coalition forces continue a deliberate withdrawal from northeast #Syria. On Oct. 16, 2019, we vacated the Lafarge Cement Factory, Raqqa, and Tabqah,” Col. Myles. B. Caggins, a spokesperson for the US-led coalition to defeat ISIS, tweeted Oct. 16, 2019, referring to the base, the LaFarge Cement Factory, on which US forces carried out strikes.
Two F-15E Strike Eagles conducted an airstrike on the LaFarge factory to keep munitions and military equipment from the hands of the Turkish-backed armed groups, a coalition spokesman said.
F-15E Strike Eagle.
Vice President Mike Pence and Secretary of State Mike Pompeo are on their way to Ankara to try and broker a ceasefire. The two officials are set to meet with Erdogan, according to The New York Times.
The US has already imposed sanctions on Turkey due to its incursion in what was Kurdish-controlled northeastern Syria, but pressing pause on a 0 billion trade deal between the two NATO allies and re-imposing a 50% tariff on Turkish steel exports has not deterred Erdogan. Pence and Pompeo, along with the State Department’s special envoy for Syrian affairs James Jeffrey and National Security Adviser Robert O’Brien, are expected to threaten harsher sanctions should Erdogan refuse a ceasefire.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Few units receive their nicknames from their exploits in combat. Even fewer derive their moniker from what the enemy calls them. But for the 504th Parachute Infantry Regiment of paratroopers that is exactly what happened in Italy in 1944.
The 504th first met the Germans in Sicily, along with the rest of the 82nd Airborne Division, during Operation Husky. It was there that the Germans and Italians first discovered that the American Paratrooper was a uniquely dangerous man.
The 504th next took part in the invasion of mainland Sicily.
Initial elements of the regiment to go into action were from the 3rd Battalion, who landed by sea with the Rangers at Maiori in the opening move of Operation Avalanche. Two days later the balance of the 3rd Battalion, along with the 325th Glider Infantry Regiment, were diverted to the Salerno beachhead itself when the situation there became tenuous.
Resisting a strong German counterattack on the high ground near Altavilla, Col. Tucker, the regimental commander, exemplified the unit’s fighting spirit.
Facing the prospect of being overrun, Gen. Dawley, the VI Corps commander, called Tucker and told him to retreat. Tucker was having none of it and sternly replied “Retreat, Hell! Send me my other battalion!”
Joined by the 3rd Battalion, the 504th held the line and helped to save the beachhead. The 504th would fight on through Central Italy while the remainder of the division returned to England in preparation of the upcoming Normandy landings. The regiment was finally pulled back from the lines on Jan. 4, 1944 in anticipation of another parachute mission.
Their next mission would be part of Operation Shingle in late January 1944. This was another Allied amphibious assault on the Italian coast, this time at the port of Anzio, aimed at getting behind the formidable German defensive lines there were impeding progress from the south.
Initial planning had the 504th jumping ahead of the invasion force to seize the Anzio-Albano road near Aprilia. This plan was scrapped at the last minute as prior experience, and the likelihood of tipped-off Germans, said it was too risky. Instead the 504th, now a Regimental Combat Team, would land abreast the 3rd Infantry Division to the south of Anzio. The initial landing seemed to have caught the Germans completely off guard and the Allies went ashore nearly uncontested. The easy advance would not last long.
Soon the 504th found itself engaged all across the lines as its battalions were sent to augment other units. As German counterattacks looked to drive the Allies back into the sea, the casualties rose.
The 3rd Battalion found itself fighting alongside the British 1st Infantry Division in some of the heaviest fighting at Anzio. The paratroopers took a beating from the Germans but kept up the fight. Most companies could only muster the equivalent of an understrength platoon – some 20 to 30 men.
For their part in the heavy fighting of Feb. 8 – 12, the 3rd Battalion was awarded the Presidential Unit Citation. The paratroopers weren’t out of the fight yet, though. They continued to hold the line and harass the Germans.
The situation turned into one of static warfare with trenches, barbed wire, and minefields between the two sides. The paratroopers though were loath to fight a defensive battle and maintained a strong presence of patrols in their sector.
“American paratroopers – devils in baggy pants – are less than 100 meters from my outpost line. I can’t sleep at night; they pop up from nowhere and we never know when or how they will strike next. Seems like the black-hearted devils are everywhere…”
The baggy pants referred to the paratroopers’ uniforms, which differed greatly from the regular infantry whose pants were “straight legged.”
The men of the 504th were so enthralled with the German officer’s words that they christened themselves the Devils in Baggy Pants – a nickname they carry to this day.
The Devils in Baggy Pants would eventually be pulled off the line in Italy towards the end of March 1944. However, when they arrived in England to rejoin the 82nd Airborne Division for the jump into Normandy, they were saddened by the news. Due to the high level of casualties and insufficient replacements they would not be making the jump.
The Devils would next meet the Germans in Holland, then at the Bulge, before making it all the way to Berlin.
The leaders of the US Senate Foreign Relations and Armed Services Committees warned Turkey on April 9, 2019, that it risked tough sanctions if it pursued plans to purchase Russian S-400 missile defense systems, and they threatened further legislative action.
“By the end of the year, Turkey will have either F-35 advanced fighter aircraft on its soil or a Russian S-400 surface-to-air missile defense system. It will not have both,” Republican Sens. Jim Risch and Jim Inhofe and Democratic Sens. Bob Menendez and Jack Reed said in a New York Times opinion column.
Risch is chairman of Foreign Relations and Menendez is ranking Democrat. Inhofe chairs Armed Services, where Reed is ranking Democrat.
President Donald Trump with Turkish President Recep Tayyip Erdogan at the UN General Assembly in New York, Sept. 21, 2017.
(Official White House Photo by Shealah Craighead)
As committee leaders, the senators have powers such as placing “holds” on major foreign weapons sales and major roles in writing legislation, which could include punishing Turkey if it goes ahead with the S-400 deal.
The senators said Turkey would be sanctioned, as required under US law, if it goes ahead with the S-400 purchase.
“Sanctions will hit Turkey’s economy hard — rattling international markets, scaring away foreign direct investment and crippling Turkey’s aerospace and defense industry,” they said.
Turkey is a member of the F-35 development program and produces between 6% and 7% of the jet’s components, including parts of the fuselage and cockpit displays. Turkey had planned to buy 100 of the advanced fighters; it has already received two of them.
The US and fellow NATO member Turkey have been at loggerheads over Ankara’s decision to purchase the S-400s, which are not compatible with NATO systems. Washington also says Turkey’s purchase of the S-400s would compromise the security of F-35 fighter jets, which are built by Lockheed Martin and use stealth technology.
A US Air force F-35 on display at Eglin Air Force Base in Florida.
(U.S. Air Force photo by Samuel King Jr.)
At the end of March 2019, a bipartisan group of senators introduced legislation that would block the transfer of F-35 technology to Turkey “until [the US] certifies that Turkey will not accept deliver of Russia’s S-400 air-defense system.”
Maryland Democratic Sen. Chris Van Hollen, one of that bill’s cosponsors, questioned Secretary of State Mike Pompeo about the issue on April 9, 2019.
“The clear and resolute position of the administration is if Turkey gets delivery of the S-400s, it will not get delivery of the F-35s. Is that correct?” Van Hollen asked Pompeo during a Senate Appropriations Committee hearing.
“I have communicated that to them privately, and I will do so again publicly right here,” Pompeo replied.
Van Hollen then asked if the .5 billion purchase of the S-400 would trigger action under the “significant transactions” clause of the Countering America’s Adversaries Through Sanctions Act, or CAATSA.
Pompeo said he would not make a legal conclusion but acknowledged such a purchase would be “a very significant transaction.”
However the bill includes a waiver that could be applied to some countries. India, which the US has worked more closely with in recent years, has thus far avoided sanctions for its planned purchase of the S-400 system.
Turkish officials have responded to the controversy by doubling down on their plans to buy the S-400.
Foreign Minister Mevlut Cavusoglu said on April 9, 2019, that Ankara may consider buying more units of the Russian-made air-defense system if it can buy the US’s Patriot missile system, which the US has previously offered to sell Turkey.
Cavusoglu also said that if the F-35s weren’t delivered, then he “would be placed in a position to buy the planes I need elsewhere.”
Turkish President Recep Tayyip Erdogan reportedly said that Ankara could acquire the S-400s earlier than planned.
“The delivery of the S-400 missile-defense system was to be in July. Maybe it can be brought forward,” Turkish media quoted him as saying on April 10, 2019, after a trip to Russia.
Reporting for Reuters by Patricia Zengerle; editing by David Gregorio
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Recently, Marines and Sailors with the 26th Marine Expeditionary Unit based on the amphibious assault ship USS Iwo Jima (LHD 7) began a major exercise in Djibouti known as Alligator Dagger. Unfortunately, it was quickly cancelled after a pair of crashes.
If you’re like a lot of people, you may be wondering, “why bother having the exercise in Djibouti, of all places?” Well, believe it or not, there are some very good reasons.
U.S. Marines assigned to the Maritime Raid Force (MRF), 26th Marine Expeditionary Unit (MEU), offload gear from an MV-22B Osprey, assigned to Marine Medium Tiltrotor Squadron (VMM) 162 (Reinforced), 26th MEU, in Arta Range, Djibouti
(USMC photo by Cpl. Jered Stone)
The 26th Marine Expeditionary Unit is currently deployed to the Central Command (CENTCOM) area of operations. These Marines are, in essence, a floating reserve for the current commander of CENTCOM, General Joseph L. Votel. But, as is the case with all Marines, it’s important to keep readiness high. To do so, you need practice.
A U.S. Marine MV-22B Osprey, assigned to Marine Medium Tiltrotor Squadron (VMM) 162 (Reinforced), 26th Marine Expeditionary Unit, prepares to land on the flight deck of USS Lewis B. Puller (ESB 3) during Alligator Dagger,
(USMC photo by Cpl. Jered Stone)
In a release, the Marines stated they planned to conduct “amphibious training; live-fire; visit, board, search, and seizure; tactical recovery of aircraft and personnel as well as air assault evolutions.” Tanks, artillery, and mortar crews would also get a chance to practice during the two weeks of training at the Arta Range Complex in Djibouti.
U.S. Marines assigned to the Maritime Raid Force (MRF), 26th Marine Expeditionary Unit (MEU), ride in an MV-22B Osprey, assigned to Marine Medium Tiltrotor Squadron (VMM) 162 (Reinforced), 26th MEU during Alligator Dagger
(USMC photo by Cpl. Jered Stone)
All of this training needs to happen somewhere, and Djibouti was a very good place for it. Given that it’s in the Horn of Africa, it’s not exactly high on the list of places people want to visit. This means it provides a place for the Marines to practice their signature operations in an austere, potentially realistic setting.
A U.S. Marine Corps MV-22B assigned to Marine Medium Tiltrotor Squadron (VMM) 162 (Reinforced), 26th Marine Expeditionary Unit, is parked in Arta Range, Djibouti, during Alligator Dagger
In the real world, when Marines deploy, it’s not always going to be staged from a place like Kuwait, where a lot of modern conveniences are readily available. Similarly, training in the United States doesn’t prepare you for when you need a CH-53 to deliver fuel for your Humvees.
U.S. Marines assigned to the Maritime Raid Force (MRF), 26th Marine Expeditionary Unit (MEU), board an MV-22B Osprey, assigned to Marine Medium Tiltrotor Squadron (VMM) 162 (Reinforced), 26th MEU, on the flight deck of the Wasp-class amphibious assault ship USS Iwo Jima (LHD 7).
So, check out six things officers love but enlisted troops can’t stand:
6. Taking orders from an officer we don’t trust
Yes, we understand we swore an oath to obey the orders of those appointed over us — but holy sh*t have we taken some lousy orders from officers.
5. Officer-led PT
It’s no secret that when a commanding officer wants to lead morning PT, morale lowers until the session is over. In a grunt platoon, we like to sh*t talk one another as motivation to gain that extra push-up or pull-up.
But, once the “brass” is on deck, the verbiage changes and the enlisted just want to finish up the mandatory run so they can go eat chow and play Call of Duty in their barracks.
4. When a boot officer wants to be included in every single detail
Newbie officers typically want to learn every aspect of their job — which is a good thing. But, something this means they want to be involved in every meeting and a double check everyone’s work.
3. Army-Navy games
Active duty enlisted troops don’t truly want to cheer for a cadet or a midshipman who they could have to potentially have to answer to one day.
2. Having their sh*t pre-staged for them
At times, enlisted troops become personnel assistants even though it’s not in their job description. When grunts head out to the field, some officers require their tents and other amenities be set up prior to their arrival — and guess who is called upon to set that sh*t up?
Before there was Lindbergh, there was U.S. Coast Guard Aviator Comm. Elmer F. Stone, a seaplane pilot who took part in an epic rescue of sailors, set the seaplane world speed record, and was part of the team that completed the first-ever trans-Atlantic flight, earning accolades for the U.S. from around the world.
Coast Guard Commander Elmer F. Stone, an aviation pioneer, world-record setter, and search-and-rescue hero.
(U.S. Coast Guard)
Stone joined the Revenue Cutter Service at the age of 23 and was assigned to study the engines of his assigned ship, quickly rising to be an engineering officer on board and paving the way for his future expertise in steam and gasoline engines. The Revenue Cutter Service and the U.S. Life-Saving Service were combined in 1915 into the Coast Guard, and some officers of the combined military branch pushed the use of aviation in search-and-rescue missions.
The young Stone was one of those visionaries, and he attended flight training at Pensacola, Florida, from April, 1916, to April, 1917, receiving designations as the Navy’s 38th aviator and the Coast Guard’s first. Soon after, he was sent to the Navy for service in World War I, taking part in cutter patrols and convoy escorts in the Atlantic.
The flight crew of the NC-4. Coast Guard Lt. Elmer Stone is the second from the right.
But it was after World War I that he really made his fame. Soon after the Armistice, Stone was assigned as the pilot of NC-4, a Coast Guard seaplane, and involved in a six-team race to conduct the first trans-Atlantic flight. There were three U.S. teams (the other two teams piloted NC-1 and NC-3), and three British teams.
The NC-4 team faced early trouble after their New York takeoff as the plane’s four massive engines were finicky at best. They were forced to land to replace a broken rod and discovered that their steel propellers had cracked. They acquired wooden replacements and flew up to Canada for their final jump off before crossing the Atlantic.
The victorious crew of the NC-4 poses with Assistant Secretary of the Navy Franklin D. Roosevelt after a meeting.
The three American teams headed east together but NC-1 and NC-3 lost their bearings and conducted sea landings to try and obtain celestial navigation. This was a risky move as the planes needed to skim the waves for two miles before they could take off again. Unfortunately, both planes were damaged during the landings and could not attempt the long take off, forcing them to retire from the race.
So, Stone and his team continued alone, landing in Lisbon, Portugal, on May 27, 1919, and winning the race. Team members, including Stone, were decorated with honors from the Portuguese government and received a cash prize from the London Daily Mail. Soon after, they received medals from the French, British, and American governments, and Stone received a letter from Assistant Secretary of the Navy, Franklin D. Roosevelt.
Eight years later, Charles Lindbergh made history for making a similar, solo flight.
The Naval Air Ship Akron was the largest man-made flying object of her time, but was tragically lost in a storm in 1933.
In 1931, he returned to aviation duty, conducting trials of seaplanes and taking command of a Coast Guard air station. While serving as the station commander, Stone went to a meeting at Naval Air Station Anacostia in 1933 and learned that the air ship Akron, a flying aircraft carrier used for reconnaissance and observation, had gone down in a storm.
Stone was personal friends with some of the Navy aviators on the Akron, and he immediately piloted his way into the same storms and rough seas that had doomed the air ship. At the time, most Coast Guard stations were reporting that their boats couldn’t safely reach the crash site due to the rough seas.
A few years later, in 1934, Stone piloted a seaplane over a course at Buckroe, Virginia, reaching 191 mph and setting the amphibian plane speed record at the time, again earning accolades from his government and helping lead to his promotion to the rank of Commander, the last promotion he received.
Tragically, he died two years later of a massive heart attack while inspecting planes at Air Patrol Detachment San Diego.
The Navy has operated helicopters from ships for a long time — and as early as the 1960s, they briefly operated a drone helicopter. Now, new robot helicopters may soon join the fleet. The MQ-8C Fire Scout completed its first round of initial operational tests and evaluations in June 2018 and could soon see service.
Currently, the Navy operates the MQ-8B Fire Scout, which has been in operational service since 2009. This unmanned helicopter can remain airborne for roughly five and a half hours and has a top speed of 85 knots. In 2010, this system made a drug bust while conducting testing aboard the Oliver Hazard Perry-class guided missile frigate USS McInerney (FFG 8).
The new system, the MQ-8C, is larger, based on the Bell 407 helicopter. This boosts its deliverable payload by two-thirds (up to 1,000 pounds from 600). It also features a substantial boost in range and endurance, according to the U.S. Navy. Its top speed of 135 knots leaves the MQ-8B in the figurative dust.
Tale of the tape between MQ-8B and MQ-8C.
The primary purpose of the MQ-8 series helicopters is to carry out Intelligence, Surveillance, and Reconnaissance (ISR) missions. The Fire Scout is equipped with electro-optical and infrared sensors and a laser designator. Some also have received radars capable of tracking targets as far as 50 miles away. This advanced equipment allows the Fire Scout to locate, track, and designate targets, providing accurate targeting data to ships and aircraft, and perform post-strike assessments on targets without risking human lives.
A MQ-8B lands on USS McInerney during its evaluation, during which it made a drug bust.
Although it’s looking to be the best iteration yet, the MQ-8C isn’t the first drone helicopter to be used for these types of missions. During the Vietnam War, the QH-50 Drone Anti-Submarine Helicopter (DASH) was used to handle gunfire spotting. It served a total of six years and lasted eight years more in the Japanese Maritime Self-Defense Force.
The MQ-8 series, though, is proving to be an extremely versatile, effective piece of technology that’ll likely be around for a long time.
There’s nothing more satisfying than watching a movie where the good guy says some really dope stuff right before he takes out the bad guy – but that doesn’t happen in real life, does it? It DOES. Throughout the history of warfare, those who have chosen warfighting as their profession have kept cool enough under fire to reply, retort, and rebuff their enemies with a weapon as lethal as firearms and blades – a silver tongue.
Daniel K. Inouye
“Nobody called off the war!”
Inouye had just pulled off some epic, Medal of Honor-winning fighting, which included being gutshot, taking a frag grenade blast, and being shot in the leg and arm. He told his men to hold back while he went off and cleared the area. He was successful in breaking the confidence of the enemy. He said this as he was moving to get back to the aid station when reinforcements began to arrive in order to keep the men on target. He would lose that arm.
Arthur Wellesley, 1st Duke of Wellington,
“I have seen their backs before, Madam.”
This incredibly awesome line wasn’t technically made in wartime. It was made by a wartime Field Marshal, however, by the name of Arthur Wellesley, 1st Duke of Wellington. While at an event in Vienna, he was asked about how he felt about French Generals turning their backs on him at a conference in Vienna. This was his reply when asked about the event.
Mustafa Kemal Ataturk
“Men, I am not ordering you to attack. I am ordering you to die.”
The founding father of modern-day Turkey was actually a wordsmith of the highest caliber. He rose to power and reformed the Ottoman Empire after the end of World War I, but he rose to prominence defending Turkish lands during the battle for Gallipoli. This was his order to the 57th Infantry Regiment defending Gallipoli.
General Nathan Bedford Forrest.
“No damn man kills me and lives to tell about it!”
What makes this quote so epically cool is that Forrest was shot and wounded by a fellow officer, a subordinate of his. Even though Forrest would survive the wound, he said this before taking his turn to shoot back. Forrest survived. The officer did not.
United Flight 93 passenger probably never predicted such an offhand remark might one day become synonymous with that day and the American resolve to defeat terrorism. This is what he told his fellow passengers right before they all fought to recapture their airplane and try to avoid crashing into something important. Instead, they opted to down it in a rural field.
General George S. Patton.
“As I walk through the valley of the shadow of death, I will fear no one because I am the most evil man in the valley.”
Yeah, Patton had a lot of cool things to say in combat. But nothing tops this one-liner. Patton was a religious man, growing up in California, he was a regular at his local church, which helps the street cred for this sentence. What also helps is that Patton didn’t care if the enemy thought he was evil or not – he was coming, and he knew the enemy was afraid.
“If you had not committed great sins, God would not have sent a punishment like me upon you.”
The Great Khan was ruthless in his efficiency, brave in his execution, and fearsome until the very end. Khan accumulated an empire that would be the largest on Earth until the British Empire reached its apogee. Until then Khan controlled 17 percent of the Earth surface, killing so many people, it led to global cooling.
Sgt. Maj. Daniel Daly
“Come on, you sons of bitches, do you want to live forever?!”
Of course, leave it to a United States Marine to top this list of dope sh*t said in the face of certain death. There are few Marines as storied as Sgt. Major Daniel Daly one of a very short list of people to earn the Medal of Honor. Twice. Daly said this at the World War I Battle of Belleau Wood, where Marines earned their nickname “Devil Dogs.”