In August 1942, Joseph Kennedy, Jr. died aboard a B-24 Liberator loaded with explosives – and almost nothing else. He was part of Operation Aphrodite, an all-out effort to destroy reinforced Nazi weapons bunkers. But there was one bunker in particular that appeared to resist every Army Air Forces bombing attempt. This one was critical because it developed off the merciless V-2 and maybe even V-3 rocket programs that terrorized London – and the United States thought it would be the delivery agent for a Nazi nuke.
It had to go – but to do that required a developing technology and a lot of bravado. More airmen than Nazis would die trying.
These things were built to last.
For months, the Allies worked to destroy the bunker, called the Fortress of Mimoyecques, that might be developing the V-3 rocket, one that was possibly capable of guiding a nuclear weapon over London. Time and again, the United States would conduct a massive bombing operation over the site, but like clockwork, the resupply trains would be back the very next week. It seemed like nothing could be done using conventional explosives. So the USAAF turned to the unconventional. It turned to Operation Aphrodite.
The plan was for a remotely operated, obsolete bomber to be packed with the bare minimum of machinery and equipment necessary to get the craft over the target. The rest of the plane was filled with high explosives. While nowadays drone technology is pretty par for the course, back then it was something entirely different – not quite as reliable and it required a crew to get a plane up in the air, two at the bare minimum. So two men would be aboard a ticking time bomb as it took off for enemy territory and would have to bail out shortly after.
The men were supposed to get the plane off the ground then bail out over the English Channel to be picked up. Then the plane would be guided using cameras on the instrument panel and the view ahead of the plane via remote control. Once at the target the plane would be flown into whatever was too protected for a conventional bombing run. The volunteer who wanted to fly the plane that was destined for the Fortress of Mimoyecques was none other than Lt. Joseph Kennedy Jr., brother to future President of the United States John F. Kennedy and son to prominent businessman Joseph P. Kennedy.
Unfortunately for the Kennedy family, the B-24 Liberator bomber Kennedy and his wingman Lt. Wilford J. Willy flew took off from RAF Fersfield in England, bound for the bunker complex in Northern France. The 20,000 pounds of Torpex explosive the B-24 was carrying ignited from an electrical fault in the plane shortly after takeoff. The resulting explosion was the largest conventional explosion in history at the time. Kennedy and Willy were likely vaporized instantly.
Luckily for the Allies, the Aphrodite plan for Mimoyecques would be unnecessary. Canadian D-Day invaders reached the complex site on Sept. 4, 1944. What they found was not the vast underground death factory planners assumed was below the surface. It turned out the heavy bombing campaign – especially the use of Tallboy earthquake bombs – was enough to disrupt work at the complex. Hitler just kept sending fake resupply trains to the site in order to keep the Allies bombing a disused factory instead of massing German troops elsewhere in Europe.
If you’ve learned everything you know about Marine Corps boot camp from watching films like Full Metal Jacket or Jarhead, then you’ve got a skewed idea of what goes down. In fact, before we even hop into the list of misconceptions, let’s squash one here and now: your senior drill instructor does not train you the whole time. If anything, he or she is more like a ghost, only appearing when it’s time to pass out mail or if your platoon really f*cks up.
Sincerely, one of the biggest challenges you’ll face as a boot is telling people tales of your training. Why? If you’re telling someone who hasn’t experienced boot camp for themselves, you’ll have to constantly stop and break down all of their existing misconceptions. If you’re telling someone who has gone through it, then they don’t want to hear a bunch of crap they’ve already heard from every boot before you.
So, to save you some time, my young boot, go ahead and share this article with your friends before you regale them with tales of your triumph over boot camp. These preconceived notions are all wrong:
Your drill instructor trains you to shoot
Drill instructors have a role during your basic rifle training, but you get most of your training from a primary marksmanship instructor. Being a PMI is the only other way to be able to wear a campaign hat, the infamous “Smokey Bear” as some refer to it. Your drill instructor takes you to class and you’re trained by someone with a more even temper.
You learn infantry tactics
This one’s easy — you don’t. Not extensively, anyways. Not to a degree where you could be dropped off on a battlefield the day of graduation and expect to survive, at least.
All you do is PT
There’s a lot of physical training done during Marine boot camp, like, a lot. But it’s not the only thing you do. If you’re a total sh*t bag and no one likes you, yeah, that’s all you’ll do because you’re going to live in the freaking sand pit. Generally, though, PT only accounts for a portion of your day.
Your drill instructors never stop being mean
At first, yeah. Every time you see a Marine in a campaign cover it sends a chill down your spine and you die a little bit on the inside, but after a while, your drill instructors will treat you just a little bit better. You may even have some cool sit-downs where one lectures about their personal experiences as a teaching tool.
But, if you take that kindness for weakness — you’ll pay.
Marine Corps boot camp is extremely difficult
While some believe it’s the most difficult of all the branches, that’s irrelevant. The truth is that Marine Corps boot camp — or any other basic training — isn’t as hard as you’ll make it out to be in your mind.
If you can adapt, you can survive. That’s essentially what you learn in boot camp, because that’s what it means to be a Marine.
The midway point on construction of the Navy’s next aircraft carrier, the John F. Kennedy, CVN 79, was reached at the end of August 2018, when the latest superlift was dropped into place, shipbuilder Huntington Ignalls said in a release.
The modular-construction approach the shipbuilder is using involves joining smaller sections into larger chunks, called superlifts, which are outfitted with wiring, piping, ventilation, and other components, before being hoisted into place on the Kennedy.
The latest superlift makes up the aft section of the ship between the hangar bay and the flight deck. It is one of the heaviest that will be used, composed of 19 smaller sections and weighed 997 standard tons — roughly as much as 25 semi trucks. It is 80 feet long, about 110 feet wide, and four decks in height.
Below, you can see Huntington’s Newport News Shipbuilding division haul the massive superlift into place with the shipyard’s 1,157-ton gantry crane.
Workers installed an array of equipment, including pumps, pipes, lighting, and ventilation, into the latest superlift before it was lifted onto the ship.
The modular approach has allowed the shipbuilder to reach this point in construction 14 months earlier than it was reached on the USS Gerald R. Ford, the Navy’s first-in-class Ford-class carrier, the company said.
“Performing higher levels of pre-outfitting represents a significant improvement in aircraft carrier construction, allowing us to build larger structures than ever before and providing greater cost savings,” Lucas Hicks, the company’s vice president for the Kennedy program, said in the release.
A superlift is dropped into place on the aft section of the Navy’s next aircraft carrier, the John F. Kennedy, August 2018.
Huntington Ignalls started construction on the Kennedy in February 2011 with the “first cut of steel” ceremony. The ship’s keel was laid in August 2015, and the carrier hit the 50%-constructed mark in June 2017.
The shipbuilder said in early 2018 that the Kennedyreached 70% and 75% structural completion, which “has to do with superlifts and the number of structures erected to build the ship,” Duane Bourne, media-relations manager for Huntington Ignalls, said in an email.
With the nearly 1,000-ton superlift added at the end of August 2018, work on the Kennedy — structural or otherwise — is now halfway done.
The ship is now scheduled to move from dry dock to an outfitting berth by the last quarter of 2019, which would be three months ahead of schedule. Hicks said in April 2018 that the Kennedy was to be christened and launched in November 2019 and delivered to the Navy in June 2022.
USS Gerald R. Ford underway on its own power for the first time in Newport News, Virginia, April 8, 2017.
(US Department of Defense photo)
The Kennedy includes many of the new features installed on the Ford, like the Electromagnetic Launch System and Advanced Arresting Gear, both of which assist with launching and recovering aircraft. (One notable feature not included on the Ford: urinals.)
The Ford was delivered to the Navy in June 2017 — two years later than planned — and commissioned that year. The ship came at a cost of about .9 billion, which was 23% more than estimated. The Ford has faced a number of issues and is still undergoing post-commissioning work before it can be ready for a combat deployment.
The Navy and Huntington Ignalls have said lessons from the construction of the Ford will be applied to future carriers — though the Government Accountability Office said in summer 2017 that the .4 billion budget for the Kennedy was unreliable and didn’t take into account what happened during the Ford’s construction. The Pentagon partially agreed with that assessment.
The Kennedy is the second of four Ford-class carriers the Navy plans to buy. Work has already started on the next Ford-class carrier, the Enterprise, with the “first cut of steel” ceremony taking place in August 2017.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Russia’s armed forces are gearing up for Vostok-18, or East-18, a massive military exercise in the country’s far east from Sept. 11-15, 2018.
Defense Minister Sergei Shoigu said in August 2018 that about 300,000 troops and 1,000 aircraft would participate, using all of the training ranges in the country’s central and eastern military districts. Russia’s Pacific and Northern fleets and its airborne forces are also expected to join.
Shoigu said 2018’s iteration of the Vostok exercise would be “unprecedented in scale, both in terms of area of operations and numbers of military command structure, troops, and forces involved.”
But the size of the forces involved is not the only feature that has turned heads.
Forces from China and Mongolia also plan to take part. Beijing has said it will send about 3,200 troops, 30 helicopters, and more than 900 other pieces of military hardware.
China’s Defense Ministry said the drills were meant to strengthen the two countries’ strategic military partnership and increase their ability to respond to threats and ensure stability in the region.
The Kremlin spokesman Dmitry Peskov said China’s participation “speaks about the expansion of interaction of the two allies in all the spheres.”
Chinese forces have already joined their Russian counterparts in some military exercises.
Chinese warships have drilled with their Russian counterparts in the Pacific Ocean and the Baltic Sea. In summer 2018 Chinese warplanes were in Russia for International Army Games 2018, a multinational event.
August 2018, Chinese forces are taking part in Peace Mission 2018, an exercise organized by the Shanghai Cooperation Organization, a regional bloc led by Russia and China. (It’s the first exercise to include all eight SCO members.)
China’s Jian-10 fighter jet
But including China in the Vostok exercise hints at a significant geopolitical shift.
“China was seen as the potential threat or target in exercises like Vostok,” Alexander Gabuev, an expert on China at the Carnegie Moscow Center, told The New York Times.
“But it is now being invited to join as a friend and even a quasi-ally,” Gabuev added. “This is really unprecedented.”
The Soviet Union clashed with China along their shared border several times in the 1960s — once in a deadly Chinese raid on a Soviet border outpost that almost kicked off a full-scale war in early 1969.
The Soviet leader Mikhail Gorbachev normalized relations with China in 1989, and some 6 million Russians in Siberia now live alongside roughly 100 million Chinese in northern China, where trade relations have grown.
But eastern Russia’s vast expanse and sparse population make it a vulnerable area, and Russians there have expressed frustration with the growing Chinese presence and with concessions to Chinese commercial interests.
Amid heightened tensions with the West, however, Russian President Vladimir Putin has made a concerted effort to build ties with China. Beijing, for its part, has also embraced Russia. Both have done so with an eye on the West.
United States President Donald Trump and Russian President Valdimir Putin.
The two have said they are building a “strategic partnership” and expressed shared opposition to what they describe as a “unipolar” world dominated by the US.
China’s defense minister, Gen. Wei Fenghe, went to Moscow early 2018 on his first trip abroad, saying the visit was meant to “let the Americans know about the close ties between the armed forces of China and Russia.”
“I am visiting Russia as a new defense minister of China to show the world a high level of development of our bilateral relations and firm determination of our armed forces to strengthen strategic cooperation,” Wei said.
That rhetoric and statements about close ties don’t mean that Russia has dropped its guard, Gabuev said, noting that Chinese troops at Vostok-18 may be limited to training areas near the countries’ shared border with Mongolia, allowing Russian forces deployed elsewhere to carry out exercises designed with China in mind.
The Russian military “is not so naive that it is not preparing a contingency plan,” Gabuev told The Times.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
US Air Force B-52 Stratofortress bombers — America’s longest-serving bomber aircraft — are expected to get an upgrade that will allow them to drop bombs like never before.
The service is currently testing a major upgrade for the decades-old bombers, as well as the revolutionary Conventional Rotary Launchers (CRLs). The upgrade will increase the number of munitions a single B-52 bomber can drop at one time, the Air Force revealed in a recent statement.
CRLs are rotating munition systems located inside the bomb bay that allow the heavy, long-range bombers to carry a larger and more varied payload of conventional smart bombs and other guided munitions.
“Before these launchers, the B-52 was not capable of carrying smart weapons internally,” Air Forces Strategic (AFSTRAT) Armament Systems manager Master Sgt. Adam Levandowski said when the first CRLs were delivered to the service in November 2017. “Now each CRL allows for internal carriage, which adds an additional eight smart bombs per aircraft,” he further explained.
(U.S. Air Force photo by Gerald R. Willis)
The addition of the new CRLs increased the B-52’s smart weapon carrying capacity by 67 percent.
B-52 bombers flew into battle with the new launchers for the first time in December 2017, setting a new record for largest number of bombs ever dropped from the airframe, Military.com reported at the time.
A long-standing issue with the CRLs has been that power could only be supplied to four munitions at a time. The planned upgrade will provide full power to all internal munitions at once. In the past, aircrews could only power four munitions on one pass, as anything more might risk blowing the circuit breakers mid-flight.
“Now, a B-52 going into a war zone has the ability to put 20 munitions on a target area very quickly,” Senior Master Sgt. Michael Pierce, 307th Maintenance Squadron aircraft armament superintendent, said, referring to the eight internal weapons and the 12 additional munitions stored under the wings.
These figures refer to the AGM-158 Joint Air-to-Surface Standoff Missiles (JASSMs) used in testing. The bombers can carry potentially larger quantities of other munitions.
“The entire effort to modify the CRL moved pretty quickly,” Pierce said. “The bottom line is yesterday we had the capability to deliver 16 weapons at one time and today we can deliver 20 of them.”
The Air Force is expected to upgrade all B-52s once testing is complete.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Protection against many common pathogens and environmental stressors is written into our DNA. Our skin responds to sun exposure. Our immune system mounts defenses when we get the flu. Our bodies inherently work to mitigate the potential for harm caused by these health threats. However, these intrinsic responses are not always quick, robust, or appropriate enough to adequately defend us from harm, which is why many people experience sunburn after intense sun exposure or suffer severe symptoms, even death, following exposure to the flu.
Military service members, first responders, and civilian populations face threats far more severe than sunburn and respiratory infections. Pathogens with pandemic potential, toxic chemicals, and radioactive materials can all quickly and powerfully overwhelm the body’s innate defenses. And though significant public and private investment has been focused on the development of traditional medical countermeasures such as drugs, vaccines, and biologics to guard against the worst effects of these health threats, current countermeasures are often limited in their effectiveness and availability during emergencies.
DARPA is looking to make gains beyond the status quo. Inspired by recent advances in understanding of when and how genes express their traits, DARPA’s new PReemptive Expression of Protective Alleles and Response Elements (PREPARE) program will explore ways to better protect against biological, chemical, or radiological threats by temporarily and reversibly tuning gene expression to bolster the body’s defenses against – or directly neutralize – a given threat.
“The human body is amazingly resilient. Every one of our cells already contains genes that encode for some level of resistance to specific health threats, but those built-in defenses can’t always express quickly or robustly enough to be effective,” said Renee Wegrzyn, the PREPARE program manager. “PREPARE will study how to support this innate resistance by giving it a temporary boost, either before or after exposure, without any permanent edits to the genome.”
The program will focus on four key health challenges as proofs of concept for what DARPA ultimately envisions as a generalizable platform that can be rapidly adapted to emerging public health and national security threats: influenza viral infection, opioid overdose, organophosphate poisoning, and exposure to gamma radiation.
“Each of these four threats are major health concerns that would benefit from disruptive approaches,” Wegrzyn said. “Seasonal flu vaccines, for example, are limited in that they try to hit a perpetually moving target, so circulating flu strains are often mismatched to vaccine strains. Programmable modulation of common viral genome sequences could potentially neutralize many more circulating viral strains simultaneously to keep up with moving targets. Combining this strategy with a temporary boost to host protection genes could change how we think about anti-virals.”
PREPARE requires that any treatments developed under the program have only temporary and reversible effects. In so doing, PREPARE diverges sharply from recent gene-editing research, which has centered on permanently modifying the genome by cutting DNA and inserting new genes or changing the underlying sequence to change the genetic code. Such approaches may cause long-lasting, off-target effects, and though the tools are improving, the balance of risk versus benefit means that these therapies are reserved for individuals with inherited genetic disorders with few to no other treatment options. In addition, some indications, including treatment of pain, may only require temporary solutions, rather than life-long responses.
The envisioned PREPARE technologies would provide an alternative that preserves the genetic code exactly as it is and only temporarily modulates gene activity via the epigenome and transcriptome, which are the cellular messages that carry out DNA’s genetic instructions inside cells. This would establish the capability to deliver programmable, but transient, gene modulators to confer protection within brief windows of time for meaningful intervention.
“Focusing only on programmable modulation of gene expression enables us to provide specific, robust protection against many threats at once, with an effect that carries less risk, is limited but tunable in duration, and is entirely reversible,” Wegrzyn said.
Success will hinge on developing new tools for targeted modulation of gene expression inside the body. Researchers must identify the specific gene targets that can confer protection, develop in vivo technologies for programmable modulation of those gene targets, and formulate cell- or tissue-specific delivery mechanisms to direct programmable gene modulators to the appropriate places in the body. Although the immediate program goal is to develop defenses against one of the four focus areas determined by DARPA, the ultimate objective of PREPARE is to develop a modular, threat-agnostic platform solution with common components and manufacturing architecture that can be readily adapted to diverse and emerging threats.
Research will be conducted primarily using computer, cell culture, organoid, and animal models to establish proof of concept. However, DARPA’s vision is to generate new medical countermeasures for future use in humans. As such, DARPA is working with independent bioethicists to identify and address potential ethical, legal, and societal issues.
By the end of the four-year program, DARPA aims for each funded team to submit at least one final product to the U.S. Food and Drug Administration (FDA) for regulatory review as an Investigational New Drug or for Emergency Use Authorization. Throughout the program, teams will be required to work closely with the FDA to ensure that the data generated and experimental protocols meet regulatory standards.
The invasion of Iwo Jima was one of the most costly battles in the Pacific in World War II, largely because the aerial bombings and naval artillery bombardments that preceded the invasion failed to do serious damage to the 22,000 Japanese troops or their network of 1,500 bunkers and reinforced rooms carved into the island.
The Marines were forced to fight bitterly for nearly every yard of the island, and Japanese defenders emerged from hidden caves and bunkers at night to kidnap, torture, and kill American invaders.
Modern Marines would enjoy two big advantages that their predecessors lacked — night vision devices, including thermal and infrared technologies and bunker-busting weapons like thermobaric warheads. Other modern advances like counter-fire radar would play a role as well.
When the invasions first hit the beaches in 1945, the Japanese defenders refused to heavily contest the landings. Instead, they huddled in their miles of tunnels and waited for the Marines to come to them across minefields or to group up where mortars and artillery could kill many Americans in one hit.
Harriers and Hornets launching from amphibious assault ships could then hit these positions with guided bombs. Destroying the weapons would require accurate hits, but that’s sort of the point of precision weapons. And, if the Marine pilots brought along their F-35Bs, they could potentially carry the high velocity penetrating weapon, a bunker buster small enough to be carried on a smaller jet.
Meanwhile, the infantry Marines would find themselves with more options than their World War II counterparts. While the flamethrower — which was so important at Iwo Jima — is now a thing of the past, thermobaric rounds for the SMAW and other missiles would make up the difference.
The SMAW-Novel Explosive warhead is fired through an opening or thin wall of a a cave, building, or bunker and disperses a metal cloud that is then ignited, causing a large explosion that overpressurizes the area, killing or severely wounding everyone inside.
And other missiles like the TOW and Javelin are no slouches against bunkers.
With the Marines capable of destroying bunkers anytime the Japanese compromise their camouflage by firing from them, the defenders would fall back to their other major tactic on Iwo Jima, creeping out under cover of night to hit the Americans.
But this would go even worse for them. While night vision was in its infancy in 1945, modern systems can amplify ambient light (what’s typically happening in green-tinted night devices), detect infrared energy (black and white night vision), or provide a detailed thermal map (blue, green, orange, yellow, and red vision). Any of these night optics would be able to see Japanese troops.
Aviation assets with infrared and light-amplifying devices could watch any defenders crawling from their bunkers and either hit them or report their locations to infantry and artillery units. The infantrymen could strongpoint their camps with vehicle and tripod mounted machine guns and missile systems with night optics.
Between the two, the Marines would enjoy a massive advantage in night fighting. Even if the defenders had their own systems, the 2017 Marines would be in a better position than their 1945 counterparts since in 1945 the Japanese were able to own the night. In 2017, they would be evenly matched at worst.
With the shift in power with modern technology, the Marines might even take Iwo Jima while inflicting greater casualties than they suffered. As it was, the Iwo Jima invasion was the only major engagement in World War II where they didn’t inflict more casualties than they suffered.
While “salvage operations” aren’t usually stories of perseverance and ingenuity, the actions of brave sailors and officers after the Pearl Harbor attacks formed a miracle that is legitimately surprising. While the battleships Utah, Arizona, and Oklahoma were permanently lost after the Pearl Harbor attacks, seven combat ships that were sunk in the raid went on to fight Japanese and German forces around the world, and at least three non-combat ships saw further service in the war.
In all, 21 ships were labeled damaged or sunk after the attack. Nine of them were still afloat and were either quickly repaired for frontline duty or sent to the U.S. West Coast for repairs and new equipment. But another 12 were sunk, and some of those were even declared lost. Before the war closed, seven of the sunken ships would see combat, and another three served in peacetime roles.
The USS West Virginia burns on December 7 thanks to Japanese attacks. It would go on to punish the Japanese forces across the Pacific.
USS West Virginia was declared lost three years before entering Tokyo Bay
The USS West Virginia was one of the worst hit in the raid. The “Weevie,” as it was called, had been hit by up to seven torpedoes, but no one could be certain exactly how many torpedoes hit it, really, because the damage was so severe. At least two torpedoes flowed through holes in the hull and exploded inside against the lower decks.
Salvage crews were forced to create large patches that were held in place with underwater concrete. As seawater was pumped out, it was expected that the ship’s electric drive would be unusable or would need extensive repairs but, surprisingly, it turned out that seawater hadn’t reached the main propulsion plant. The alternators and motors were repaired, and the ship headed for Puget Sound Navy Yard.
The ship received much better anti-aircraft armament and defensive armor and headed back into the fight in the Pacific. At the Battle of the Surigao Strait, Weevie fired ninety-three rounds into the Japanese fleet. It later hit Japanese forces ashore on Leyte, served at Luzon, Iwo Jima, and Okinawa, and was the first of the older battleships to sail into Tokyo Bay to witness Japan’s surrender in 1945.
The USS Shaw explodes at Pearl Harbor on December 7. It later fought across the Pacific.
USS Shaw attacked Guadalcanal, Leyte, and the Philippines
The destroyer USS Shaw was only 6-years old when the Pearl Harbor attack began, but the modern warship was in overhaul on Dec. 7, 1941, and had all of its ammo stored below decks. So it was unable to protect itself as dive bombers struck it, shredding the deck near gun number 1, severing the bow, and rupturing the fuel oil tanks. All this damage led to a massive fire in the forward magazines which then blew up.
The Shaw was declared a total loss, but the Navy found that much of its machinery was still good. Damaged sections were cut off, a false bow was fitted, and the ship steamed to Mare Island in California for permanent repairs just two months after the attack.
The overhauled USS Shaw fired on Japanese forces at the Battle of Santa Cruz Islands, Guadalcanal, Leyte, and the Southern Philippines. It served out the war before being decommissioned in October 1945.
The USS Nevada fires its guns at the Normandy shore during D-Day in June 1944, about 30 months after the ship sunk at Pearl Harbor.
USS Nevada shelled Normandy
The USS Nevada was one of the few ships in the harbor that was ready to fight on December 7, and its official reports indicated that the crew first opened fire at 8:02, about 60 seconds after the attack started. It was able to down between two and five enemy planes, but still took one torpedo and six bomb hits that doomed the ship. An admiral ordered the ship to beach itself to protect the channel and the ship from further damage.
While Adm. Chester E. Nimitz was pessimistic as to the Nevada’s chances, salvage leaders were quite hopeful. Most of the holes were small enough to patch with wood instead of steel. It took extensive work to get the ship capable of sailing to the West Coast. When it arrived at Puget, it received new anti-aircraft guns and a full overhaul.
The battleship USS California sits in drydock in 1942 as crews prepare to begin major repair operations.
USS California slammed a Japanese Fuso-class battleship with shells
The California crew was able to get into fighting position as Japanese bombers closed in, but that just left officers in perfect position to watch the track of the torpedo that hit the ship in the opening minutes. As damage control got underway, a second torpedo hit the ship followed by a single bomb. All this was made worse when the crew had to abandon ship as the fires from the USS Arizona floated around the California.
But the crew came back and kept the ship afloat for three days before it finally sank into the mud. Salvage operators had to build cofferdams to begin repairs so that crews could access previously flooded areas. As the ship emerged from the water, caustic solutions were used to remove corrosion and seawater. It sailed for the West Coast in October 1942.
By the time the California left the Puget Sound Navy Yard in late 1943, it had nearly all new parts, from the engine to many weapons. It used these to fight at the Marianas, bombard Saipan and Guam, and then slam a Fuso-class battleship at Surigao Strait with over 90,000 pounds of munitions.
The USS Downes on left and USS Cassin, capsized on right, sit on the partially flooded floor of Drydock No. 1 on Dec. 7, 1941, after suffering multiple bomb hits and internal explosions.
The destroyers USS Cassin and USS Downes were in drydock on December 7. So they were essentially impossible to damage with torpedoes, but were highly susceptible to bombs. Guess what Japan hit them with? Bombs passed entirely through the Cassin and exploded on the drydock floor, and both ships were set on fire and struck by tons of fragments. Cassin even toppled off its blocks and struck the drydock floor.
The USS Cassin’s keel and hull were warped by the damage, and the hull was filled with holes. The shell plating was wrinkled. Crews disassembled the ship and sent most everything but the hull to Mare Island where they were installed in a new shell. Despite the entirely new hull, the Navy considered the resulting ship to still be the USS Cassin.
The Cassin was sent against Marcus Island, Guam, Saipan, Tinian, Luzon, Iwo Jima, Palau, and the Philippine Islands. Yeah, it had a pretty busy war for a ship “lost” on December 7.
The USS Downes sails away from Mare Island to serve against Japan in World War II on Dec. 8, 1943, almost exactly a year after the Pearl Harbor attack.
The Downes arguably suffered worst than the Cassin in drydock as the fires caused sympathetic detonations in the Downes‘ torpedoes and other weapons. It was also twisted by damage, and it had massive holes from the explosions. Downes had aluminum plating on its deckhouse that was completely destroyed.
Like the Cassin, the Downes had its hull scrapped and most of its innards installed in another hull in the shipyard on Mare Island.
This new and improved USS Downes fought at Saipan, Marcus Island, and Luzon. Like the Cassin, it had been declared lost after the Pearl Harbor damage.
The USS Oglala is visible in the foreground, mostly submerged on its side as other ships burned in the background on December 7 at Pearl Harbor.
The minelayer Oglala technically didn’t suffer a hit on December 7, but a torpedo passed under it and hit the USS Helena. The blast from that crippled the old Oglala which had been built as a civilian vessel in 1906. The crewmembers took their guns to the Navy Yard Dock and set them up to provide more defenses. They also set up a first aid station that saved the lives of West Virginia crewmembers.
The ship suffered horribly, eventually capsizing and sinking until just a few feet of the ship’s starboard side remained above water. It was declared lost, and the Navy even considered blowing it up with dynamite to clear the dock it had sunk next to. But the decision was made that it could destroy the dock, so the Navy had to refloat it. At that point, it made sense to drydock and repair it.
After repair and refit at Mare Island Navy Yard, the Oglala was re-launched as a repair ship and served across the west Pacific. It actually joined the Maritime Reserve Fleet after the war and wasn’t scrapped until 1965, almost 60 years after its construction as a civilian passenger liner.
(Author’s note: Most of the information for this article came from The Navy Department Library’s online copy of Pearl Harbor: Why, How, Fleet Salvage and Final Appraisal by Vice Admiral Homer N. Wallin. It can be found online here.)
The AC-130U gunship has completed its final combat deployment.
The U.S. Air Force said its AC-130U, known as the “Spooky,” has returned stateside from its last scheduled deployment.
The last U-model arrived home to the 1st Special Operations Wing under Air Force Special Operations Command at Hurlburt Field, Florida, on July 8, 2019, according to a service news release.
The 1st SOW said the Spooky will remain on alert in case troops need it for strike or overwatch downrange. But its return comes as the command gets ready to deploy the Spooky’s follow-on model, the AC-130J Ghostrider.
The 4th Special Operations Squadron, part of the 1st SOW at the base, received its first upgraded J-model in March 2019. While the command has had and operated the J-model since 2017, officials touted AFSOC’s first plane with the Block 30 software upgrade. The improved Ghostrider arrived this spring.
The Block 30 model marks “a major improvement in software and avionics technology” over the AC-130J, which has the original Block 20 software, officials said in a news release in March 2019.
“The Ghostrider is the newest and most modernized gunship in existence, fulfilling the same mission sets as the Spooky but with upgraded avionics, navigation systems and a precision strike package that includes trainable 30mm and 105mm weapons,” the release states.
The fourth-generation AC-130J is slated to replace the AC-130H/U/W models, with delivery of the final J- model sometime in 2021, according to the Air Force. Crews expect the J to be deployed in late 2019 or early 2020. The service plans to buy 37 of the aircraft.
Along with the 105mm cannon the U-models sport, the AC-130J is equipped with a 30mm cannon “almost like a sniper rifle. … It’s that precise, it can pretty much hit first shot, first kill,” Col. Tom Palenske, then-commander of 1st Special Operations Wing, told Military.com last May at Hurlburt.
The J-model also has improved turboprop engines, which reduce operational costs with better flight sustainability, the service has said. It has the ability to launch 250-pound, GPS — or laser-guided small-diameter bombs (SDB). The aircraft is expected to carry AGM-114 Hellfire missiles, interchangeable with the SDBs on its wing pylons, AFSOC has said.
The upgrades come as the service is looking to keep more aircraft “survivable” in multiple conditions.
For example, last year, the head of U.S. Special Operations Command publicly said electronic jamming over Syria had affected the AC-130U model, and became reason enough for getting more military data protections amid an ever-changing multi-domain battlespace.
Two AC-130U Spooky gunships with the 4th Special Operations Squadron fly over Hurlburt Field, Florida, after returning from their last scheduled combat deployment, June 8, 2019.
(U.S. Air Force photo by Airman 1st Class Blake Wiles)
“They’re testing us every day — knocking our communications down, disabling our AC-130s, et cetera,” Army Gen. Raymond A. Thomas III said April 25, 2019, before an audience at the U.S. Geospatial Intelligence Foundation’s GEOINT 2018 Symposium. Thomas, who commanded SOCOM since March 2016, retired this year.
As a result, crews began checking and cross-checking their data, including target information, before they locked on with their cannons, Palenske told Military.com.
“You make sure you’re as precise as possible, only targeting the guys we’ve validated as bad guys,” he said, referring to operations in the Middle East where the gunships routinely flew countless missions, often with danger-close strikes.
“When there’s some glitch being put out there by trons that threatens the accuracy of that, then the [AC-130 crews] have got to make sure they do no harm,” Palenske added.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
Jake Larson, a World War II veteran, will be returning to Normandy, France June 2019 after 75 years. Jake is the last surviving member of a unit that stormed Omaha Beach. Many men died during World War II, and Jake often questioned why he had survived.
Jake, 96, told the New York Times, “I never thought I’d be alive 75 years later. I’m the luckiest guy in the world.”
He currently lives in the San Francisco Bay Area and had only returned to France in his mind. His humble salary at a printing business never afforded such a luxury.
However, with the help of two women and an online fund-raising campaign, Jake can now return to France for the 75th Anniversary of D-Day.
“I can’t believe people would donate to me — they don’t even know me,” Jake stated.
Jake is planning to write a memoir and calls his trip to France the final chapter.
This article originally appeared on VAntage Point. Follow @DeptVetAffairs on Twitter.
There were two reasons that the Japanese Navy found itself on the wrong end of the Marianas Turkey Shoot. One was the F6F Hellcat, which proved to have much better performance than the Mitsubishi A6M Zero. But just having the Hellcat wasn’t enough.
The real key to the overwhelming victory in the skies above the Philippine Sea was how well a pilot could operate their plane. During the Battle of the Coral Sea, Stanley Vejtasa earned the second of his two Navy Crosses by destroying three Zeroes while flying a Douglas SBD Dauntless dive bomber. Later in 1942, Vejtasa would score seven kills in one day during the Battle of the Santa Cruz Islands while flying the F4F Wildcat. Vejtasa would find himself sent back Stateside, his kill total for World War II frozen at 10.5, as he became a test pilot.
Many other aces were sent back, some as test pilots, but most were responsible for training up-and-coming pilots. The combination of the user-friendly F6F Hellcat and skilled, veteran pilot instructors made this fighter a superb weapon. It scored 5,165 kills during World War II. David McCampbell would score 34 of them to become the Navy’s leading ace. Japan kept its pilots on the front lines, so when they were shot down, they were often killed.
One reason the Hellcat racked up such a high total was that its contemporary, the Vought F4U Corsair, was difficult to fly – earning the dubious nickname, “Ensign Eliminator.” By contrast, the Hellcat was a relatively simple plane to land — a big plus when it came time to land on a carrier. As a result, the Corsair was relegated mostly to land bases.
A space is confined if it has a limited or restricted entry or exit point.
“Confined spaces include, but are not limited to, tanks, vessels, silos, storage bins, hoppers, vaults, pits, manholes, tunnels, equipment housings, ductwork, pipelines, etc.,” according to the Occupational Safety and Health Administration.
And the US military trains for all different kinds of scenarios in such spaces.
Here’s what they do.
Air Force Joseph Chavez from the 120th Airlift Wing, Montana Air National Guard performs a confined space rescue on Feb. 13, 2017.
(US Air Force photo)
Senior Airman Jada Lutsky, a fuel system specialist with Pennsylvania Air National Guard, dons a respirator during a confined spaces rescue exercise on Feb. 24, 2018.
(US Air Force photo)
Members of the 911th Technical Rescue Engineer Company enter a manhole and extract simulated patients during a training exercise on Aug. 1, 2018.
(Department of Defense photo)
Army Spc. Ridwan Salaudeen, 758th Firefighter Detachment, climbs through a confined space at Fort McCoy, Wis. on Aug. 9, 2017.
(US Army photo)
An Army Reserve soldier navigates his way through a building collapse simulator at Fort McCoy, Wis. on Aug. 13, 2018.
(US Army photo)
Marine Cpl. Seth White, a Chemical, Biological, Radiological, and Nuclear (CBRN) defense specialist, crawls through an underground tunnel while wearing a Level-C hazmat suit on Oct. 3, 2018.
(US Marine Corps photo)
Army Reserve Spc. Alex Thompson, 376th Engineer Firefighter Detachment, crawls through a tube for training at Fort McCoy, Wis. on Aug. 13, 2018.
(US Army photo)
Army Reserve Brett Lehmann, 376th Engineer Firefighter Detachment, crawls through a tube for confined space familiarization training at Fort McCoy, Wis. on Aug. 13, 2018.
(US Army photo)
Army Reserve Pvt. Kenneth Collins, 376th Engineer Firefighter Detachment, pulls himself from a confined space familiarization tube at Fort McCoy, Wis. on Aug. 13, 2018.
(US Army photo)
And the whole thing seems pretty grueling.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The battle for Shal Mountain, named Operation Rugged Sarak, went from October 8-15, 2011. Shal Mountain sat above Shal Valley and controlled two important supply routes, one vital to coalition forces for resupply and one critical to insurgent smuggling between Pakistan and Afghanistan.
The insurgents controlled the mountain for years, but the men of Bastard Company, 2-27th Infantry Regiment, decided to finally take it from them after the insurgents used it to attack two convoys, killing one Bravo soldier in each of the attacks. The battle for the summit would rage for eight days.
Spc. Jeffrey A. Conn was the medic that responded to the second convoy attack as well as the medic on top of Shal Mountain during the fight for the summit. On the mountaintop, he would earn a Silver Star for saving the lives of at least nine U.S. and Afghan soldiers while also taking the lives of many insurgents — at least 12 in a single attack.
Conn began the climb up the mountain on Oct. 8 with the rest of first platoon. While a dozen men ran up the mountain carrying minimal gear to begin constructing an outpost that morning, Conn and the bulk of the American platoon arrived on Oct. 11 after fighting up the mountain with the platoon’s heavy weapons and special equipment. Americans on the mountaintop still only numbered 23.
The enemy had made multiple attempts to take the summit before the rest of the platoon arrived, but on the night of Oct. 11 they attacked hard to try and keep the new arrivals from digging in. Using the terrain to sneak up in the dark, insurgents closed to within five meters of the perimeter and began an attack that opened with 12 machine guns firing into the small base. RPGs and recoilless rifle rounds pelted the defenders as they took cover and attempted to return fire.
Conn climbed a Hesco barrier on the southern flank and began throwing grenades at enemy positions before initiating claymores positioned around the base. The platoon was ordered to collapse the perimeter. As Conn fell back, he saw RPGs striking the platoon’s Mk-19 fighting position, so he rushed to it and looked for wounded before moving to cover. Conn’s actions are credited with preventing the southern flank from collapsing and saving the lives of 30 Afghan and American defenders.
Enemy fire throughout the day had harassed the American forces, but the main effort to push the Americans from the mountaintop began in the late evening. Conn was nearly taken out in the opening salvo as RPGs and machine gun fire impacted within inches of him, according to his Silver Star citation. Conn moved first to the command and control position when he saw that the platoon’s radio was unmanned. He sent reports to the headquarters so they could coordinate the battle until he saw enemy fighters maneuvering their way into the outpost. Conn moved to a nearby 60mm mortar tube, put it in direct fire mode, and began engaging the fighters. He killed 12 of them.
On this day, another U.S. soldier struck two insurgents with a TOW missile, killing both of them. One was an Afghan commander whose death would become a rallying cry for the insurgents.
The following afternoon, the enemy launched its strongest attack of the battle after a funeral for the dead commander. Enemy elements managed to stage a base 100 meters from the OP, hiding in dips in the terrain. Enemy mortar and machine gun fire rained down onto the base. Two 82mm mortar rounds struck a fighting position on the northern flank, severely wounding five U.S. and three Afghan soldiers.
Conn rushed to the position from the opposite side of the OP, exposed to fire the entire way. He quickly stabilized the worst Afghan casualty. As the enemy focused on the new weak point in the flank and sniper fire pelted the ground near him, Conn engaged the assaulting forces with grenades before throwing smoke and pulling the casualties back to the casualty collection point. The casualty collection point gave little cover to the medic, but he stabilized his nine patients, the eight from the northern flank and another from elsewhere on the OP. All nine patients survived and Conn’s actions were again credited with preventing the collapse of a flank, saving the OP.
Late that evening, amid accurate sniper fire from a nearby mountain, an air ambulance tried to evacuate some of the wounded. The flight medic, Staff Sgt. Robert B. Cowdrey, approached the helicopter from the front while bringing the casualties to the bird and was struck by a rotor blade. Conn arrived on site first, stabilizing the other medic and recovering the five other wounded on the flight line. The helicopter had left the landing zone amid enemy fire, and Conn kept the injured soldier alive for thirty minutes while waiting for another Medevac. Staff Sgt. Cowdrey later died of his wounds.
After the fierce attacks of that day, every member of the platoon showed signs of traumatic brain injury.
On Oct. 14, first platoon was finally being relieved of their duties on the mountain, but the enemy wasn’t ready to let them go. While the platoon sergeant was supervising the removal of equipment down the mountain, the insurgents sent ten suicide bombers under machine gun and sniper cover fire against the OP.
Conn took fire inside his firing position, but still further exposed himself by climbing out of it to check on other members of the platoon. After making a circuit to treat the wounded in their positions, he moved to the mortar pit and assisted in firing 60mm rounds against enemy positions while fully exposed to the continuing sniper fire. When the enemy came within range, he again threw fragmentation grenades into the advancing forces.
Combined with M4 fire from the platoon sergeant, this effort killed the suicide bombers before they could breach the OP. The enemy survivors soon began retreating into Pakistan.