Izumo (foreground) sails with USS Ronald Reagan during a bilateral exercise in the South China Sea in 2019 (U.S. Navy photo)
At the Japan Maritime United Isogo shipyard in Yokohama, JS Izumo DDH-183 has entered into the process of being converted to a genuine aircraft carrier. Currently designated as a helicopter destroyer, Izumo does not have the capability to operate fixed-wing aircraft from her deck. In the first of two main stages of her conversion, coinciding with her regular 5-year refit and overhaul programs, Izumo will receive upgrades to accommodate Japan’s new F-35B Lightning II fighter jets.
Following the surrender of the Japanese Empire in WWII, the Imperial Japanese Navy had only three aircraft carriers left in its fleet: Hōshō survived the war as a training carrier, Junyō had been damaged during the Battle of the Philippine Sea and was awaiting repairs, and Katsuragi could not be equipped with enough fuel, aircraft, or pilots by the time she was completed in late 1944. Hōshō and Katsuragi would ferry Japanese servicemen back to Japan until 1947 when all three surviving carriers, along with three unfinished carriers, were scrapped.
Article 9 of Japan’s post-war 1947 Constitution renounced war as “a sovereign right of the nation and the threat or use of force as a means of settling international disputes.” As a result, a Japanese Navy could not be formed as a military branch for power projection. Rather, Japan created the Japan Maritime Self-Defense Force as a branch of the Japan Self-Defense Forces in 1954. Though the JMSDF is tasked with the naval defense of the Japanese islands, Japan’s partnership with Western countries during the Cold War led its focus on anti-submarine warfare to combat the Soviet Navy.
In 2007, Japan launched two Hyūga-class helicopter destroyers. With their flat-top decks, the Hyūgas were often called Japan’s first aircraft carriers since WWII. However, they were only capable of operating rotary-wing aircraft from their decks and had no launch or recovery capabilities for even VTOL fixed-wing aircraft. Doctrinally, the Hyūgas were used as flagships for anti-submarine operations.
Launched in 2013, Izumo is the lead ship in her class and the replacement for the Hyūgas. Displacing 27,000 long tons fully loaded, Izumo and her sister ship, Kaga DDH-184, are the largest surface combatants in the JMSDF. Like the Hyūgas before, Izumo is a helicopter destroyer that carries rotary-wing aircraft and is tasked with anti-submarine operations. However, in December 2018, the Japanese government announced that Izumo would be converted to operate fixed-wing aircraft in accordance with new defense guidelines.
Japan’s updated defense policy called for a more cohesive, flexible, and multidimensional force in response to growing Chinese aggression in the South China Sea and the completion of the Shandong, China’s first domestically-built aircraft carrier.
Estimated at million, the modifications to Izumo include a cleared and reinforced flight deck to support additional weight, added aircraft guidance lights, and heat-resistant deck sections to allow for vertical landings by F-35Bs. At this time, no specifications have been released regarding a ski-jump, angled flight deck, or catapults.
The first stage of modifications will be evaluated in a series of tests and sea trials following completion. Final modifications in stage two of the ship’s conversion are expected to take place in FY 2025 during the next overhaul and further evaluation. Izumo‘s sister ship, Kaga, will also be converted to an aircraft carrier, though no timeline has been released for her modifications.
The conversion to accept fixed-wing aircraft will provide Izumo and Kaga increased interoperability with allies. As aircraft carriers, they would be able to support not only Japanese F-35Bs, but also American F-35Bs and V-22 Ospreys. During a meeting on March 26, 2019 with General Robert Neller, Commandant of the United States Marine Corps, the Japanese government asked for guidance and advice on how to best operate F-35Bs from the decks of the future carriers; General Neller said that he would, “help as much as possible.”
On the creation of the new carriers and their joint capabilities, Japanese Defense Minister Takeshi Iwaya is quoted as saying, “The Izumo-class aircraft carrier role is to strengthen the air defense in the Pacific Ocean and to ensure the safety of the Self-Defense Force pilots. There may be no runway available for the US aircraft in an emergency.”
The conversion of the helicopter destroyers into aircraft carriers has received some opposition both domestically in Japan and abroad. Some people fear that the new capabilities will be a catalyst for future Japanese military expansion and aggression. Already, the JMSDF is the fourth largest world naval power by tonnage, behind only China, Russia, and the United States. However, the Japanese government remains adamant that the modernization efforts are only meant to bolster the country’s self-defense capability against growing threats from China.
In early 1942, things were finally starting to look up for the Allies in Europe. After the Miracle at Dunkirk, the British managed to regroup and deploy their forces elsewhere. The Blitz was over, and the English home islands were safe from invasion (for the time being). Most importantly, the Americans were in the war on the Allied side. The time was right to hit Nazi Germany where it hurt while making the North Atlantic just a little safer for the Royal Navy to operate.
The British set out to destroy the shipyards at St. Nazaire, France.
An aerial view of the target.
The French port as St. Nazaire held one of the largest drydocks in the world. The legendary battleship Bismarck was on its way to St. Nazaire when the Royal Navy caught up to her and sunk her. Few other docks could accommodate ships of that scale. So to avoid unnecessary civilian casualties, the British decided to destroy them with a daring commando raid. There was just one problem, the Special Operations Executive believed the mission would require more explosives than they could reasonably carry into the dock.
And all the Navy ships that could destroy the facility were too heavy to get into the Loire Estuary. So instead of using people or guns to destroy the complex, they decided to essentially make one giant floating bomb.
The British needed to destroy the facility’s dock, the water pumping machinery, and any U-boats or other shipping in the area. To get the men and explosives close enough to the facility and have enough to actually do the job, the SOE decided to strip a Royal Navy destroyer, making it light enough to slip into the estuary and up the River Loire. After stripping it for weight, the ship would be packed with explosives. The plan was for the commandos to board smaller ships and disembark. Once in the facility, they would set explosives elsewhere in the complex, then blow them up.
All of them, including the giant ship bomb.
The convoy of two destroyers and 16 smaller craft left England and set sail for France on the afternoon of March 26, 1942. After capturing two French fishing boats, they all arrived off the coast of St. Nazaire around 9 p.m. and made their way into the port under a German naval ensign. That’s when the RAF began making a bombing run that was supposed to distract the German defenders, but it only served to make the Germans more suspicious. By the time the flotilla of English ships was coming in range of the target, they were challenged by the German navy.
In an instant, all the defenders’ searchlights and guns were pointed at the ships. The Germans began to rake the ship with incessant fire, even after the British surrendered. The German fire only increased, so now the British began to shoot back. The HMS Campbeltown, the ship that was laden with explosives, increased her speed.
At 1:30 a.m. the Campbeltown rammed the gates of the dockyard facility, driving the hull into the gate. The commandos finally disembarked as 5,000 German defenders scrambled to make sense of what was happening. Two assault teams, five demolition teams, and a mortar group all spread out into the complex. They moved quickly to take out the various workings of the drydock and the ships there, and they were largely successful, but the effort was not without casualties. The Germans managed to kill many of the raiders.
By this time, escaping back to the ships was not an option. The commando teams’ new orders were to escape back to England however they could and to only surrender if they ran out of ammunition. Most of them did. They attempted to piecemeal an escape to a nearby old town and into the outlying woods. They were quickly surrounded and captured by the Germans. Only five managed to make it back to Spain and thus, England.
The Campbeltown wreck was still in the dry dock months later.
The Campbeltown didn’t explode right away. It remained lodged in the drydock gates for more than 24 hours as the Germans tried to make sense of the Allied raid. At noon on March 28, 1942, the charges exploded, completely destroying the drydock, along with two tankers moored there. It killed 360 Germans and knocked the drydock out for the remainder of World War II.
Some 169 British troops died in the effort, along with 215 taken prisoner. The Nazis lost two tugs, two tankers, and the drydock in this daring raid but the more strategic importance of the raid was less than welcome. Hitler began to double his efforts to fortify the Western coast of France. By the time D-Day came around in 1944, the new fortifications would cost the Allies dearly.
Image via Flickr https://www.flickr.com/photos/nycmarines/6289181581.
Serving in the Armed Forces of the United States is an honor and gaining citizenship a privilege. A common misconception is that joining the military will guarantee the coveted certificate. The military guarantees a fast track to citizenship if one is already eligiblefor it. Military service will not erase inconsistencies in someone’s legal status. However, for those who are eligible for citizenship, joining the military can be everything you’ve ever wanted.
Here are 7 reasons immigrants should serve in the military:
1. The military is a melting pot
Joining the Armed Forces will expose you to different languages, cultures and religions. It brings people together who would otherwise never have met to form lifelong bonds. I’ve interacted with people from every walk of life. I’ve seen prejudice people change over the course of time after they realize they came from a bubble. That stereotypes are a two-way street; you won’t jump to conclusions as quickly such as; some people are not racist, they’re just a**holes.
2. You will understand the culture better
I’ve never gone hunting before until I went on leave with one of my buddies. I learned that ‘can’t have sh*t in Detroit’ is more than a meme. My Jewish peer had kosher MREs – and they’re delicious. There are so many things that make Americans who they are, and you can explore all the regions of the U.S. with people who have your back. I admit I didn’t like country music before the service but that was because I was only exposed to bad country music on the radio. You get to try so many kinds of foods and treats by sharing care packages with one another. You ‘get’ people better.
3. Life as a civilian will be easier to navigate
Learning to get along with the troops during training and deployment is different than getting along with civilians. You’ve been baptized in fire and most civilians have not. It doesn’t mean they’re less or weak, just different. Handling difficult personalities is a trait that will get you far in life. You can also choose to just ignore difficult people and carry on. The years in the service will give you the experience to read people better and choose whether to engage or not.
4. You gain a new family
When I joined the military it was just my mother, stepfather, and I. My sister wasn’t born yet and seeing large groups of families support their kids stung a little bit. When you’re a first-generation immigrant you don’t have the luxury of a support system. No one was there to see me off or welcome me back from my first deployment. Not a pity party, just facts. On my second deployment, I had a group of friends from other units and my then-girlfriend waiting for me. By the time I returned from my final deployment there was group as big as the others – all American, all Marines. When you join the military as an immigrant you’ll never be alone ever again.
5. Knowing multiple languages increases your pay
If you know languages that are critical to the mission of the United States you can earn extra pay. You can also attend language classes with permission from your unit free of charge. (Unless it’s Spanish — believe me, every Latino tried).
6. Job skills learned in the military are useful when you get out
The job skills learned in the military will be able to give you an advantage when you join the workforce or college after your service is over. Even the skills learned in the infantry transition well into the entertainment industry. The chain of command of a movie production team is very similar to that of an infantry battalion.
7. No one can question your patriotism
This one is self-evident, when you join the military as an immigrant you do not inherit your freedom, you forge it with your bare hands. The Star Spangled Banner sounds sweeter, the flag waves higher and no one can question your loyalty to our great country. I became a citizen on active duty — I’m in my uniform on citizenship certificate photo. When you are legally eligible there are no roadblocks, just fair winds and following seas.
On Tuesday Morning, Russian aircraft manufacturer UAC unveiled the nation’s newest stealth fighter, the LTA Checkmate, at the MAKS air show at Ramenskoye airfield near Moscow. While information about this new 5th generation platform has steadily made its way to the media in recent months and some images even found their way onto the internet last week, we now have the most complete vision of this budget-friendly entrant into the stealth competition yet.
It’s important to remember that this new jet is not an operational platform, nor is there any strong indication that a flying tech demonstrator even exists. In other words, capabilities, cost, and even the overall design of this new fighter are all liable to change before this jet ever starts afterburning its way through production (if it ever does). Russia’s struggling economy and limited defense budget all but assure that the nation won’t be able to fund continued development, let alone production, of the LTA Checkmate single-handedly, so the future of this fighter program is largely in the hands of the foreign market. Russian officials have claimed that they invited delegations from 65 nations to come to the event and get a closer look at the fighter for this specific purpose.
According to today’s announcement, UAC believes they can start delivering new Checkmate fighters within five and a half years, with the first fighter for testing slated to be complete in 2023. ROSTEC officials predict orders of 300 aircraft, though they did not specify if they meant domestic, foreign, or total.
If Russia wants to make the LTA Checkmate its first successful stealth fighter on the export market (let alone in the sky), they need to make this jet look capable, reliable, and perhaps most importantly of all, affordable. These focal points were all on display on Tuesday, with mentions of the aircraft’s automated supply chain system and streamlined maintenance processes getting top billing alongside the usual fighter-fare.
And while it’s important to remember that this fighter is actively being marketed (in other words, exaggeration or extreme optimism may well be in play in terms of announced capabilities), it’s also equally as important to remember that Russia has a long and illustrious history of making grandiose claims about new military technology, only for it to fail to meet expectations…or even ever manifest, after the initial headline-grabbing announcements.
So, with a baseball-sized grain of salt, let’s dive into what UAC says their new fighter can do, and why it matters for the future of Russia’s ongoing staring contest with the West.
We’ve already analyzed where the LTA Checkmate fits into Russia’s defense apparatus and what it will take to get the fighter into service in this article. The following will largely pertain to newly announced information.
The LTA Checkmate aims to be the cheapest stealth fighter on the market
To be clear, being budget friendly does seem to be the focus, or at least one of the focuses, of the Checkmate. According to UAC CEO Yuri Slyusar, this new jet will ring in at under $30 million per airframe, making it the least expensive stealth fighter anywhere on the planet by a wide margin (assuming that price holds). While projected operating costs were not specified, a press release distributed during the event also emphasized cost savings in that department.
Of course, $30 million isn’t something to scoff at, but when compared to America’s two stealth fighters, the F-35 and F-22, it’s an absolute steal. The F-22 was the world’s first operational stealth fighter, but was canceled with just 183 of 750 ordered jets built. That massive cut in volume dramatically increased the per-unit price of the fighter to more than $200 million. The F-35 Joint Strike Fighter has consistently lowered its per-unit cost over the years and now rings in at under $80 million per aircraft, but both Lockheed Martin and the Pentagon have been accused of fudging those numbers by the nonpartisan government watchdog, Project On Government Oversight (POGO).
In their analysis of F-35 costs, an F-35A actually costs the taxpayer around $110 million, with the F-35C ringing it at $117 million and the short take off, vertical landing (STOVL) F-35B breaking the bank at nearly $136 million a piece in 2020.
It isn’t as easy to ascertain costs for China’s Chengdu J-20 or Russia’s existing stealth platform, the Su-57, though experts have weighed in on both. The China Power Project established by the Center for Strategic and International Studies estimates that the per-fighter cost of the J-20 could be as high as $120 million, with the Su-57 likely closer to $100 million.
If these numbers are broadly accurate, then the LTA Checkmate would cost less than a third of its least-expensive competition, making it a viable low observable option for nations that can’t drop nine-digit checks on a single piece of equipment.
Russia claims it uses AI to support pilot operations
An ongoing concern for fighter pilots in a high-end fight is managing mental load. Traditionally, a fighter pilot has to keep track of multiple gauges and sensor read outs as well as the terrain, friendly nearby aircraft, the target, and any potential threats. Until recently, pilots had to combine all of this information in their heads, but flying supercomputers like the F-35 streamline the process and free up pilots to focus on the task at hand. Not only did UAC claim the Checkmate fighter would leverage onboard supercomputers, but they went a step further and claimed the aircraft would also use artificial intelligence, or AI, to further reduce the mental strain on its pilots.
This idea isn’t unheard of. In fact, it the was basis behind the U.S. Air Force and DARPA’s Alphadog Flight Trials held last year. The event pitted real human fighter pilots against AI in virtual dogfights, but the stated aim has long been to improve the AI while increasing pilot comfort with the idea. Eventually, the plan is to use AI in the cockpit as a co-pilot of sorts, handling monotonous tasks for the pilot, or even responding to inbound missiles faster than humans are capable of.
However, to date, AI hasn’t found a place in any fighter cockpit, and it seems unlikely that Russia will master the craft by 2023, when the first Checkmate is projected to take to the skies.
It is likely that the Checkmate fighter will leverage its onboard computers alongside some degree of sensor fusion to provide an enhanced awareness of the battlefield, like most fighters of its generation.
It won’t be able to match other 5th-generation fighters in a dogfight
All those cost savings have to come from somewhere, and even with the assumption that claims about the Checkmate will be exaggerated for marketing purposes, its claimed capabilities still fall short of the other jets of its class.
While every other 5th-generation fighter on the planet has a claimed structural limit that exceeds 9gs, the Checkmate claims only 8. G forces are measured in relation to the natural weight of gravity on earth; 1 G is what you experience all the time while walking around, so 9 Gs is literally 9 times that. Here’s an explanation from F-35 pilot instructor and Sandboxx News contributor Major Hasard Lee:
“Right now, as you’re reading this, you’re probably at 1G, or one time the force of gravity. Your weight is what you see when you stand on a scale. I weigh approximately 200 pounds, 230 with my gear on. For most people, the peak G-force they’ve experienced is probably on a rollercoaster during a loop—which is about 3-4G’s. It’s enough to push your head down and pin your arms by your side. Modern fighters like the F-16 and F-35 pull 9G’s, which translates to over 2,000 pounds on my body.”
You can read all about Hasard’s experiences pushing his F-16 to 9 Gs and just what an incredible toll it takes on your body in his article about it here.
Being limited to 8 Gs means Russia’s new Checkmate won’t be able to perform maneuvers as aggressively as other stealth fighters, or even non-stealth 4th-generation jets. Of course, that’s not necessarily a huge problem though. The Checkmate can bank on its low observability when squaring off against non-stealth fighters like the F-16, and this jet probably wouldn’t be sent out to pick fights with F-22s.
The Checkmate fighter has a claimed range of 3,000km (1,800+ miles)
The single-engine Checkmate weighs in at significantly less than the twin-engine Su-57, and in conjunction with its stealthy but high-lift delta-wing design, seems to offer good range. It’s unclear whether its claimed 3,000km range is based on a stripped-down ferry-flight, but that seems likely.
If this range holds true into production, it would give the Checkmate superior range to that of America’s F-35s, the furthest-reaching of which is the carrier-capable F-35C with a maximum range of a bit shy of 1,400 miles in the best of conditions. The F-22 Raptor can beat the Checkmate’s proposed range, but just barely, and with the addition of stealth-killing external fuel tanks.
Russia claims the Su-57 has a combat radius of around 930 miles, which is significant (that suggests a total range of 1,860 miles with a combat load), and it seems the LTA Checkmate is similarly aiming for long-distance operations.
Its claimed service ceiling of better than 50,000 feet is on par with its 5th generation competition, many of which claim operational ceilings of “better than 50,000 feet” without further specifics.
It will be able to carry hypersonic air-to-air weapons internally
According to Tuesday’s announcement, the Checkmate fighter will be capable of carrying three RVV-BD long-range air-to-air missiles internally without compromising its stealth profile. The RVV-BD (also known as the R-37M or by NATO as the AA-13 Arrow) is a hypersonic weapon originally designed to take out tankers, AWACS, and other command and control aircraft from beyond the range of their fighter escorts, or about 124 miles.
Capable of achieving speeds in excess of Mach 6, the missile is believed to leverage an active data link for guidance, supported by the fighter’s onboard computers rather than the pilot, before switching to active radar homing in the final leg of its flight path.
Like the Checkmate itself, the RVV-BD was purpose-built with the export market in mind, and was designed to be easily mated to Russia’s export-iterations of both Su and MiG fighters. It seems logical, then, that the LTA Checkmate would be designed to leverage these weapons, as both stealth fighters and hypersonic weapons are currently considered extremely valuable for national militaries.
That added girth means a lot of added weight too. Depending on the source, the RVV-BD weighs in at between 1,100 and more than 1,300 pounds… meaning a single one of these missiles weighs as much as six Aim-9Xs, or nearly four AIM-120s. The most modern iteration of America’s furthest-reaching air-to-air missile, the AIM-120D, has a reported range of at least 87 miles, though its actual maximum range has never been disclosed. Unlike the RVV-BD, however, the AIM-120 tops out at around Mach 4, well below the hypersonic barrier of Mach 5.
However, storing three of these weapons internally is a pretty tall order. At around 13’9″, the RVV-BD isn’t that much longer than a normal air-to-air weapon, but its 15″ diameter is more than twice that of air-to-air weapons like the AIM-120 carried internally by the F-22 and three times that of smaller, short range weapons like the AIM-9X.
Those RVV-BDs will be housed in the aircraft’s primary weapons bay, with another smaller bay further forward on the fuselage that will likely house smaller defensive air-to-air munitions. Per the display, it seems likely that this new Checkmate fighter will also carry a 30mm cannon, similar to the GSh-30-1 autocannon found in the Su-57. Managing targets and other pertinent information will be accomplished via an all-glass cockpit dominated by one large primary display that’s sure to serve a variety of purposes based on the situation alongside the usual variety of cockpit bells and whistles one might expect of a fighter designed in the 21st century.
Marines in the Pacific carried out the first-ever, at-sea F-35B “hot reloads” in that theater, allowing the aircraft to drop back-to-back 1,000-pound bombs on a target in the middle of the Solomon Sea.
Marines from the amphibious assault ship Wasp went to war last week with the “killer tomato,” a big red inflatable target that was floating off the coast of Papua New Guinea. The Joint Strike Fighter jets left the ship armed with the 1,000-pound GBU-32 Joint Direct Attack Munition and a 500-pound GBU-12 Paveway II laser-guided bomb.
Once they dropped the bombs on the target, they returned to the Wasp where they reloaded, refueled and flew back out to hit the floating red blob again. It was the first-ever shipboard hot reloads in the Indo-Pacific region, according to a Marine Corps news release announcing the milestone.
Or as Chief Warrant Officer 3 Daniel Sallese put it, they showed how Marines operating in the theater can now “rain destruction like never before.”
Marines with Marine Medium Tiltrotor Squadron 265 (Reinforced), 31st Marine Expeditionary Unit, move Joint Direct Attack Munitions and laser guided bombs during an aerial gunnery and ordnance hot-reloading exercise aboard the amphibious assault ship USS Wasp (LHD 1), Solomon Sea, Aug. 4, 2019.
(U.S. Marine Corps photo by Lance Cpl. Dylan Hess)
“Our skilled controllers and pilots, combined with these systems, take the 31st [Marine Expeditionary Unit] to the next level,” he said in a statement. “… My ordnance team proved efficiency with these operations, and I couldn’t be prouder of them.”
The aircraft, which are assigned to Marine Medium Tiltrotor Squadron 265 (Reinforced) and deployed with the MEU, also fired the GAU-22 cannon during the exercise. The four-barrel 25mm system is carried in an external pod on the Marines’ F-35 variant.
An F-35B Lightning II fighter aircraft with Marine Medium Tiltrotor Squadron 265 (Reinforced), 31st Marine Expeditionary Unit, armed with a Joint Direct Attack Munition and a laser guided bomb, prepares to take off during an aerial gunnery and ordnance hot-reloading exercise aboard the amphibious assault ship USS Wasp.
(U.S. Marine Corps photo by Lance Cpl. Dylan Hess)
The F-35Bs weren’t the only aircraft engaging the “killer tomato” during the live-fire exercise. MV-22B Osprey aircraft and Navy MH-60S Sea Hawk helicopters also fired at the mock target.
An ordnance Marine with Marine Medium Tiltrotor Squadron 265 (Reinforced), 31st Marine Expeditionary Unit, prepares ordnance during an aerial gunnery and ordnance hot-reload exercise aboard the amphibious assault ship USS Wasp.
(Official U.S. Marine Corps photo by Cpl. Cameron E. Parks)
The 31st MEU was the first Marine expeditionary unit to deploy with the F-35B. The aircraft has since had its first combat deployment to the Middle East, where it dropped bombs on Islamic State and Taliban militants.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
Still no news about Kim Jong Un – even after TMZ reported (yet didn’t confirm) his death on April 25 and everyone outside the Intelligence community has been coming up with their own theories, whether he died during a botched heart surgery to whatever because he missed two major holiday appearances.
I don’t know. The logical side of my brain says that he’s probably smart enough to know that being a dictator of the country with rampant malnutrition, horrid living conditions and legalized crystal meth is doing far worse when their only trading partner is the epicenter of a deadly pandemic. He’s probably been self-isolating like everyone else in the world (except his countrymen).
But I’m still hoping the methed-out cardiothoracic surgeon did him in. Anyways, here are some memes…
Toilet seats actually harbor around 50 bacteria per square inch, making that a relatively un-germy zone. Not so with the computer, especially those shared by multiple people. One Chicago hospital found that its computer keyboards held drug-resistant strains of Staphylococcus like MRSA for up to 24 hours. Another hospital in the Netherlands studied 100 of its keyboards and found that 95 tested positive for Streptococcus, Staphylococcus, and other pathogens, making them the dirtiest surfaces in the intensive care unit.
Considering how frequently we use computers, it’s understandable that dirt constantly gets lodged in between the keys. We’ve all rushed to type something quickly after being out and about, eaten meals at our computers, and typed while simultaneously dealing with sticky substances.
Those of us who use computers at work talk, sneeze, and cough on the keys all day long, too.
Doctors and nurses at the National Center for Health Research (NCHR) suggest that hospital keyboards should be disinfected much more often, though: at least once per day. The NCHR also suggests washing hands before and after using any shared computers, especially during flu season.
(Flickr photo by Pete)
If you’re the only one using your computer (and you’re not touching many people throughout the day), most of the bacteria on your keyboard comes from your own hands and fingertips, so it probably isn’t doing you any harm.
Still, wash your hands frequently to keep your desk space clean for longer.
How to clean your keyboard
Cleaning and disinfecting your keyboard is a simple process, and it works.
First, shut the computer down and unplug it before you start disinfecting. Then get rid of any crumbs or grit stuck on the keyboard with a can of compressed air before giving the keys a wipe.
Cleaning expert Melissa Maker recommends using a solution of equal parts water and rubbing alcohol, and applying it using a microfiber cloth. You can also use a q-tip dipped in alcohol to get between the keys.
While you’re at it, consider giving your phone a cleansing swipe, too. Smartphones can easily pick up E. coli and Streptococcus bugs because we handle them so frequently and take them everywhere with us.
A YouTuber has come out as a former member of the Army Testing and Evaluation Campaign and revealed that, as he departed the command, he was allowed to film all the events surrounding his last mission including the U.S. Army and Navy and the Japanese Self-Defense Force slamming a ship with missiles, rockets, torpedoes, and grenades.
The Future of War, and How It Affects YOU (Torpedo/Missiles vs Ship) – Smarter Every Day 211
The YouTube channel SmarterEveryDay is ran by Destin Sandlin, and he’s best known for videos about things like how tattoo guns work, how Houdini died, and how an AK-47 works underwater. If that sounds like a broad portfolio, the stated mission is to “explore the world using science. That’s pretty much all there is to it.”
He hasn’t talked about his Army connection on the channel much in the past, so most viewers were probably surprised when they saw the new video titled The Future of War, and How It Affects YOU. Destin revealed at the start of the video that he’s a member of ATEC and that U.S. Army Pacific Commanding General Gen. Robert B. Brown wanted to talk with him after the sinking exercise to discuss “Multi-Domain Operations.”
If you just want to see the former USS Racine get hit by explosives, the video above is linked to start just a little before the fireworks. Harpoon anti-ship missiles give way to rockets, a Naval Strike Missile, an Apache strike, and finally a Mk-48 torpedo.
After that, Destin has a short talk with a member of the Army’s Asymmetric Working Group about how engagements like the sinking reflect these multi-domain operations, fighting that starts in at least one domain, like the sea, but quickly comes to incorporate assets from the other domains: land, air, space, and cyber.
In the case of the ship sinking, missile launchers on the land engaged the ship on the sea by firing their weapons through the air. And the Japanese Self-Defense Force linked into U.S. sensors and systems through links in the cyber domain. In actual combat, the former USS Racine would’ve been tracked from satellites in space.
Brown, true to the promises at the beginning of the video, has his own extended conversation with Destin about how the U.S. needs to prepare for multi-domain operations to shoot, move, and communicate into the future.
As the national anthem played, the audience held hands over hearts and watched as a U.S. Army parachutist glided down from an unbroken blue sky, pulling a U.S. flag behind him.
So opened the Maneuver Center of Excellence and Fort Benning’s National Airborne Day observation Aug. 16, 2019, at Fryar Drop Zone at Fort Benning. The first paratrooper test jump took place 79 years ago, Aug. 16, 1940, at Fort Benning.
The first test of a U.S. Army paratrooper drop occurred at Fort Benning Aug. 16, 1940, when Lt. (later Col.) William T. Ryder and Lt. (later Lt. Col.) James A. Bassett led the Airborne Test Platoon. The platoon jumped onto Lawson Field (later Lawson Army Airfield), completing the first successful military parachute jump.
After the national anthem, members of the U.S. Army Parachute Team, nicknamed the Golden Knights, from Fort Bragg, North Carolina, and members of the Silver Wings parachute team from Fort Benning performed a freefall parachute jump demonstration from a UV18 Viking Twin Otter plane onto Fryar Drop Zone. The Golden Knights jumped in with golden parachutes, and the Silver Wings jumped in with black parachutes.
An Army Silver Wings parachutist wraps his legs into the line of the Golden Knights parachute as if he were sitting atop the parachute, and a Golden Knight parachutist carries below him a weighted tether and a flag emblazoned with the black-and-gold Army star.
(Photo by Mr. Patrick Albright)
The final two parachutists to land — one from the Golden Knights, one from the Silver Wings — came in one literally on top of the other. The Silver Wings parachutist wrapped his legs into the line of the Golden Knights parachute as if he were sitting on the parachute, and the Golden Knight carried below him a weighted tether and a flag emblazoned with the black-and-gold Army star.
“This is where I started jumping out of airplanes, all the way back in 2006,” said Staff Sgt. Houston Creech of the Golden Knights. “Just being here this day, with all the progression I’ve gone through and the skills I’ve gained through the Army’s training — being able to be here on this specific day is a tremendous honor.”
A Soldier with the U.S. Army Parachute Team jumps onto Fryar Drop Zone.
(Photo by Mr. Patrick Albright)
“It’s the pride and history of the unit and the organization,” said Staff Sgt. Joshua Porter, on jumping as part of the Silver Wings for National Airborne Day. “Our legacy and our history build the future of what we are right now.”
“We’re celebrating both those that came before us, those that are currently training and defending our nation, and those that come after,” said 199th Infantry Brigade Command Sgt. Maj. Roy Young, who jumped as part of the Silver Wings jump team.
The Liberty Jump Team made two jumps of 14 and 16 volunteer parachutists following the Golden Knights and the Silver Wings demonstration. Their members were dressed in period Army uniforms, displaying what soldiers would have worn during World War II, the Korean War, the Vietnam War, and Operation Desert Storm. The team jumped from a restored C-47 Skytrain. The particular plane to drop them over Fryar Drop Zone holds the moniker “Greenland Gopher,” and participated in D-Day and Operation Market Garden during World War II as well as in the Berlin Airlift.
One round of volunteer parachutists from the Liberty Jump Team jump onto Fryar Drop Zone.
(Photo by Mr. Patrick Albright)
Retired Sgt. 1st Class Jim Micko, member and senior rigger of the Liberty Jump Team, said his team’s jump was in recognition of the “courage and foresight of the people that took that first step,” referring to the U.S. Army soldiers who pioneered airborne operations before and during World War II.
“The fact that they were able to make it work and make it work in time for the war is a phenomenal thing,” said Micko.
Two members of the Liberty Jump Team, a commemorative team of volunteer parachutists, jump out of a restored C-47 Skytrain.
(Photo by Mr. Patrick Albright)
The Golden Knights are part of the U.S. Army Recruiting Command, the mission of which is to “recruit America’s best volunteers to enable the Army to win in a complex world.” Creech made a practical recommendation to anyone who aspires to become a U.S. Army paratrooper:
“Run,” he said. “Practice running a lot. You need very strong legs. Do a lot of squats. If you’re going to be jumping out of airplanes, those legs are going to need to be able to support that weight coming.”
To learn more about Airborne School or to see more photos from this event, visit the “Related Links” section on this page.
The Coast Guard has been on patrol since 1790, and it has often had to do a lot with very little in the way of assets. Now, some of the assets it does have may be relatively useless.
According to a veteran Coast Guard officer who published his concerns in Proceedings magazine, a number of the major cutters (those over 210 feet in length) are “ill-equipped—and often ill-suited—to handle the challenges and dangers in their areas of operation.” Furthermore, one 210-foot cutter was in dry dock for six months, with two more months at the pier when it should have deployed, due to “unplanned maintenance.”
Drills for the crew are focused more on damage control than maritime law enforcement.
“By continuing its over reliance on the cutter—specifically, large cutters measuring 210 feet and longer—the Coast Guard has fallen behind and become a stagnant force in the maritime domain,” write Lt. David Allan Adams, Jr. “This is, of course, not because of a lack of effort by the hardworking Coasties stationed on cutters, but rather because the white hull fleet is well over 50 years old and ill-equipped—and often ill-suited—to handle the challenges and dangers in their areas of operation.”
Even the newest Coast Guard cutters, the Legend-class National Security Cutters that are replacing the Hamilton-class high-endurance cutters, have had issues, with a 2016 report from McClatchy news service noting that the new ships suffered four cracked cylinder heads a year.
“Junior officers stationed on cutters can testify to the poor material condition of the cutters and the disillusionment cutter life can instill,” Adams wrote. “The life of a JO is not about conducting law enforcement or conning the cutter — as promised at recruitment — but more about routing and correcting memorandums, being held accountable should an inspection go poorly, and striving to perform in the arena in which the JOs’ future is truly held: the underway wardroom.”
The problem has been widespread. A 2014 NJ.com report noted that 34 cutters and 37 patrol boats were unable to deploy for a combined total of 1,654 days. The Coast Guard has also been very short on icebreakers, with one of its most capable vessels in that mission stuck at the pier.
The Coast Guard, of course, has a substantial job, with a mission to secure America’s maritime borders, which run six times the length of the U.S.-Mexico border, and it does so with two-thirds of the personnel of United States Customs and Border Protection.
The Coast Guard is planning to build 25 Offshore Patrol Cutters to replace the aging medium endurance cutters, a deal expected to cost $10.5 billion, roughly $420 million per vessel. By comparison, a Freedom-class littoral combat ship sets taxpayers back $362 million.
The Navy is working hard to advance an emerging “ghost fleet” concept wherein multiple surface, air and undersea drones operate in a synchronized fashion to conduct a wide-range of combat missions without placing sailors and marines at risk.
“We want to have multiple systems teaming and working together, surface, air and undersea,” Capt. Jon Rucker, program manager, Unmanned Maritime Systems, PEO LCS, said at the recent Surface Navy Association.
Rucker explained that the Pentagon and Navy are advancing this drone-fleet concept help to search and destroy mines, swarm and attack enemies, deliver supplies and conduct intelligence, reconnaissance and surveillance missions, among other things.
Swarms of small aerial drones, engineered with advanced computer algorithms, could coordinate with surface and undersea vehicles as part of an integrated mission, he explained.
As communications and networking technologies continue to evolve rapidly, drones will increasingly be able to function in a cross-domain capacity, meaning across air, sea, land and undersea operations.
Aerial swarms, for instance, could detect an enemy surface vessel and relay information to unmanned surface vessels or undersea drones to investigate or even attack. All of this could operate in a combat circumstance while needing little or no human intervention.
Rucker explained that the Navy, and its Office of Naval Research (ONR), has been working closely with the Pentagon’s once-secret Strategic Capabilities Office, or SCO, in an effort to fast-track this kind of technology into operational service.
The Strategic Capabilities Office is a special DoD-level effort to harness, leverage and integrate near-term emerging technology for faster delivery to combatant commanders at war.
Much of this involves merging new platforms, weapons and technologies with existing systems in a manner that both improves capability while circumventing a lengthy and often bureaucratic formal acquisition process, Dr. William Roper, SCO Director, told a small group of reporters last year.
The Office of Naval Research (ONR) has demonstrated technological advances in autonomy with groups of swarming Unmanned Surface Vessels (USV) designed to detect enemy ships, perform surveillance missions or even launch attacks, service officials said.
Algorithms governing autonomous maritime navigation have progressed to the point where USVs can more effectively “perceive” and respond to their surrounding environment while in transit, Robert Brizzolara, program manager, Sea Platforms and Weapons, ONR, recently told reporters.
During a recent “swarm” boat demonstration in the lower Chesapeake Bay, ONR-developed boats achieved a key milestone in the area of autonomous control.
“Unlike purely remote controlled boats, these boats are able to perceive their environment and plan their routes without human intervention. The role of the human is supervisory control,” Brizzolara said.
A human at a control station, using a low bandwidth connection, can perform command and control functions without needing to actually drive the vessels.
The demonstration used four USVs, working in tandem to perform a range of potential maritime combat operations. All four of the boats were able to see and sense a common picture for route planning, hazard avoidance and collision prevention, developers said.
“We are using a first-of-its-kind sophisticated perception engine which senses the presence of other vessels using a combination of sensors, radar, cameras and processing algorithms,” Brizzolara explained.
The ONR demonstration used 7-to-11 meter boats already in the Navy inventory as manned boats, and configured them with an autonomy “kit” enabling a range of unmanned mission possibilities.
The kits, called Control Architecture for Robotic Agent Command and Sensing, or CARACaS, are engineered to provide USVs with an ability to handle dynamic operational situations; this can include the execution of search patterns, harbor defenses, surveillance or even swarm boat attacks. Other possibilities among a wide range of uses include using autonomous USVs for supply and weapons transport, countermine operations, electronic warfare and amphibious operations.
The USVs are programmed with sensors linked to an established database of known threats such as enemy boats; they are also linked to one another with an ability to detect, track and trail “unknown” boats, Brizzolara said.
ONR is working closely with the Pentagon’s once-secret Strategic Capabilities Office, or SCO, in an effort to fast-track this technology into operational service.
The Strategic Capabilities Office is a special DoD-level effort to harness, leverage and integrate near-term emerging technology for faster delivery to combatant commanders at war. Much of this involves merging new platforms, weapons and technologies with existing systems in a manner that both improves capability while circumventing a lengthy and often bureaucratic formal acquisition process, Dr. William Roper, SCO Director, told a small group of reporters.
A key advantage of using remotely-controlled drone ships is that, quite naturally, they can save sailors and marines from being exposed to enemy fire during an attack operation. In fact, Roper maintained that USV autonomy brings the potential of substantially advancing amphibious warfare tactics.
“This can greatly help expeditionary logistics for a ship that is standing off from the shore. Instead of having to use an amphib manned by a lot of people – you have an unmanned supply boat,” Roper explained.
Fast-moving USVs could indeed lower risk and increase efficiency for a large number of missions, to include Intelligence, Surveillance and Reconnaissance (ISR), countermine operations, search and rescue, electronic warfare, supply and weapons transport and amphibious assaults.
Higher tech enemy sensors and longer range surface and land-fired weapons have drastically increased the vulnerability of approaching amphibious assault operations, making them more susceptible to enemy fire; as a result, the Navy and Marines have been evolving amphibious tactics to include more dis-aggregated approaches designed to spread out an approaching force – making it more difficult for enemy weapons to attack an advancing assault.
For example, the Iwo Jima attack in the Pacific during WWII, an historic amphibious assault, involved a group of Marines approaching enemy shores in close proximity to one another; weapons, Marines, equipment and attacking infantry all came ashore in rapid succession.
Modern threats, are changing amphibious tactics to succeed against higher tech more lethal enemy weapons.
“Instead of having to land as a single unit, they can now break out. There is safety in numbers and they can redistribute,” Roper explained.
When it comes to offensive surface operations, unmanned boats could form a swarming of small attack craft designed to overwhelm and destroy enemy ships with gunfire, explosives or even small missiles.
Roper explained that this strategic and tactical trajectory is greatly enhanced by the possible use of USVs. The Navy’s current inventory includes ship-to-shore amphibious craft called Landing Craft Air Cushions, LCACs, and Landing Craft Utility Vehicles, LCUs; these platforms, now being upgraded by newer transport boats able to move faster and carry more payload (such as Abrams tanks), are manned and therefore involve the use of a crew.
LCACs require a crew of 13, and LCACs use a crew of 5. New high tech LCAC replacements, called Ship-to-Shore Connectors, are already being developed and delivered to the Navy by Textron.
The Navy and ONR are already immersed in the development of a variety of USVs, including a mine-detecting Unmanned Influence Sweep System, or UISS, for the Littoral Combat Ship. The UISS is carried by a Textron-developed Common Unmanned Surface Vehicle, or CUSV.
The CUSV, in development since before 2009, can travel for more than 20-hours carrying up to 4,000-pounds at speeds of up to 20-knots, Textron information states. Also, it is engineered to withstand waves up to 20-feet.
The UISS is engineered to find and detonate undersea mines in order to save sailors and manned vessels from a potentially deadly explosion.
The Navy’s UiSS will be towed behind the unmanned vehicle and will emit sounds and magnetic signatures that mimic a ship – setting off nearby mines that listen for passing ships, according to a report from the US Naval Institute.
Sub-Hunting Drone Ship
The Navy is also advancing its recently christened Defense Advanced Research Project Agency, or DARPA, inspired submarine-hunting unmanned ship called Sea Hunter; the ship is built to travel up to 10,000 miles while using sonar and other sensors to locate enemy submarines. A high-frequency sonar will send acoustic “pings” into the ocean before analyzing the return signal to determine the shape, size, speed and characteristics of any undersea enemy activity.
The 135-ton ship is engineered to withstand rough seas up to Sea State 5 – or waves up to 6.5 feet.
The effort began in 2010 as an anti-submarine ship called “ASW Continuous Trail Unmanned Vessel,” or ACTUV. The Sea Hunter can be controlled by a human “tele-operator” able to maneuver the ship with a joystick. Also, it is possible the Sea Hunter could be armed with lethal weapons in the future, a scenario which current Pentagon doctrine says much hinge upon a human decision-maker in the role of command and control.
The Sea Hunter can be controlled by a human “tele-operator” able to maneuver the ship with a joystick. However, the progress of the platform’s technology, and the rapid advancements of algorithms enabling greater levels of autonomy, have inspired the Navy to begin thinking about additional missions for a drone that was initially conceived as a sub-hunting vessel.
“Right now, the sky is the limit, but, before we even get to that, we need to be able to have a more autonomous system that can steer and reposition itself,” Rucker said.
The ship is built to travel up to 10,000 miles while using sonar and other sensors to locate mines and even the quietest enemy submarines.
The Sea Hunter’s high-frequency sonar can send acoustic “pings” into the ocean before analyzing the return signal to determine the shape, size, speed and characteristics of any undersea enemy activity.
The 135-ton ship is engineered to withstand rough seas up to Sea State 5 – or waves up to 13 feet.
The 132-foot drone uses advanced hydro-acoustics, pattern recognition and algorithms for unmanned navigation to locate and shadow diesel-electric enemy submarines.
The idea is to track them, if necessary, over a period of months so they are compelled to stay away from strategically vital areas.
As technology evolves, the Navy plan is to rapidly migrate the system from something that is tele-operated to something that can increasingly perform a wider range of functions without needing human intervention.
“We are not yet at the point where we don’t have an operator supervising it,” Rucker explained.
Progress with the Sea Hunter will also involve replacing a turret on top of the drone with a range of sensors for ISR, surface-oriented technologies, weapons and electronic warfare systems, Rucker said.
“It will have an ability to work with the surface force, do command and control and go investigate,” Rucker added.
If the Sea Hunter is both more autonomous and armed with lethal weapons in the future, it will be engineered to align with current Pentagon doctrine which says any use of lethal force must hinge upon a human decision-maker in the role of command and control.
The Pentagon’s research arm is also extending testing of its sub-hunting drone able to travel autonomously for up to 90 days using sensors and sonar technology to search for enemy submarines and other airborne and undersea threats such as mines.
Navy Unmanned Surface Vehicle Master Plan
Meanwhile, the Navy is also developing refueling Unmanned Surface Vehicles that are launched and recovered from a host ship. A refueling and data transfer system that is remote from the host ship and proximate to the USV operating area will allow a substantially greater fraction of a Navy USVs’ endurance to be spent on performing the mission rather than on non-mission activities associated with refueling, including transiting to and from the host ship and being deployed and recovered on the host ship.
This effort, asking industry to design, build, test and demonstrate a prototype USV to be called Offboard Refueling and Data Transfer System, or ORADTS. It will be designed to be more rugged and survivable than existing USVs and travel at longer ranges to extend mission possibilities.
“The ORADTS design must improve on previous designs by providing a more robust system that enhances system usability in higher sea states, reliability, and maintainability for implementation in Navy operations,” a Navy Broad Area Announcement states.
This initiative represents a portion of the execution or operational manifestation of a 2007 service roadmap called “The Navy Unmanned Surface Vehicle Master Plan,” which calls for the eventual combat deployment of a broad range of USVs to include ships for countermine missions, surface warfare, anti-submarine warfare, Special Operations support and electronic warfare, among other things.
Plans for USVs include a small “X-class” of boats, a 7-meter “Harbor Class,” a “Snorkeler-Class” and an 11-meter “Fleet-Class” boat, the master plan states.
The currently-sought after ORADTS refueling USV is slated to be a larger “Fleet-Class” USV.
“It is approximately 38.5 ft in length, 10.5 ft beam and full load displacement 21,400 lbs. It can carry between 400 and 650 gallons of diesel fuel marine (DFM) and uses fuel at a rate between 25 and 40 gallons/hr.,” Navy documents describe.
The refueling port of the USV is located on the starboard side of the craft, above the waterline, about midship. There will be up to 2 terabytes of data to be offloaded from the USV, per refueling iteration, the documents add.
A fire aboard the under-construction Russian icebreaker Viktor Chernomyrdin engulfed a significant portion of the ship and injured at least two people before it was extinguished on Tuesday, according to Russian media reports.
The fire-alarm call came in around 7 p.m. Moscow time, or around 11 a.m. EST. Within three hours, it had reportedly been put out.
“At [9:10 p.m.] Moscow time it was announced that the blaze was contained and all open fire sources were put out at an area of 300 square meters,” a spokesperson for the Russian emergencies ministry told state-media outlet Tass. “At [10:15 p.m.] Moscow time, the fire was completely extinguished.”
Construction on the Chernomyrdin began in December 2012. The diesel-electric-powered vessel was expected to be the most powerful nonnuclear icebreaker in the world, according to Tass, and was supposed to operate on the Northern Sea Route, which traverses the Arctic.
The Chernomyrdin has five decks, and the fire consumed parts of the third and fourth. The blaze affected a 300-square-meter area of the ship, out of a total of 1,200 square meters. According to Tass, “electrical wiring, equipment, and wall panels in technical areas” were damaged by the fire.
One of the people injured was hospitalized. The other was treated by doctors on-site, Tass reported, adding that 110 people and 24 pieces of equipment were involved in fighting the fire.
As noted by The Drive, which first spotted reports of the fire, the Chernomyrdin has been waylaid by budget and schedule problems.
The ship was supposed to be delivered 2015. In April 2016, an official from Russia’s state-owned United Shipbuilding Corporation said it would be delivered that year. In 2017, the ship was moved to Admiralty Shipyard in St. Petersburg, which is known for building warships, with the goal of speeding up construction.
Reports in January said delivery was expected by autumn 2018 — a date likely to be pushed back. The extent and impact of the damage are not yet clear, but fires can cripple ships.
In 2013, the US Navy decided to scrap a nuclear-powered attack submarine that had been severely damaged in a fire set by an arsonist, rather than spend 0 million to repair it.
The Chernomyrdin fire is only Russia’s latest shipyard accident.
A power-supply disruption on the PD-50 dry dock caused the massive 80,000-ton structure to sink at the 82nd Repair Shipyard near Severodvinsk in northwest Russia.
The Admiral Kuznetsov, Russia’s only aircraft carrier, was aboard the dry dock at the time. The collapse of the dry dock brought down with it a crane, which tore a 200-square-foot hole in the side of the ship above the waterline.
The Kuznetsov was undergoing an overhaul expected to be completed in 2021, but Russian officials have admitted there is no viable replacement for the PD-50, which could take six months to a year to fix.
The absence of a suitable dry dock for the Kuznetsov leaves the Russian navy flagship’s future in doubt.
The Chernomyrdin is also not the first fire-related accident at a Russian shipyard this year. In January, video emerged of thick, black smoke spewing from the water near several docked Kilo-class submarines at Vladivostok, home of Russia’s Pacific fleet.
Russian officials said at the time that the fire was part of “damage control exercises,” which many saw as a dubious explanation considering the intensity of the blaze.
A month later, a fire sent smoke gushing from the deck of the destroyer Marshal Shaposhnikov while it was in port at Vladivostok. Despite a considerable amount of smoke, a shipyard representative said there was no significant damage.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
For the defenders of a remote outpost in Afghanistan’s Nurestan Province, Oct. 3. 2009 was “A Day for Heroes.” Combat Outpost (COP) Keating was relentlessly attacked by 400 Taliban fighters and protected by 53 soldiers from Bravo Troop, 3rd Squadron, 61st Cavalry Regiment, 4th Infantry Division.
For 12 hours, Bravo Troop fought to keep the enemy from overrunning the base. The bloody fighting cost both sides dearly.
In the end, an estimated 200 Taliban fighters died trying to destroy the base. In all, eight American soldiers were killed and 27 were wounded. The defenders of COP Keating were awarded 27 Purple Hearts, 37 Army Commendation Medals for valor, 3 Bronze Stars, 18 Bronze Stars for valor, 7 Silver Stars, and 2 Distinguished Service Crosses. Staff Sgt. Justin Gallegos and 1st Lt. Andrew Bundermann’s Silver Stars were later upgraded to Distinguished Service Crosses. Staff Sgt. Clinton “Clint” Romesha and Spc.Ty Carter received the Medal of Honor for their actions that day.
The battle is the subject of the new movie, The Outpost, directed by Rod Lurie and starring Scott Eastwood, Caleb Landry Jones and Orlando Bloom, now in theaters and on demand. The film is based on CNN correspondent Jake Tapper’s book about the Battle of Kamdesh, “The Outpost: An Untold Story of American Valor.”
COP Keating was not a place the soldiers should have been in the first place. Their limited reach and manpower turned their counterinsurgency mission into a constant need to defend the base itself, according to the Army’s after-action report on the battle.
To make matters worse, defending that base was a nightmare. Positioned at “the bottom of a bowl,” it was surrounded by high mountains, ceding the high ground to the enemy. It made the base an “attractive target,” according to reports. The Taliban attacked COP Keating 47 times during the soldiers’ five-month deployment there.
Combat Outpost Keating from up high
(U.S. Army photo by 1st Lt. Brad Larson)
But they weren’t just randomly attacking the COP. Taliban fighters were probing the base, gathering information on key areas, and learning the soldiers’ defensive tactics in preparation for a larger strike.
Worse still, there was not much help that could come to their rescue in case of an attack. Intelligence, surveillance, and reconnaissance (ISR) assets were being used in the search for a missing soldier elsewhere. Other forces that could have been used to reinforce the defenders or speed up the closure of the base were being used on a mission for Afghan President Hamid Karzai. The soldiers soon became accustomed to the probing attacks.
Until the morning of Oct. 3, 2009, when the base became a Taliban shooting gallery.
Just before 6 a.m. local time, the soldiers woke up to a high volume of fire coming from the surrounding hills. Using the information from their probing attacks, Taliban fighters overran Keating’s 60mm and 120mm mortar support and began to hit COP Keating in force, taking the Army by surprise.
Incoming attacks from the surrounding mountains laid a punishing fire on the base and its defenders, the Taliban were closing in and the Army was losing ground. Soldiers defending the base withdrew into a tighter perimeter and began to call down close-air support from Air Force aircraft and AH-64 Apache helicopters, often inside the base’s original perimeter.
Things looked bleak, but there was still a lot of daylight left.
(Screen Media/’The Outpost’ Film)
By the afternoon, the Bravo Troop was angry and ready to hit back. Inside the TOC, the soldiers listened to the din of battle; explosions, bullet hits, and near-constant shouting from outside. According to Mark Seavey’s account of the battle for the American Legion, Staff Sgt. Clinton “Clint” Romesha suddenly spoke:
“‘Ro’ said in a very stern and demanding voice – just as there was a moment of odd but haunting silence – ‘I’ll tell you what we are going to do. We are going to take this f***ing COP back!'”
After enduring hours of withering fire and fighting off the invaders, the Army began to turn the tide. A quick-reaction force landed three kilometers to relieve the defenders of COP Keating. Even if the base was secured, they still had to focus on bringing the fight to the enemy outside of the valley using air support to neutralize Taliban positions in the nearby hills and villages, including a local police station.
The Taliban lost half of their attacking force and sustained scores of wounded. The base was still in American hands, but it was more clear than ever that it was in an unsustainable situation. Soon after the fight for COP Keating, the base was abandoned and destroyed by American aircraft to keep it from the enemy.
The soldiers from Bravo Troop displayed incredible heroism and valor in the face of an enemy onslaught that could have totally wiped them out and destroyed the base. Every medal citation from the Battle of Kamdesh reads like a Homeric epic.
To learn more about the Battle of Kamdesh or the story behind COP Keating, check out Jake Tapper’s exhaustively detailed book, The Outpost: An Untold Story of American Valor, and catch the new movie, The Outpost, in theaters and on demand now!