It happens at least twice a day. A pink phone in the U.S.- South Korean part of the Joint Security Area rings. On the other end is North Korea. The phone is an old-timey touchtone phone, and the calls come in at 0930 and 1530 every day. This is the first time since 2013 these calls have been made. Picking up the phone is Lt. Cmdr. Daniel McShane, U.S. Navy, and while he’s not talking to Kim Jong Un, these are the most important talks with the North since President Trump went to Hanoi.
It didn’t hurt, though.
In a piece for the Wall Street Journal, McShane told Timothy W. Martin that he actually has eight people on the other side of the demilitarized zone that he talks to now. While their exchanges are amenable but often brief, the important part is that someone is calling. For the years between 2013 and 2018, they weren’t – and that was a big problem.
“If they’re talking, they’re not shooting,” says McShane, who will speak to his counterparts in either English or Korean. In-between coordinating the return of Korean War dead, removing mines, and coordinating helicopters, the North Koreans have come to know McShane has a Korean girlfriend and that he loves baseball, especially the LA Dodgers. When there is no message, that’s okay too. They still call to tell McShane there is no message to send that day.
Even North and South Korea have begun to coordinate in recent years.
He’s not the only one who answers the phone, according to the Wall Street Journal, but he’s the most widely known. A few others around the office help him manage phone calls. The younger, enlisted people who have picked up the phone at times have marveled at how well the North Koreans speak English
“I worried about a communication barrier, but there are times when I think, ‘Wow, your English is better than mine!’ ” says Air Force Tech. Sgt. Keith Jordan. He and a handful of others help enforce the UN-brokered cease-fire. The two groups have even met face-to-face, the few groups who do so unarmed. For the time being, it seems that casual conversations about choco-pies and the Dodgers will be the limit of U.S.-North Korean interaction. But as long as that interaction is happening, neither side will be mobilizing for war.
The announcement of the Space Force has plenty of us waiting for the day that the first recruitment office opens up. After all, who wouldn’t want to go into space?
Sure, the Space Force isn’t going to be doing a bunch of sci-fi bad*ssery for a long while yet. In fact, the Space Force is likely going to spend more time monitoring satellites than training space shuttle door gunners, but let’s pretend that the day will eventually come where we need to send grunts into the great, dark beyond…
I hate to say it, but it’s still going to suck — and for some unexpected reasons, most of which stem from being outside of the Earth’s atmosphere.
I’m highly confident that it’d be a terrible idea.
(20th Century Fox)
5. You’re going to have to ration everything
When it comes to the essentials, resupplies are going to be limited. When it comes to the extras, you know, the little things that make life comfortable? Ha! Good luck getting mom to ship those out to you. If you want something, you’re going to have to bring it yourself and make it last.
Right off the bat, you’re going to have to go without most of the junk that everyone takes for granted. Chances are extremely slim that you’ll be able to convince the next wave of spacemen (in lieu of an official demonym, let’s assume they’ll be called ‘spacemen,’ like ‘airmen’) to take up valuable cargo space just to bring you a bag of chips.
The Earth is pretty and all, but you can only stare down at the Big Blue Marble so many times…
4. You won’t have many pastime options
Astronauts have a very strict schedule they need to follow or else they’ll be too weak to survive their eventual return. The average astronaut needs to exercise at least two hours a day to just to prevent bone and muscle loss. Since most troops tend to need more exercise to stay at peak performance, this figure will more than likely double.
Combine all that self-maintenance with an actual mission and troops are going to find themselves with barely any time to take a break.
Just imagine, you could pay off your Ford Mustang by the time you get out of atmosphere.
3. You probably won’t get any extra incentives for being in space
Colonel Buzz Aldrin was one of the finest airmen to ever grace the Air Force. He made history alongside Neil Armstrong by being the first men to ever step foot on the moon. Since he was on active duty, he submitted a travel voucher. For his 483,636-mile journey, he got a whole .31.
Once upon a time, you’d get a load of cash at the end of a TDY trip, but that per-mile rate is probably going to be non-existent when you’re travelling 4.76 miles per second.
It’s like being in a slightly less comfortable Humvee for weeks. Only slightly, though.
(NASA photo by Bill Bowers)
2. You shouldn’t expect any kind of personal space in space
Once you’re on a space ship, that’s it. You obviously can’t leave the ship, so get comfortable, because you’re going to be packed in with your unit. If you’re claustrophobic, you’re probably going to go nuts.
This isn’t unlike what some submariners deal with, but subs surface every once in a while — and there’s a difference of magnitude here. The Apollo 11 capsule was roughly the size of a Volkswagen Beetle. Granted, the crew was in there for only eleven days and modern astronauts have a bit more leg room, but if you’re up there for months at a time…
“Well, guys. I’m out. Have fun in space!”
(U.S. Air Force photo by Volkmar Wentzel)
1. After a while, your body won’t function like you’re used to
There’s no real order to the fairly terrible things listed here, but this one definitely takes the top spot. To put this in the most delicate way possible to stay in line with the family-friendly vibe we strive for here at We Are The Mighty, it has to be noted that astronauts run into health concerns after spending extended periods of space time. First, you’ll find your red blood cell count has dipped. Zero-gravity also makes the circulation of blood more evenly spread throughout the body, as opposed to it being able to concentrate in the lower extremities, like it does in regular gravity.
The largest bombing raid of World War II was the British attack on Cologne, Germany, on May 30, 1942, when over 1,000 bombers were sent to destroy chemical and machine tool facilities there in a single-night attack.
The bombing raid took place before American forces had built up large concentrations of forces in Europe. Britain in 1942 was benefiting from American industry, but its bomber strength was still limited from the lingering effects of the Battle of Britain as well as the toll of regular combat sorties over German-held territory.
So the English forces had only 416 first-line bombers ready for missions. Air Marshal A.T. Harris, the Royal Air Force’s top officer for strategic bombing, had to decide how to use these bombers to best effect. Every mission launched resulted in lost planes Britain was struggling to replace, but every mission canceled allowed Germany to produce more of its own arms, including bombers and fighters.
Harris came up with a plan for getting more bombs on target while, hopefully, sacrificing fewer bombers. He reasoned that there were a fixed number of defenders at each target and a relatively fixed number of German interceptors that could reach a site during a bombing raid. He could trickle out his bombers over multiple missions at one target, limiting the number of bombs he would have to drop on each target, but that would allow the defenders to focus on fewer planes at once.
A view of a power station in Cologne, Germany, during a daylight bombing raid in 1941. The city largely survived these daylight raids, leading to a massive night attack in May 1942.
(Royal Air Force)
Or, he could change bomber doctrine and send an overwhelming number of bombers at once. Sure, this would draw the fire of every interceptor and every air defense crew within range, but they would have a limited time in which to attack the bombers. So, instead of German defenders having to fend off a few dozen or even a couple hundred planes, getting to rest and refit, and then doing it again, the defenders would have to defend against many hundreds of planes all at once.
He put together a plan to send not only the 416 first-line bombers, but also all available second-line and even training bombers, to Cologne, Germany, where workers made industrial goods and chemicals. Together, these units would send 1,046 bombers against the target in just 90 minutes. Prime Minister Winston Churchill approved the mission.
And so, on May 30, 1942, Operation Millennium was launched, and the over 1,000 planes dropped almost 1,500 tons of bombs on the target, damaging 600 acres of the city and crippling industrial output from Cologne. A bomb burst, on average, every two seconds. Britain lost 40 bombers, meaning that over 1,000 bombers made it back from Operation Millennium.
The German city of Cologne in 1945. The city suffered the largest single bombing raid in World War II with over 1,000 bombers hitting it in one night.
(U.S. Department of Defense)
But the raid was not without criticism then or now. Strategic bombing in early-World War II was not accurate, and night raids had to be launched against cities, not against pinpoint targets. Many British bombers in 1942 were still using the Course Setting Bomb Sight from World War I, and even those with Britain’s Mark XIV bomb sight could not target an individual building.
Approximately 45,000 Germans were made homeless by the bombing raid, and 469 were killed. But, for Allied leaders, the juice was worth the squeeze. After all, Britain had suffered similar losses in single-night bombing raids against London in 1941, so they weren’t about to cry themselves to sleep over dead German civilians. And, even better for Britain, those 40 planes lost in the raid amounted to 4 percent casualties.
Royal Air Force bombing missions over Germany would, over the course of the war, result in an average of 5 percent losses per mission, so suffering 4 percent losses while wiping out the target in a single mission was an intriguing prospect. As Churchill telegraphed to President Franklin D. Roosevelt, “I hope you were pleased with our mass air attack… there is plenty more to come.”
No other single attack would have as many bombers as the attack on Cologne, but raids against targets like Dresden in 1945 would feature over 700 bombers.
The battle for Shal Mountain, dubbed “Operation Rugged Sarak,” went from Oct. 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 B Company, 2-27th Infantry Regiment, decided to finally wrest control of it from the Taliban after two U.S. convoys were attacked from there, killing two soldiers. The battle for the summit would rage for eight days.
Specialist Jeffrey Conn was the Army medic who responded to the second convoy attack and was 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.
The Navy is arming aircraft carriers with a prototype high-tech torpedo defense technology able to detect, classify, track and destroy incoming enemy torpedoes, service officials said.
The Anti-Torpedo Defense System, currently installed on five aircraft carriers and deployed on one carrier at the moment, is slated to be fully operational by 2022.
The overall SSTD system, which consists of a sensor, processor and small interceptor missile, is a first-of-its-kind “hard kill” countermeasure for ships and carriers designed to defeat torpedoes, Navy officials said.
The emerging Surface Ship Torpedo Defense technology includes the Anti-Torpedo Defense System, or ATTDS and an SLQ-25 Acoustic Device Countermeasure; the ATTDS consists of a Countermeasure Anti-Torpedo program and Torpedo Warning System.
“The ATTDS is designed to detect, classify, track and localize incoming torpedoes utilizing the Torpedo Warning System leading to a torpedo hard-kill by employing the Countermeasure Anti-Torpedo,” Collen O’Rourke, spokeswoman for Naval Sea Systems Command, told Scout Warrior.
Thus far, the ATTDS has completed three carrier deployments. The ATTDS Program of Record plan for future ships includes additional carriers and Combat Logistic Force ships.
Earlier this year, the ATTDS was installed and operated on the USNS BRITTIN (TAKR-305) over a six day period during which the latest system hardware and software was tested. The results of the testing are instrumental for continued system development, O’Rourke added.
The technology is slated for additional testing and safety certifications.
The emergence of a specifically-engineered torpedo defense system is quite significant for the Navy – as it comes a time when many weapons developers are expressing concern about the potential vulnerability of carriers in light of high-tech weapons such as long-range anti-ship missiles and hypersonic weapons. An ability to protect the large platforms submarine-launched torpedo attacks adds a substantial element to a carrier’s layered defense systems.
Ships already have a layered system of defenses which includes sensors, radar and several interceptor technologies designed to intercept large, medium and small scale threats from a variety of ranges.
For example, most aircraft carriers are currently configured with Sea Sparrow interceptor missiles designed to destroy incoming air and surface threats and the Phalanx Close-in-Weapons System, or CIWS. CIWS is a rapid-fire gun designed as an area weapon intended to protect ships from surface threats closer to the boat’s edge, such as fast-attack boats.
Torpedo defense for surface ships, however, involves another portion of the threat envelope and is a different question. SSTD is being rapidly developed to address this, Navy officials explained.
The system consists of a Torpedo Warning System Receive Array launched from the winch at the end of the ship, essentially a towed sensor or receiver engineered to detect the presence of incoming torpedo fire. The Receive Array sends information to a processor which then computes key information and sends data to interceptor projectiles – or Countermeasures Anti-Torpedos, or CAT – attached to the side of the ship.
The towed array picks up the acoustic noise. The processors filter it out and inform the crew. The crew then makes the decision about whether to fire a CAT, Navy officials said.
The CATs are mounted on the carriers’ sponson, projections from the side of the ship designed for protection, stability or the mounting of armaments.
The individual technological pieces of the SSTD system are engineered to work together to locate and destroy incoming torpedos in a matter of seconds or less. Tactical display screens on the bridge of the ship are designed to inform commanders about the system’s operations.
After being tested on some smaller ships such as destroyers, the SSTD was approved for use on aircraft carriers in 2011 by then Chief Naval Officer Adm. Jonathan Greenert, according to the Navy.
The SSTD effort is described by Navy officials as a rapid prototyping endeavor designed to fast-track development of the technology. In fact, the Torpedo Warning System recently won a 2013 DoD “Myth-Busters” award for successful acquisition practices such as delivering the TWS to the USS Bush on an accelerated schedule. The TWS is made by 3 Phoenix.
The Countermeasure Anti-Torpedo is being developed by the Pennsylvania State University Applied Research Laboratory, officials said.
It was one of the most beloved and abused weapons in the history of warfare. The Browning Automatic Rifle was the weapon of choice for infantrymen, vehicle crews, and even gangsters from its debut in World War I, through two World Wars and Korea to the jungles of Vietnam.
The BAR was invented by its namesake, John Browning, in 1917 for use in World War I. The Army, newly arrived in Europe to fight on the Western Front, was told that machine guns were the way to go in the new war, and America agreed.
One of the first soldiers to carry the BAR into combat was Browning’s own son, 2nd Lt. Val Browning. Browning and his men employed the weapon at the Meuse-Argonne offensive to good effect just like thousands of other soldiers in the war.
Just as important, the BAR was very accurate for such a light automatic weapon. It was employed in a counter-sniper role by shooters firing quick bursts at known or suspected enemy positions, suppressing or killing the enemy.
In World War II, the attributes that made the BAR so great for trench-fighting also made it great for sweeping Nazis and Japanese soldiers from bunkers. It was mostly chambered in .30-06 that left the barrel at 2,682 feet per second.
While the Browning was able to reprise its World War II infantry role in Korea, the 1957 debut of the M60 machine gun forced the BAR from the top spot in Vietnam. Still, it was a valuable asset for special operators and as a weapon for vehicle crews.
But that was the swan song for the BAR in American service. The M249 was introduced into the American arsenal in 1984, nine years after the Vietnam War ended. When the Invasion of Panama took place in 1989, it was M60s and M249s that sprayed lead downrange in the BAR’s stead.
Over the next several months, NASA will conduct a series of ground tests inside five uniquely designed, full-size, deep space habitat prototypes. The mockups, constructed by five American companies, offer different perspectives on how astronauts will live and work aboard the Gateway — the first spaceship designed to stay in orbit around the Moon, providing the critical infrastructure needed for exploration, science and technology demonstrations on the lunar surface.
NASA doesn’t plan to select one habitat prototype to advance to flight — rather, the tests will help NASA evaluate the design standards, common interfaces, and requirements for a future U.S. Gateway habitat module, while reducing risks for eventual flight systems.
“These tests were formulated so that we can do a side-by-side comparison of very different and innovative concepts from U.S. industry,” said Marshall Smith, who leads human lunar exploration programs at NASA Headquarters in Washington. “While we won’t dictate a specific design when we procure the U.S. habitat, we will enter the procurement phase with far less risk because of the knowledge we gain from these tests.”
NASA assembled a team from across the agency and from U.S. industry to conduct these tests. Engineers and technicians will analyze habitat system capabilities and performance proposed by each prototype concept, while human factors teams consider layout and ergonomics to optimize efficiency and performance. During the tests, future Gateway flight operators at NASA’s Johnson Space Center in Houston will collect actual live telemetry streams from each prototype. Flight operators will monitor habitat performance and support realistic mission activities as astronauts conduct “day-in-the-life” procedures within each habitat prototype, providing their perspectives as potential crew members who may one day live and work aboard the Gateway.
In addition to the physical enclosure, each company has outfitted their prototype with the basic necessities to support humans during deep space expeditions — including environmental control and life support systems, avionics, sleeping quarters, exercise equipment, and communal areas.
The NextSTEP Habitation effort began in 2015 with four companies completing year-long concept studies. Those studies set the foundation for prototype development from 2016-2018 — this time with five companies submitting concepts. Their prototype approaches are listed below, as well as a concept study outline from a sixth company, NanoRacks:
1. Lockheed Martin — Testing at NASA’s Kennedy Space Center, Florida
The Lockheed Martin prototype is based on a Multi-Purpose Logistics Module (MPLM), which was originally designed to provide logistics capabilities for the International Space Station. The design leverages the capabilities of Lockheed’s robotic planetary spacecraft and the Orion capsule that will transport astronauts to and from the Gateway. The prototype includes a reconfigurable space that could support a variety of missions, and combines hardware prototyping and software simulation during the test.
Concept image of Lockheed Martin’s Gateway concept featuring their habitat design.
2. Northrop Grumman — Testing at NASA’s Johnson Space Center, Texas
Northrop Grumman’s prototype leverages the company’s Cygnus spacecraft that delivers supplies to the International Space Station. The Cygnus took its maiden flight in 2013, and is already human-rated. Northrop Grumman’s habitat mockup focuses on providing a comfortable, efficient living environment as well as different internal configuration possibilities.
Concept image of Northrop Grumman’s Gateway concept featuring their habitat design.
3. Boeing — Testing at NASA’s Marshall Space Flight Center, Huntsville, Alabama
Proven space station heritage hardware is the key ingredient in Boeing’s Exploration Habitat Demonstrator. Named the prime space station contractor in 1993, the company developed multiple space station elements. Their demonstrator will leverage heritage assets, with a focus on optimizing interior volume, with isolated areas offering the capability to use different atmospheres for payloads without impacting cabin atmosphere.
Concept image Boeing’s Gateway concept featuring their habitat design.
4. Sierra Nevada Corporation — Testing at NASA’s Johnson Space Center, Houston, Texas
Sierra Nevada’s Large Inflatable Fabric Environment (LIFE) habitat is designed to launch in a compact, “deflated” configuration, then inflate once it’s in space. The benefit of inflatables (also called expandables) is their final configuration is capable of providing much larger living space than traditional rigid structures, which are limited in size by the payload volume of the rocket used to launch it. The LIFE Prototype inflates to 27 ft in diameter and simulates three floors of living areas.
Concept image of Sierra Nevada’s Gateway concept featuring their habitat design.
(Sierra Nevada Corporation)
5. Bigelow Aerospace — Testing at Bigelow Aerospace, North Las Vegas, Nevada
Bigelow’s B330 prototype is an expandable module that expands in space, as its name suggests, to provide 330 cubic meters of livable area. Bigelow sent a smaller module, the Bigelow Expandable Activity Module (BEAM) to the space station in 2015, where astronauts expanded the structure live on NASA Television with compressed air tanks. The BEAM completed a two-year demonstration aboard the station, proving soft-goods resilience to the harsh space environment. Following its demonstration period, NASA extended BEAM’s time aboard the station to become a storage unit.
Concept image Bigelow’s Gateway concept featuring their habitat design.
6. NanoRacks — concept study
NanoRacks has proposed yet another concept to maximize habitable volume for Gateway astronauts. The company’s idea is to refurbish and repurpose a spent rocket propellant tank, leveraging the natural vacuum of space to flush the tank of residual propellants. The company completed a feasibility study outlining the concept and next plans to develop full-scale prototypes demonstrating robotics development, outfitting and systems integration to convert the tank into a deep space habitat.
Concept image of NanoRack’s habitat concept docked to the International Space Station.
“This prototyping approach allows us to design, build, test and refine the habitat long before the final flight version is developed,” said NASA astronaut Mike Gernhardt, principal investigator of the agency’s habitation prototype test series. “We are using this operational-driven engineering approach to gain an early understanding of exactly what we need to address the mission, thereby reducing risk and cost.”
Using this approach, the builders, operators, and future users of the Gateway work together to evaluate concepts earlier and more completely, which helps NASA move forward to the Moon as early as possible.
The Gateway will be a temporary home and office for astronauts farther in space than humans have ever been before, and will be a home base for astronaut expeditions on surface of the Moon, and for future human missions to Mars. The NextSTEP approach bolsters American leadership in space, and will help drive an open, sustainable and agile lunar architecture.
Mainland China made a video of its fighter jets flying around Taiwan, so Taiwan returned fire with a video of its forces preparing to a repel a Chinese invasion.
The People’s Liberation Army Air Force released a music video titled “My War Eagles Are Flying Around The Treasured Island” on Feb. 3, 2019. The upbeat video released ahead of the Chinese New Year calls for reunification with Taiwan, a priority for the Chinese military.
Taiwan has formally protested. “This approach aims at reunifying Taiwan with force and will only have counterproductive results as Taiwanese will find it repulsive and distasteful,” Taiwan’s Mainland Affairs Council argued in a statement on the matter.
In addition to the sharp rebuke, Taiwan’s Ministry of National Defense released its own video, a 90-second video named “Freedom Isn’t Free” that features clips from 2018’s military exercises.
“Many men and women serving in the armed forces will miss New Year’s Eve dinners with their families, but they will not be absent from standing on guards to protect the country,” the ministry said in its statement on Facebook.
“Our resolve to protect every inch of the nation’s territory has never wavered, our constant efforts to strengthen the military’s combat ability has never changed.”
In an earlier address, Chinese President Xi Jinping refused to rule out the use of force to secure the reunification of Taiwan. Shortly thereafter, a Chinese general warned a top US admiral that “if anyone wants to separate Taiwan from China, the Chinese military will safeguard the national unity at all costs so as to protect China’s sovereignty and territorial integrity.”
The Chinese military regularly conducts so-called “encirclement drills” around Taiwan, a self-ruled democratic territory that Beijing perceives as a renegade province.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Sea bass is considered a culinary delicacy around the world. The Chilean sea bass, in fact, often turns up on five-star restaurant menus. But if you’ve been keeping up with the times, you know that there’s a new, American sea bass out in the ocean that has a very big bite. We’re talking something that can takes a chunk out of the metallic denizens of the ocean, both surface-dwelling warships and the subs that lurk beneath.
Okay, it’s not exactly a “sea bass,” but rather a “CBASS,” or Common Broadband Advanced Sonar System, and it’s a huge upgrade to the MK 48 Mod 7 torpedo currently in service.
You may be wondering why the United States Navy is looking to improve on the MK 48 — especially since a U.S. sub hasn’t fired a torpedo in anger since World War II.
MK 48 torpedo aboard USS Rhode Island (SSBN 740).
(DOD photo by Lisa Daniel)
The fact is that technology doesn’t stand still, and the Navy learned the hard way during World War II that reliable torpedoes are essential. Learning from history is why the US is constantly pushing to improve its torpedoes. And it’s a good thing, too, because Russia and China have been pushing to upgrade their naval forces in recent years.
According to Lockheed, the newest Mod 7 will include a suite of new, wide-band sonar systems, advanced signal processing, and enhanced guidance systems. All of this is attached to a 650-pound, high-explosive warhead atop a 3,500-pound torpedo.
43 years after this test shot, the MK 48 Mod 7 CBASS ensures that the United States Navy’s subs can still kill anything afloat — or under the surface.
(U.S. Navy photo)
Official handouts credit the MK 48 with a top speed in excess of 28 knots, a maximum range of over five nautical miles, and an operating depth of at least 1,200 feet. However, the real specs are probably much better in terms of performance. Unofficial figures show the torpedo actually has a top speed of 55 knots and a maximum range of 35,000 yards (almost 20 miles).
The United States Navy and the Royal Australian Navy have teamed up to produce this very deadly “fish.” In this case, the CBASS is the predator.
The first American to visit Afghanistan decided he was going to take the wild land by force. That’s just what Americans did back then, I suppose. The young man was born into a privileged life for the time, and lived a life of globetrotting adventure as a young man. When the love of his life decided to marry another man, Josiah Harlan decided to make his world a little more interesting.
But so were the Afghan rulers and warlords.
Having grown up learning Greek and Latin and reading medical books and journals for fun, Harlan decided to join the British East India Company’s expedition to Burma as a surgeon, even though he had never attended medical school. But he didn’t stay for all of the company’s wars. He left the company in 1826 to live in an Indian border town called Ludhiana. That’s where he met Shuja Shah Abdali Durrani, the deposed ruler of Afghanistan that would shape Josiah Harlan’s future.
The two men hatched a plan to oust the leader who deposed the Shah, Dost Mohammed Khan using a coalition of Sikh, Hindu, and Muslim fighters, then foment a full-scale rebellion in Afghanistan. Once the Shah was back on the throne, he would make Harlan his vizier. Things did not go according to plan. Khan defeated Shah at Kandahar and was forced to flee once more.
Dost Mohammed Khan can sleep soundly knowing the British got what was coming to them.
Harlan next fell in with Maharajah Ranjeet Singh, a great warrior king who had conquered most of what is today Northwest India and Pakistan. Singh, it turns out, knew how to party unlike anyone since the good ol’ days of insane Roman emperors. He was also a hypochondriac, one that “Doctor” Josiah Harlan could treat. Harlan did treat the Maharajah, earning his trust and the governorship of Nurpur, Jasota, and later, Gujerat. But he eventually fell out of Singh’s favor and turned to Dost Mohammed Khan – the man he tried to usurp in the first place.
Acting as a special military advisor to Khan, Harlan took to the battlefield against armies allied to the Maharajah, having taught the Afghans the “Western way of war,” which basically meant using numerical superiority to your supreme advantage. With Khan, he was made royalty and led armies against the Sikhs in India, against Uzbek slavers, and even led punitive expeditions in the Hindu Kush. But upon returning from those raids, he found Khan was deposed, and the British occupied Kabul and had replaced Khan with ol’ Shuja Shah.
The Maharajah’s life was so great it gave him Forest Whitaker Eye before that was even a thing.
Even though Harlan was the Commander-In-Chief among all Afghans by Khan’s decree, Khan was out and Shah was in. All the tribes and their warlords were now allied with Shah – that was just the Afghan way. Khan already fled, so it was time for Harlan to return to America and to his life in Pennsylvania.
Unsurprisingly, Pennsylvania had a marked lack of exotic spices, royal orgies, and international intrigue, so Harlan found himself trying to drum up American support to challenge Russia and Britain for supremacy in Afghanistan. America, however, had enough problems back home around the time the man returned in 1841, and there was little interest in it. Josiah Harlan moved to San Francisco where he spent the rest of his days practicing medicine.
Jacob Vouza was already a hero when the Marines landed at Guadalcanal. When a pilot from the USS Wasp was shot down over his island, Vouza led that aviator to safety. That’s where he first met the Marines.
Vouza spent his life as part of his native island’s police force. When the Japanese invaded the British-controlled island in 1942, the lifelong policeman was already a year into retirement.
He joined the Coastwatchers, an allied intelligence gathering outfit on remote islands run by ANZAC officers and fielded by local islanders.
The policeman met the Marines later in 1942, accepting an American flag as a gift from one of the men. With the rank of Sgt. Major of his outfit and his lifelong experience in the island’s constabulary, he had valuable services in American invaders – and he did.
That’s what nearly cost him his life.
Vouza was captured by the Japanese defenders who found the U.S. flag he’d been given. The Japanese tortured Vouza for hours for information on the American positions, but the policeman gave up nothing.
The Japanese clubbed him with their rifle butts, then bayoneted him in the throat, chest, arms, and stomach, then left him for dead. Vouza passed out from blood loss.
Vouza crawled for three miles. When he finally arrived, he was able to describe the enemy’s numbers, weapons, and vehicles. The Marines took the information and got Vouza to a surgeon. After 12 days of surgery and blood transfusions, Jacob Vouza was back on duty. The old islander was the Marines’ chief scout on Lt. Col. Evan Carlson’s 30-day raid behind enemy lines.
He received the British George Medal for gallantry and devotion, the American Silver Star, the American Legion of Merit for his actions with the 2nd Raider Battalion on Guadalcanal, made a Member of the British Empire in 1957, and knighted by Queen Elizabeth II in 1979.
The Army has started building an emerging technology connecting soldier night-vision goggles to thermal weapons sights, allowing soldiers in combat to more quickly identify and destroy enemy targets, service officials said.
Army officials told Scout Warrior that Low-Rate Initial Production of the technology, called Rapid Target Acquisition, began in recent months. The system is slated to be operational in combat by 2018.
Rapid Target Acquisition merges two separate Army developmental efforts to engineer, deliver and combine new, upgraded night vision goggles, called Enhanced Night Vision Goggle III, or ENVG III, with next-generation thermal weapons sights –called Family of Weapons Sights – Individual, or FWS-I, Army officials said.
Army Soldiers tracking and attacking enemies in fast-moving combat situations will soon be able to shoot targets without bringing their rifle and weapons sights up to their eyes, service officials told Scout Warrior.
A wireless link will show the reticle from thermal weapons sights directly into the night vision goggle display, allowing soldiers to quickly track and destroy targets with great accuracy without needing to actually move the weapon to their shoulder and head to see the crosshairs through the thermal sights.
Enhanced targeting technology is of particular relevance in fast-developing battle circumstances such as Close Quarter Battle, or CQB, where targets can emerge and disappear in fractions of a second. Being able to strike quickly, therefore, can bring added lethality and make the difference between life and death for soldiers.
“This provides rapid target acquisition capability. The soldier no longer has to shoulder their weapon. If you can imagine looking through a goggle and some target or threat presents itself, a soldier no longer has to come all the way up. He or she can put the bubble on the image and engage the target in that manner,” Lt. Col. Timothy Fuller, former Product Manager, Soldier Maneuver Systems, told Scout Warrior in an interview last year, before initial production began.
FWS-I is a thermal sight mounted on top of an M4 rifle. It can also be configured for crew-served weapons such as a .50-cal machine gun or sniper rifle, Army officials said.
“The thermal image you are seeing is wirelessly transmitted to the Enhanced Night Vision Goggle III and is displayed in its display. What you ultimately have is the crosshairs and a portion of the thermal weapon sights image spatially aligned to the image that the soldier sees in the night vision goggles,” said former Maj. Nicholas Breen, Assistant Product Manager, Family of Weapon Sights-Individual.
The Army’s ENVG III, which will begin formal production next Summer, will provide soldiers with image-intensification, improved resolution and a wider thermal camera field-of-view compared to prior models.
“The night vision goggle takes two channels. This incorporates an image-intensification where you look through your goggle and are seeing a standard night vision goggle view and a thermal image all in one image. The two channels are on top of one another and they are fused together so that you get all of the benefit of both channels,” Maj. Brandon Motte, former Assistant Product Manager, Enhanced Night Vision, said.
The improved, or higher-tech, ENGV IIIs will also help with maneuverability and command and control by enabling soldiers to see a wider field of view with better resolution and even see infrared lasers, Motte added. The technology is now going through production qualification testing and will be operational in 2017.
“This greatly improves the lethality and visibility in all weather conditions for the soldier – one very small, very lightweight night vision goggle,” Motte said.
Of greatest importance, however, is that the ENVG III will enable the wireless link with the weapon sights mounted on the gun.
“The reticle will show up in the night vision goggle when the weapon is pointed at a target,” Fuller explained. “As soon as you see a target, you can engage. You no longer have to bring it up to your face. The display is right in front of your eyes.”
The Army plans to acquire as many as 40,000 ENVG IIIs. ENVG III is being engineered to easily integrate FWS-I as soon as it is slated to be operational in 2018.
BAE Systems and DRS are the defense industry vendors involved in the developmental effort, Army officials said.
On Friday, August 24, the illustrious Chesty XIV retired from the Marine Corps after five years of service as a ceremonial animal. While Chesty XIV is an illustrious Marine veteran, some aren’t sure if he quite measures up to his namesake, Lt. Gen. Lewis B. “Chesty” Puller, a hero of World War II and Korea who led the 1st Marine Regiment during the breakout from the Chosin Reservoir.
So, which is the real “Chesty,” the true hero of the Marine Corps? We find out in five easy steps:
1. Body composition
Chesty Puller was famous for his stature and ramrod posture. A physically imposing man, he inspired the loyalty and rallied the spirits of thousands of Marines over his nearly four decades of service. He also had two feet.
Chesty XIV has four feet, approximately twice as many as Chesty Puller.
Chesty Puller received five Navy Crosses for heroics performed during things like leading national guardsman in Haiti and Nicaragua through devastating ambushes deep in the jungle and personally leading the naval artillery to rescue his Marines under fire during a Japanese ambush on Guadalcanal.
Chesty XIV, meanwhile, is a dog assigned to ceremonial duties who once wore a drill instructor’s hat.
3. Time in service
Chesty XIV served for five years. The general guideline for dog years is that one human year equals seven dog years, meaning the Chesty XIV would be credited with a joint-aching 35 years. That’s a long time to march with Marines in (modified) dress blues.
Meanwhile, Chesty Puller served for… let’s see… 37 years. Yeah, the human Chesty tried to deploy to World War I, but was assigned to training instead in 1918, then served in Haiti and Nicaragua, then the Pacific Theater of World War II, and, finally, Korea before retiring in 1955 as a two-star general.
4. Battle scars
Chesty XIV has a small black spot under his eye that the Wall Street Journal said looked, “…as if he stepped out of a bar fight while on shore leave.” It’s a cool look.
But, Lt. Gen. Chesty Puller had a Purple Heart and was so well known for standing in the heat of battle and rallying his troops that some Marines claimed his nickname of “Chesty” was in reference to his steel prosthetic chest, which was installed after Haitian rebels hacked away his old bony chest, but still failed to kill the man.
5. Ranks and demotions
Chesty the XIV rose from recruit to sergeant in just five short years, an impressive rise to be sure, but not unheard of. He managed to hold onto his rank despite being physically incapable of properly wearing the rank according to Marine Corps Order 1020.34H.
Chesty Puller, meanwhile, rose all the way to two-star general on active duty and three-star general after retirement. But, he only did this after rising from recruit to corporal to second lieutenant multiple times until finally entering the officer ranks to stay.
Sure, all the demotions for Puller were either due to downsizing or the removal of foreign ranks that he held while leading local national guard forces, but still. Only one of the Chestys was demoted.
Seriously, no one needs a final tally. Lt. Gen. Lewis “Chesty” Puller is deservedly a legend of the Marine Corps who trained and led Marines from World War I to Korea, became one of America’s most decorated heroes, and was a class act that nearly anyone could inspire to, despite the fact that they’d almost certainly fall short of his example.
But Chesty XIV did, and Chesty XV now does, represent the tenacious spirit of Puller himself and the Marine Corps as a whole. Hopefully, Chesty XIV will enjoy his well-deserved retirement, and Chesty XV will bring high morale to the young Americans under his charge.