Marines will have better situational awareness on missions in dark areas thanks to new night-vision goggles.
The Binocular Night Vision Goggle II, or BNVG II, is a helmet-mounted binocular that gives operators improved depth perception at night, and uses white phosphor image intensification technology to amplify ambient light, with a modular thermal imaging overlay capability. BNVG II helps Marines identify potential buried explosive devices, find hidden objects in foliated areas and safely conduct tasks that require depth perception.
Marine Corps Systems Command began fielding the BNVG II to force reconnaissance and explosive ordnance disposal Marines this spring, and full operational capability is planned for early 2019.
The BNVG II includes a binocular night-vision device and a clip-on thermal imager, or COTI. The BNVD amplifies the small amount of existing light emitted by stars, the moon’s glow or other ambient light sources and uses the light to clearly display objects in detail in very dark conditions. The COTI uses heat energy from the Marine’s surroundings to add a thermal overlay that allows the image to be viewed more clearly, helping Marines with situational awareness in conditions with little to no light.
(U.S. Navy photo by Mass Communication Specialist 2nd Class Brian Caracci)
“The BNVG II helps Marines see enemies at a distance, and uses the COTI to detect ordnance or power sources for an explosive device that gives off heat,” said Nia Cherry, an infantry weapons program analyst. “The COTI intensifies Marines’ ability to see anything in dark conditions, rain, fog, dust, smoke and through bushes that the legacy binoculars couldn’t.”
The BNVG II is a follow-on to the legacy, battle-proven AN/PVS-15 binocular, but offers more features, such as the COTI, for increased survivability. The BNVD component is a compact, lightweight, third-generation, dual-tube night -vision goggle with an ergonomic, low-profile design. It offers superior situational awareness compared to the AN/PVS-15 used by reconnaissance Marines and the single-tube AN/PVS-14 monocular night-vision device used throughout the rest of the Marine Corps, officials said. It mounts to the enhanced combat helmet and may be used individually or in conjunction with the COTI.
“In March 2018, we held an exercise in San Diego where Marines provided positive feedback on their ability to easily maneuver with the goggles,” said Joe Blackstone, optics team lead in infantry weapons. “The depth perception provided by the BNVG II enhances precision and increases the operator’s survivability while on missions with limited lighting.”
The Marine Corps infantry is a place where a boots’ dreams go to die. A fresh private first class or lance corporal might arrive at the Fleet Marine Force with loads of ambition only to have it ripped to shreds as the stark realization that they might never reach the rank of Corporal sinks in.
Today, we offer advice for lower-enlisted Infantry Marines on how to succeed in everyday tasks — the rank will come soon enough.
Keep in mind the following 6 ways to be successful in the Marine infantry:
6. Get a haircut.
Yes, we know this one is difficult when you’re out of range of the barber for weeks at a time, but when you finally can get a haircut, get something respectable that won’t result in an ass-chewing from your platoon sergeant.
5. Keep a clean uniform for garrison.
Higher-ups will preach until the day of their retirement that there is no such thing as “field cammies,” but grunts know otherwise — have a uniform set aside for when you’re in the rear that is always clean.
Likewise, make sure that the uniforms you have for the field and deployments are as clean and pristine as possible, but don’t worry about keeping them that way.
4. Know yourself and seek self-improvement.
This is one of the 7 Marine Corps leadership principles, but it applies to all areas Marine infantry. Know your faults and always work towards improving them.
3. Train in your off-time.
This one goes with point #4. Once you recognize your deficiencies, train in your off-time to fix them. If you’re not the strongest grunt, go to the gym. If you’re feeling underread, pick up a book.
2. Stay humble.
Just as you should never stop learning your trade, never see yourself as the best. Don’t believe you’re done improving because you’re not — and you never will be. Even after you’ve been praised and earned awards, maintain some humility. Be confident, but don’t be arrogant.
Washington Receiving a Salute on the Field of Trenton (Artist: John Faed/Public Domain).
It’s difficult to imagine how history would have been altered if George Washington had been killed during the Revolutionary War. Without the father of our country leading its fight for freedom, the war might have been lost and America might still be a British colony. In fact, this alternative history might have come true if not for the moral convictions and gentlemanly ethics of a Scottish infantry officer named Patrick Ferguson.
Ferguson was born into nobility in Aberdeenshire, Scotland, on May 25, 1744. His father was a senator at the College of Justice and his mother was the sister of Patrick Murray, 5th Lord Elibank. He began his military career early, joining the army at the age of 15. He served with the Royal Scots Greys and fought in the Seven Years’ War before he returned home due to a leg injury. In 1768, he returned to military service, purchasing command of a company in the 70th Regiment of Foot under the Colonelcy of his cousin, Alexander Johnstone. He commanded the company in the West Indies until his leg injury forced him to return home.
Ferguson arrived in Britain in 1772 and participated in light infantry training where he helped develop new tactics for the army. During this time, he also invented the Ferguson breech-loading rifle, arguably the most advanced sharpshooting rifle of its day. His sharp intellect and ingenuity caught the attention of General William Howe, Commander-in-Chief of British land forces in the colonies. Consequently, he was sent to fight in the American War of Independence.
In 1777, Ferguson arrived in the colonies and was given command of what became known as Ferguson’s Rifle Corps, a unit of 100 riflemen equipped with the new Ferguson rifle. One of their first engagements was the Battle of Brandywine in Pennsylvania on September 11.
Ferguson’s light infantry tactics emphasized small units of well-trained marksmen maneuvering around the battlefield over the doctrinal rank and file style of combat of the day. As such, Ferguson and his rifle corps moved ahead of General Howe’s army as they advanced on Philadelphia. As they maneuvered, Ferguson spotted a prominent American officer alongside another officer in Central European hussar dress; the two officers were conducting a reconnaissance mission on horseback. With their accurate sharpshooting rifles, Ferguson and his men could have easily cut the officers down in a volley of musket fire. However, the officers had their backs turned to the Brits. As a man of honor, Ferguson decided not to fire on the officers who were unaware of his presence.
Later in the battle, Ferguson was shot through his right elbow and taken to a field hospital. There, a surgeon told Ferguson that some American soldiers who were treated there earlier said that General Washington had been in that area earlier in the day. Ferguson wrote in his journal that, even if the officer had been Washington, he did not regret his decision.
Although the identity of the American officer remains uncertain, the man in hussar dress was almost certainly Count Casimir Pulaski, one of the Founding Fathers of U.S. Cavalry (along with Michael Kovats de Fabriczy). During the battle, Pulaski conducted reconnaissance missions and even scouted a retreat route for Washington after his army was defeated. If the American officer was indeed Washington, and if Ferguson had decided to take the shot, September 11, 1777, might have been a turning point in American history.
Ferguson took a year long hiatus from military service to recover from his wound and returned to battle in 1778. He continued to fight in the American War of Independence until his death during the Battle of King’s Mountain, on the border of North and South Carolina, on October 7, 1780. During the battle, Ferguson was shot from his horse. His foot was caught in the stirrup and he was dragged to the American side where he was approached for his surrender. In response, and as a final act of defiance, he drew a pistol and shot one of the Americans. The Patriots responded by shooting him eight times, stripping his body of clothing, and urinating on him before he was buried in an oxhide near the site of his fall.
While Ferguson’s actions at the Battle of King’s Mountain were less than gentlemanly, his determination to go down fighting embodies the warrior spirit. This is juxtaposed by his moral conviction to hold his fire at the Battle of Brandywine. Whether or not the American officer there was General Washington, Ferguson’s legacy will forever be marked by the shot he didn’t take.
In August 1942, Joseph Kennedy, Jr. died aboard a B-24 Liberator loaded with explosives – and almost nothing else. He was part of Operation Aphrodite, an all-out effort to destroy reinforced Nazi weapons bunkers. But there was one bunker in particular that appeared to resist every Army Air Forces bombing attempt. This one was critical because it developed off the merciless V-2 and maybe even V-3 rocket programs that terrorized London – and the United States thought it would be the delivery agent for a Nazi nuke.
It had to go – but to do that required a developing technology and a lot of bravado. More airmen than Nazis would die trying.
These things were built to last.
For months, the Allies worked to destroy the bunker, called the Fortress of Mimoyecques, that might be developing the V-3 rocket, one that was possibly capable of guiding a nuclear weapon over London. Time and again, the United States would conduct a massive bombing operation over the site, but like clockwork, the resupply trains would be back the very next week. It seemed like nothing could be done using conventional explosives. So the USAAF turned to the unconventional. It turned to Operation Aphrodite.
The plan was for a remotely operated, obsolete bomber to be packed with the bare minimum of machinery and equipment necessary to get the craft over the target. The rest of the plane was filled with high explosives. While nowadays drone technology is pretty par for the course, back then it was something entirely different – not quite as reliable and it required a crew to get a plane up in the air, two at the bare minimum. So two men would be aboard a ticking time bomb as it took off for enemy territory and would have to bail out shortly after.
The men were supposed to get the plane off the ground then bail out over the English Channel to be picked up. Then the plane would be guided using cameras on the instrument panel and the view ahead of the plane via remote control. Once at the target the plane would be flown into whatever was too protected for a conventional bombing run. The volunteer who wanted to fly the plane that was destined for the Fortress of Mimoyecques was none other than Lt. Joseph Kennedy Jr., brother to future President of the United States John F. Kennedy and son to prominent businessman Joseph P. Kennedy.
Unfortunately for the Kennedy family, the B-24 Liberator bomber Kennedy and his wingman Lt. Wilford J. Willy flew took off from RAF Fersfield in England, bound for the bunker complex in Northern France. The 20,000 pounds of Torpex explosive the B-24 was carrying ignited from an electrical fault in the plane shortly after takeoff. The resulting explosion was the largest conventional explosion in history at the time. Kennedy and Willy were likely vaporized instantly.
Luckily for the Allies, the Aphrodite plan for Mimoyecques would be unnecessary. Canadian D-Day invaders reached the complex site on Sept. 4, 1944. What they found was not the vast underground death factory planners assumed was below the surface. It turned out the heavy bombing campaign – especially the use of Tallboy earthquake bombs – was enough to disrupt work at the complex. Hitler just kept sending fake resupply trains to the site in order to keep the Allies bombing a disused factory instead of massing German troops elsewhere in Europe.
Research by scientists at King’s College London found that the role the gut plays in processing and distributing fat could pave the way for the development of personalized treatments for obesity and other chronic diseases within the next decade. The research is published in Nature Genetics.
In the largest study of its kind, scientists analyzed the faecal metabolome (the community of chemicals produced by gut microbes in the faeces) of 500 pairs of twins to build up a picture of how the gut governs these processes and distributes fat. The King’s team also assessed how much of that activity is genetic and how much is determined by environmental factors.
The analysis of stool samples identified biomarkers for the build-up of internal fat around the waist. It’s well known that this visceral fat is strongly associated with the development of conditions including type 2 diabetes, heart disease and obesity.
By understanding how microbial chemicals lead to the development of fat around the waist in some, but not all the twins, the King’s team hopes to also advance the understanding of the very similar mechanisms that drive the development of obesity.
An analysis of faecal metabolites (chemical molecules in stool produced by microbes) found that less than a fifth (17.9 per cent) of gut processes could be attributed to hereditary factors, but 67.7 per cent of gut activity was found to be influenced by environmental factors, mainly a person’s regular diet.
This means that important changes can be made to the way an individual’s gut processes and distributes fat by altering both their diet and microbial interactions in their gut.
On the back of the study researchers have built a gut metabolome bank that can help other scientists engineer bespoke and ideal gut environments that efficiently process and distribute fat. The study has also generated the first comprehensive database of which microbes are associated with which chemical metabolites in the gut. This can help other scientists to understand how bacteria in the gut affect human health.
Lead investigator Dr. Cristina Menni from King’s College London said: ‘This study has really accelerated our understanding of the interplay between what we eat, the way it is processed in the gut and the development of fat in the body, but also immunity and inflammation. By analysing the faecal metabolome, we have been able to get a snapshot of both the health of the body and the complex processes taking place in the gut.’
Head of the King’s College London’s Twin Research Group Professor Tim Spector said: ‘This exciting work in our twins shows the importance to our health and weight of the thousands of chemicals that gut microbes produce in response to food. Knowing that they are largely controlled by what we eat rather than our genes is great news, and opens up many ways to use food as medicine. In the future these chemicals could even be used in smart toilets or as smart toilet paper.’
Dr. Jonas Zierer, first author of the study added: ‘This new knowledge means we can alter the gut environment and confront the challenge of obesity from a new angle that is related to modifiable factors such as diet and the microbes in the gut. This is exciting, because unlike our genes and our innate risk to develop fat around the belly, the gut microbes can be modified with probiotics, with drugs or with high fibre diets.’
Big robots can be useful at times. Just look at what the Kobra can do.
That said, while size matters, there are times when you can get too much of a good thing.
The Kobra, for instance, weighs 500 pounds. Now, that’s not a problem when you can roll it out of a M113 armored personnel carrier, a M1132 Stryker Engineer Squad Vehicle, or an MRAP. But if you’re a grunt and have to carry everything on a foot patrol… well, that 500-pound weight would be a pain.
Thankfully, there is an option for ground troops. Endeavor Robotics has developed the FirstLook, a robot that comes in at just under 6 pounds. That’s about one percent, give or take, of the weight of the Kobra.
This of course, not only is it easy to carry, but in fact, it can be tossed (by comparison, the shot put used at the Olympics is 16 pounds for men, and just under nine pounds for women). This robot can survive a 16-foot fall onto a concrete surface, and get itself upright.
Oh, and FirstLook can be equipped with a manipulator (or an arm) capable of lifting three and a half pounds. That arm weighs just over 59 ounces. The FirstLook can run for six hours, has a top speed of just under 4 miles per hour, is able to serve as a relay for other robots, and can climb obstacles up to seven inches high.
With four cameras, and the ability to use infrared sensors, this small robot can help the grunts check out a cave or building.
In essence, this tiny bot turns out to be a big deal for the troops. You can check out a video about this mini-bot below.
Declassified CIA documents give guidance for UFO photographers
The past few years have seen a massive resurgence in UFO research and discussion, both throughout the media and, publicly speaking, from elements of the nation’s own defense apparatus. From 2017’s revelation that the Pentagon had been directly funding investigations into unusual sightings (along with a litany of other unusual phenomena) to last month’s announcement that the U.S. Navy was formalizing UFO reporting procedures, it seems clearer now than ever that something unusual is going on in the skies above our pale blue dot, and that Uncle Sam wants to know what it is.
Of course, for those that have served in high ranking positions throughout America’s defense and intelligence apparatus over the decades, that comes as no revelation at all, as the U.S. Government actually has a long and illustrious history of covert and semi-covert investigations into the unknown.
Some of these efforts, like Project Blue Book, aimed to explain away sightings of strange lights in the skies, while others, like these declassified documents from the CIA’s archive, had a different aim. These documents were meant to serve as a how-to manual to capture the best possible images of flying saucers (or whatever they may be) for further examination. These documents may not prove the existence of alien visitors, but they certainly prove that even America’s foreign intelligence service has long had their eye on the skies.
The CIA readily acknowledges its involvement in UFO investigations dating all the way back to its very inception in 1947, which UFO buffs will be quick to note was the same year as the now-legendary Roswell incident. According to the CIA, they closely monitored Defense Department UFO initiatives throughout this era, even going so far as to draft up the document shown below offering ten tips to UFO investigators who had been struggling to capture clear images of the strange phenomena. This included an attached “UFO Photographic Information Sheet” to be filled out by the photographer whenever a sighting occurred.
The CIA’s guidance for UFO Photographers was, according to the CIA, first published in 1967 and remained classified until December of 2013, though it wasn’t until three years later that the document was uploaded to the CIA’s digital archive, making it readily available to readers from all over the world.
According to the CIA, these are the tips you need to follow in order to get the best possible evidence of your UFO encounter:
“Guidance to UFO Photographers” was first published in 1967 and declassified in 2013.
(Courtesy of the CIA Archive)
1. Have camera set at infinity.
2. Fast film such as Tri-X, is very good.
3. For moving objects shutter speeds not slower than one hundredth of a second should be used. Shutter and f-stop combination will depend upon lighting conditions; dusk, cloudy day, bright sunlight, etc. If your camera does not require such settings, just take pictures.
4. Do not move camera during exposure.
5. Take several pictures of the object; as many as you can. If you can, include some ground in the picture of the UFO.
6. If the object appears to be close to you, a few hundred feet or closer, try to change your location on the ground so that each picture, or few pictures are taken from a different place. A change in position of 40 or 60 feet is good. (This establishes what is known as a base line and is helpful in technical analysis of your photography.) If the object appears to be far away, a mile or so, remain about where you are and continue taking pictures. A small movement here will not help. However, if you can get in a car and drive l/2 to a mile or so and-take another series of pictures this will help.
Single images of UFOs don’t offer much in the way of context (the photographer of this UFO believes it may be a bird)
(Image captured by James Havard on Flickr)
7. After pictures of UFO have been taken, remain where you are: now, slowly, turning 360 degrees take overlapping, eye level, photography as you turn around. By this technique the surrounding countryside will be photographed. This photography is very valuable for the analysis of the UFO you have just photographed.
8. Your original negative is of value. Be sure it Is processed with care.
9. If you can, have another negative made from the original.
10. Any reproductions you have made for technical study and analysis should be made from the original negative and should be printed to show all the picture including the border and even the sprocket holes, if your film has them.
For most hiring managers, sourcing, and hiring employees is only half the work: Retaining and engaging them is critical. According to a study published by the Society of Human Resources Professionals in late 2017, “The average overall turnover rate in 2016 was 18%. The 2016 rate is similar to the 2015 rate (19%).” This indicates a huge savings for employers, as replacing employees is time intensive and costly.
As companies recognize the benefits of hiring military veterans, the question often arises: Will they stay? Replacing an employee who is also a veteran is costly (as with any employee) and often emotional (I feel bad for not retaining someone who served our country).
A 2014 study from VetAdvisor and the Institute for Veterans and Military Families IVMF) at Syracuse University found that nearly half of all veterans leave their first post-military position within a year, and between 60% and 80% of veterans leave their first civilian jobs before their second work anniversary.
There are many reasons an employee leaves their current job – some are within, and others are outside of their control. For instance, downsizing, performance issues, and natural employee attrition certainly account for some retention statistics.
In the case of military veterans in civilian careers, the five reasons that stand out for turnover include:
1. Lack of leadership
Leadership is a foundational value and skill developed in the military. From the moment an individual puts on the uniform, to the day they leave the military, they are taught how to lead, why leadership matters, the importance of driving towards a mission, and caring for their teams/colleagues. In their civilian careers, veterans often seek to lead or be led in similar ways: Ascribing to a high set of values and principles, complete accountability and responsibility for actions, and caring for others. When these goals fall short, the veteran might feel disillusioned and could leave the company in search of a more meaningful contribution or leader.
2. Feeling a deficiency of support
Unlike your recent college graduate, or civilian employee, your veteran will likely not feel comfortable asking for help, resources or support. They are accustomed to being self-sufficient to solve problems. When they hit a wall, they were trained to go around, over, under or through it to get to resolution. But what happens when they feel stuck, lost, confused or hopeless? Unless the employer has a structure in place (that is well communicated to the veteran employee,) about what to do when needing support, the veteran could leave the company rather than risk the embarrassment of asking for help.
3. Found a better job
(Photo by Ms. Demetria Mosley)
With 5 million veterans estimated to be in the workplace by 2023, and more employers recognizing the value in hiring military talent, it’s common today for veteran employees to be recruited out of their current job. As social media tools have enhanced their search ability for prospects, savvy recruiters are contacting employees and recruiting them away.
4. Skills not aligned
Perhaps the employer took a chance on a veteran candidate who lacked several of the key skills for the job. And, maybe that employer neglected to give that employee access to training and tools needed to do the job well. Combine this with the veteran’s reluctance to ask for help… and you may have an employee who is not skilled up on the work needed.
5. Chose the wrong job
There are a number of military veterans who will accept the first job offer they get simply to create some stability in their transition. This is not ideal for the employer or the employee, but it does happen. The pressure and stress of transitioning from a career, culture, and team you are very familiar with, to something completely unknown, is daunting.
When it comes to military veteran employees, employers can do more to increase the support network, open communications channels, and demonstrate leadership aligned with values to positively impact retention.
Camp Bonifas in Panmunjom, South Korea is named for Captain Arthur Bonifas who was killed by North Korean soldiers in 1976 during the infamous Axe Murder Incident. Sitting next to the Demilitarized Zone, the buffer area between North and South Korea, the base serves as a frontline outpost against any possible North Korean incursion. In addition to the heavy security and first-response troops, Camp Bonifas also hosts what has been called the “World’s Most Dangerous Golf Course.”
The one-hole, 192-yard par-3 is made of artificial turf and sits less than 500 yards from the DMZ. Forget playing through roughs and trying to read greens. A duff here could send your ball into a literal minefield. There’s also an abandoned bunker and a ginseng field to make playing through that much more difficult. The tee box sits 50 yards above the fairway which was built on top of an old machine-gun position. Strong winds from the North Korean side of the DMZ also make shots here difficult.
ESPN reporter Shelley Smith visited Camp Bonifas during the 1988 Seoul Olympics and again in 2012. “It’s about the same,” she said of the golf course during her second visit. Although the idea of a golf course so close to the DMZ seems silly, it is a much-needed distraction for the American and Korean soldiers stationed there. Strategically, a base like Camp Bonifas is not expected to hold out against an all-out invasion by North Korea. Spending some time on the green is a welcome distraction from this grim reality.
Because of the nature of the base, soldiers are not allowed to bring family members when they are assigned to Camp Bonifas. However, the base is a popular tourist destination. As many as 1,000 visitors come through the base daily (pre-COVID). Troops posted at Bonifas have to memorize a 13-page history of the Korean War in order to give tours and answer questions. The base even has a gift shop stocked with DMZ-themed knick knacks.
Famous visitors to Camp Bonifas include professional athletes Andrew Luck, Randy Johnson, and Paula Creamer. “It’s so humbling because the way I look at them, I feel like I have the most respect,” Creamer said of the troops stationed at Bonifas when she visited and played a round. “I don’t know how they do it being so far away from their families and keeping your country safe and fighting for us. Their faces light up when you talk about sport in general but being a female golfer coming in there and being able to hit chip shots or balls on the range and play the toughest par-3 in the world, that’s pretty cool.”
The relaxation provided by a round of golf sits in stark contrast to the ever-present North Korean threat that sits across the DMZ. For the soldiers there, this is the reality of their duty. Shooting on the green with a club can quickly turn into shooting on the green with a rifle at Camp Bonifas.
Chapter 3: The Sin has a few choices in it that were easy to predict and a few that I didn’t see coming. By the end of it, I’d been on a satisfying emotional journey and I’m genuinely curious about where the series will go next.
Before we get started, though, let’s talk about Ludwig Göransson‘s music for a minute. That drumbeat is so bitchin’ I’m ready to add it to my workout mix. It’s suspenseful with a bit of levity, which is the tone that series creator Jon Favreau (Iron Man, Chef) captures really well in his work. It’s no surprise that Göransson also scored films like Black Panther and Creed.
Alright. Let’s get to it. Spoilers for the third episode of The Mandalorian ahead:
I’m gonna say what is on everyone’s mind: that Yoda Baby is so goddamn cute. Like, I don’t know if I want kids, but I will take that little guy. Every scene where our Mandalorian isn’t cuddling that baby makes me anxious. HOLD THE BABY AND TELL HIM EVERYTHING IS GOING TO BE OKAY, YOU MONSTER.
Instead, “Mando” (I still…hate that nickname, okay? I hate it) surprises me and actually takes the Yoda Baby to The Client. He’s got a guilty conscience about it, though. AS WELL HE SHOULD.
But then again, he’s being paid a lot of beskar steel (like, a lot), so I get it. Still, zero part of me believes that our Mandalorian isn’t going back for the baby…after he suits up with a nice new cuirass that is.
I totally get why he wanted that new armor. My DND rogue just got a Mithril breastplate and, well, it’s thrilling.
The Mandalorian, Disney+
Our Mandalorian heads to The Armorer so we can get a female with a speaking role some more information about Mandalorian lore. The importance of keeping his helmet on is repeated here (I have so many questions: can he take it off when he’s alone? How does he brush his teeth?), as is the protection of foundlings, who “are the future.”
As other Mandalorians follow our Mandalorian and his ice cream maker of beskar steel, we learn how much they revile the fallen Empire and, presumably, its attacks against their people. “When one chooses to walk the way of the Mandalore, one becomes the hunter and the prey,” intones The Armorer.
In addition to his new armor, she gives our Mandalorian “whistling birds” which have just become the new Star Wars version of Chekhov’s Gun.
Is that beskar steel in your pocket or…
The Mandalorian, Disney+
Our Mandalorian heads back to Greef Karga (Carl Weathers) to accept another assignment (a Mon Calamari — fun easter egg or foreshadowing?) and we get a heavy-handed reveal that every bounty hunter in the room has a tracking fob for the Yoda Baby. Neither talk of the bounty hunter guild’s code about what happens to assets when they’re delivered (it’s basically a don’t ask, don’t tell policy) nor our Mandalorian’s boarding of his ship make me think for a second he’s leaving that baby.
Where does he store the fuel?
The Mandalorian, Disney+
Sure enough, he heads back and makes quick work of the shoddy Stormtroopers with his marksmanship, flame throwers, and whistling birds (remember the Jericho Missile in Iron Man? They’re that, but pocket-sized). The creepy clone guy begs for his life and claims that he saved the life of the Yoda Baby, who is asleep and hooked up to machines.
Personally, I think we could have gotten some intelligence from this cowering dude, but I guess our Mandalorian wanted to get the hell out of dodge. Luckily I got what I’ve been waiting for: Pedro Pascal cradling the Yoda Baby in his arms.
Don’t judge my biological responses and I won’t judge yours.
Speaking of Disney+, how great is The Rocketeer?
The Mandalorian, Disney+
Just when you think the showdown is over, our Mandalorian exits The Client’s stronghold and is confronted by dozens of bounty hunters and their tracking fobs, lead by Karga. They want the baby, our Mandalorian wants the baby, I want the baby, we all want the baby.
A firefight commences.
Our Mandalorian does a pretty stellar job, considering he’s outnumbered. We also get to see the impressive capabilities of his rifle, which disintegrates enemies much like the Tesseract weapons from Marvel. Still, he’s in a bind…and then, a fun surprising-yet-inevitable deus-ex-machina arrives in the form of a tribe of Mandalorian, who fly in with their rocket packs and take on the bounty hunters so our Mandalorian can escape with the cutest little bounty in the universe.
After outing themselves, the Mandalorian will be forced to relocate. With a salute, our Mandalorian is waved off by one of his wingmen. He makes a mental note to get himself a rocket pack, hands the Yoda Baby a toggle from his ship (which is definitely a choking hazard, but whatever, they’re bonding), and he shoots off into the stars.
Loving the vibe of the #Mandalorian! I can’t wait until episode 3.pic.twitter.com/rcOaAhmufP
With the eight 13 hour flights the aircraft of the 380th Air Expeditionary Wing have on a daily basis, some parts of the aircraft can wear down, crack or break over periods of time.
The 380th Expeditionary Maintenance Squadron fabrication flight, also known as “Fab Flight” or the “American Chopper” of aircraft maintenance at Al Dhafra Air Base, United Arab Emirates, is in charge of identifying and repairing aircraft structural damage. They fix whatever can be broken, from a metal panel off the side of a KC-10 Extender to a tiny cracked screw the size of a fingernail.
“Members of the fabrication flight are true artists,” said Master Sgt. Charles Silvas, 380th EMXS fabrication flight chief. “They are able to evaluate damage and visualize — in three dimensions — the repair necessary to return mission essential aircraft back to original serviceable condition. Then they are able to take flat metal and transform it into three-dimensional repairs in a time-sensitive environment with stringent guidelines.”
Many jobs in the maintenance field have written instructions to assist them in most troubleshooting situations, but the Sheet Metals section has a vast amount of factors when it comes to fixing parts, causing them to have to think outside the box more often than not.
“The nature of changing out parts makes it simple to write instructions tailored to every step in the process,” said Tech. Sgt. Garrett W. Magnie, 380th EMXS fabrication flight NCO in charge. “With fabrication however, whether it be machining a new part, welding on aircraft, or determining the best approach to restoring the structural integrity of the airframe to original strength, weight, and contour, our repair processes require that we utilize the instructions within the technical data as well as our experience in order to execute the most safe and efficient solution.”
The Sheet Metals shop is in charge of receiving deficient parts from all over the installation and fixing them, making them a very cost-efficient method, rather than purchasing a new part.
Like the Sheet Metals shop, the Non-Destructive Inspection shop supports all of the aircraft assigned to the 380th AEW using various techniques involving technology with their innovative ways.
“Most of our work requires us to trust our judgement and knowledge,” said airman Isaiah Edwards, 380th EMXS NDI technician. “We are capable of combining science with technology to evaluate the integrity of structures, metals, system components, and fluids without causing any damage, or impairing future usefulness to any parts. We do all this in a cost-effective way while still using extremely technical and accurate methods.”
Through understanding their significant role, using top-notch precision, and trusting their gut, the Fab Flight continues to do their part in achieving mission success.
“The Fabrication Flight accomplishes this mission by identifying and repairing aircraft structural damage and ensuring aircraft motors are ready to accomplish the mission,” Silvas said. “The Fabrication Flight is essential to keeping mission capable aircraft available to provide air superiority in the region, supporting both America and her allies.”
The Army is now performing concept modeling and early design work for a new mobile, lethal, high-tech future lightweight tank platform able to detect and destroy a wider range of targets from farther distances, cross bridges, incinerate drones with lasers and destroy incoming enemy artillery fire – all for the 2030s and beyond.
The new vehicle, now emerging purely in the concept phase, is based upon the reality that the current M1A2 SEP Abrams main battle tank can only be upgraded to a certain limited extent, senior Army officials explained.
The Army’s Tank Automotive Research, Development and Engineering Center, or TARDEC, is now immersed in the development of design concepts for various super high-tech tank platforms, Maj. Gen. David Bassett, Program Executive Officer, Ground Combat Systems, told Scout Warrior in an exclusive interview.
Bassett emphasized the extensive conceptual work, simulation and design modeling will be needed before there is any opportunity to “bend metal” and produce a new tank.
You don’t wanna rumble with this. (U.S. Marine Corps photo)
“We’ve used concept modeling. What are the limits of what you can do? What does a built from the ground up vehicle look like? We are assuming, if we are going to evolve it, it is because there is something we can’t do in the current vehicle,” Basset explained.
The new tank will emerge after the Army first fields its M1A2 SEP v4 upgraded Abrams tank in the 2020s, a more lethal Abrams variant with 3rd Generation Forward Looking Infrared Sensors for greater targeting range and resolution and more lethal Advanced Multi-Purpose, or AMP ammunition combining many rounds into a single 120mm round.
The AMP round will replace four tank rounds now in use. The first two are the M830, High Explosive Anti-Tank, or HEAT, round and the M830A1, Multi-Purpose Anti -Tank, or MPAT, round.
The SEP v4 variant, slated to being testing in 2021, will also include new laser rangefinder technology, color cameras, integrated on-board networks, new slip-rings, advanced meteorological sensors, ammunition data links and laser warning receivers.
However, although Army developers often maintain that while the latest, upgraded high-tech v4 Abrams is much more advanced than the first Abrams tanks produced decades ago, there are limits to how much the existing Abrams platform can be upgraded.
A lighter weight, more high-tech tank will allow for greater mobility in the future, including an ability to deploy more quickly, handle extremely rigorous terrain, integrate new weapons, cross bridges inaccessible to current Abrams tanks and maximize on-board networking along with new size-weight-and-power configurations.
Although initial requirements for the future tank have yet to emerge, Bassett explained that the next-generation platform will use advanced sensors and light-weight composite armor materials able to achieve equal or greater protection at much lighter weights.
“We will build in side and underbody protection from the ground up,” Bassett said.
Bassett said certain immediate changes and manufacturing techniques could easily save at least 20-percent of the weight of a current 72-ton Abrams.
The idea is to engineer a tank that is not only much more advanced than the Abrams in terms of sensors, networking technology, force tracking systems, an ability to control nearby drones and vastly increased fire-power – but to build a vehicle with open-architecture such that it can quickly accommodate new technologies as they emerge.
For instance, Bassett pointed out that the Abrams was first fielded with a 105mm cannon – yet built with a mind to potential future upgrades such that it could be configured to fire a 120mm gun.
“The vehicle needs to have physical adaptability and change and growth ability for alterations as one of its premises – so it can learn things about energy and power and armor. The Army really needs to think about growth as an operational need,” Rickey Smith, Deputy Chief of Staff, G-9, Training and Doctrine Command, told Scout Warrior in an interview.
Smith explained how, for example, Humvees were not built for the growth necessary to respond to the fast-emerging and deadly threat of roadside bombs in Iraq.
The new tank will be specifically engineered with additional space for automotive systems, people and ammunition. As computer algorithms rapidly advance to allow for greater levels of autonomy, the Abrams tank will be able to control nearby drones using its own on-board command and control networking, service developers said.
Unmanned “wing-man” type drones could fortify attacking ground forces by firing weapons, testing enemy defenses, carrying suppliers or performing forward reconnaissance and reconnaissance missions while manned-crews remained back at safer distances.
Bassett, and developers with General Dynamics Land Systems, specifically said that this kind of autonomy was already being worked on for current and future tanks.
Active protection systems are another instance of emerging technologies which will go on the latest state-of-the-art Abrams tanks and also quite likely be used for the new tank. Using computer algorithms, fire control technology, sensors and an interceptor of some kind, Active Protection Systems are engineered to detect, track and destroy incoming enemy fire in a matter of milliseconds. The Army is currently fast-tracking an effort to explore a number of different APS systems for the Abrams. General Dynamics Land Systems is, as part of the effort, using its own innovation to engineer an APS system which is not a “bolt-on” type of applique but something integrated more fully into the tank itself, company developers have told Scout Warrior.
The use of space in the new vehicle, drawing upon a better allocation of size-weight-and-electrical power will enable the new tank to accommodate better weapons, be more fuel efficient and provide greater protection to the crew.
“If you have less volume in the power train, you can get down to something with less transportability challenges,” he said. “If you add additional space to the vehicle, you can take out target sets at greater distances.”
While advanced Abrams tanks will be using a mobile Auxiliary Power Unit to bring more on-board electrical power to the platform for increased targeting, command-and-control technologies and weapons support, mobile power is needed to sustain future systems such as laser weapons.
The Army cancelled its plans for a future Ground Combat Vehicle, largely for budget reasons, some of the innovations, technologies and weapons systems are informing this effort to engineer a new tank for the future.
Design specs, engineering, weapons and other innovations envisioned for the GCV are now being analyzed for the new tank. In particular, the new tank may use an emerging 30mm cannon weapon planned for the GCV – the ATK-built XM813.
The XM813, according to Army developmental papers, is able to fire both armor-piercing rounds and air-burst rounds which detonate in the air in proximity to an enemy in defilade, hiding behind a rock or tree, for example.
The computer-controlled and electronically driven weapon can fire up to 200 rounds per minute, uses a dual-recoil firing system and a semi-closed bolt firing mode, Army information says.
Light Weight 120mm Cannon
The new tank may quite likely use a futuristic, lightweight 120mm cannon first developed years ago for the Army’s now-cancelled Future Combat Systems, or FCS; FCS worked on a series of “leap-ahead” technologies which, in many instances, continue to inform current Army modernization efforts.
The FCS program developed next-generation sensors, networking, robots and a series of mobile, high-tech 27-ton Manned-Ground Vehicles, or MGVs.
The MGVs included a Non-Line-of-Sight artillery variant, Reconnaissance and Surveillance, Infantry, Medical and Command-and-Control variants, among others. One of the key vehicles in this planned future fleet was the Mounted Combat System, or MCS.
The overall MGV effort was cancelled by former Defense Secretary Robert Gates in 2009 because Gates felt that the 27-ton common chassis was not sufficiently survivable enough in a modern IED-filled threat environment.
Although the MGVs were engineered with a so-called “survivability onion” of networked sensors and active protection systems to identify and destroy approaching enemy fire at great distances, many critics of FCS felt that the vehicles were not sufficient to withstand a wide range of enemy attacks should incoming fire penetrate sensors or hit targets in the event that the sensor malfunctioned or were jammed.
The Army’s MCS program developed and test-fired a super lightweight 120mm cannon, called the XM360, able to fire existing and emerging next-generation tank rounds. The lightweight weapon being developed for the MCS was two-tons, roughly one-half the weight of the existing Abrams 120mm cannon.
The MCS was to have had a crew of two, a .50 caliber machine gun, and a 40mm automatic grenade launcher.
In fact, the Army’s recent Combat Vehicle Modernization Strategy specifically mentions the value of adapting the XM360 for future use.
“Next-Generation Large Caliber Cannon Technology. The XM360 next-generation 120mm tank cannon integrated with the AAHS will provide the M1 Abrams a capability to fire the next generation of high-energy and smart-tank ammunition at beyond line-of-sight (LOS) ranges. The XM360 could also incorporate remote control operation technologies to allow its integration on autonomous vehicles and vehicles with reduced crew size. For lighter weight vehicles, recoil limitations are overcome by incorporating the larger caliber rarefaction wave gun technology while providing guided, stabilized LOS, course-corrected LOS, and beyond LOS accuracy”
Bassett said the potential re-emergence of the XM360 is indicative of the value of prototyping and building subsystem technologies.
The MCS was test-fired at Aberdeen Proving Grounds, Md., in 2009. The platform used an aluminum turret and three-man crew using an automatic loading system. Also, the MCS was engineered to fire 120mm rounds up to 10 kilometers, what’s called Beyond-Line-of-Sight using advanced fire control and targeting sensors, General Dynamics developers explained at the time.
Special new technology was needed for the XM360 in order to allow a lighter-weight cannon and muzzle to accommodate the blast from a powerful 120mm tank round.
Elements of the XM360 include a combined thermal and environmental shroud, blast deflector, a composite-built overwrapped gun, tube-modular gun-mount, independent recoil brakes, gas-charged recuperators, and a multi-slug slide block breech with an electric actuator, Army MCS developmental documents describe.
Smith added that a lighter-weight, more mobile and lethal tank platform will be necessary to adjust to a fast-changing modern threat environment including attacking RPGs, Anti-Tank-Guided Missiles and armor-piercing enemy tank rounds. He explained that increased speed can be used as a survivability combat-enhancing tactic, adding that there are likely to be continued urban threats in the future as more populations migrates into cities.
“Never forget what it is you are trying to use it for,” Smith said.
The adopted daughter of a retired Army officer living in Kansas will be deported to South Korea after graduating college unless she gets a work visa, a judge ruled.
Hyebin Schreiber, 17, was brought to the United States by her uncle, Lt. Col. Patrick Schreiber, and his wife, Soo Jin, in 2012 when she was 15 years old, according to KCTV.
But on Sept. 28, 2018, a federal judge in Kansas ruled in favor of US Citizenship and Immigration Services after Lt. Col. Schreiber sued the department over Hyebin’s visa and citizenship applications being rejected.
After Schreiber and his wife brought Hyebin to the United States, the Army officer was deployed to Afghanistan and bad legal advice led the couple to put off the teen’s legal adoption until she was 17.
In Kansas, the cutoff date to complete legal adoption is when the child turns 18.
Under federal immigration law, however, foreign born children must be adopted before they turn 16 to get citizenship from their American parents.
“I should have put my family ahead of the Army,” Schreiber told the Kansas City Star.
The only way Hyebin would be able to stay in the country is if a US company provides her with a work visa after graduating, USA Today reported.
She is able to stay in the country through graduation from the University of Kansas because the school has provided her with an F-1 student visa.
Despite only being 17 years old, Hyebin is a senior at the university and is studying chemical engineering.
“After graduation, I should be looking for a job. Right now, I don’t know what’s going to be happening, so I’m trying to find job both in Korea and the United states, so it’s kind of a lot of work for me,” Hyebin told KSHB.
Hyebin reportedly moved in with her aunt and uncle because of a bad family situation in Korea.
Schreiber, who served in the US military for 27 years, said he and his wife will move to South Korea with Hyebin if she is forced to leave.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.