There’s a common refrain in Germany, “This is the last Nazi trial.” The country keeps striving to hold Nazis from World War II, especially those who worked in concentration camps, accountable for their crimes against the world and against those Europeans that the Third Reich deemed undesirable. But as many camps were dismantled after the war and survivors of the camps are dying of old age, it’s hard to collect evidence against individuals for crimes perpetrated in the 1930s and 40s.
But now, forensic virtual reality is helping jury members and judges see exactly what crime scenes, including concentration camps, looked like, and that’s helping German prosecutors go after former concentration camp guards and staff. This could allow Germany to assign culpability to perpetrators of the Holocaust until the last accomplice has died.
Take the case of Reinhold Hanning. He was, undeniably, a guard at Auschwitz Concentration Camp. During Hanning’s time at the camp, 170,000 people were killed, most of them Jewish, most of them in gas chambers. As an SS sergeant, Hanning would likely have been involved in the “selection” process, where some prisoners were sent to the chambers and some to hard labor.
But prosecutors had to prove that Hanning was involved in that process or that he knew the process resulted in hundreds of thousands of deaths. It wasn’t enough to prove that he was at the camp. It wasn’t enough to prove that he worked there. They had to prove that he knew his actions contributed to murder.
If that was proven, he could be convicted as an accomplice to 170,000 murders. But, how do you prove that he must have known about the gas chambers and that he must have known what the results of their use were? After all, he claimed that he had never seen a prisoner gassed and that he didn’t know people were being killed.
Prisoners in advanced state of starvation in a concentration camp liberated by the 3rd Canadian Infantry Division, Sergeant Lucien Lapierre of the New Brunswick North Shore Regiment.
(Donald I. Grant, Library and Archives Canada)
And, nearly all the records from the time have been lost or destroyed. And most of the camp was either torn down or has fallen apart in the years since World War II. While some concentration camps survive today, that is because they’ve been maintained as museums and memorials to the atrocities. The camps were not designed or constructed to last 100 years.
But prosecutors had a modern tool in their arsenal for prosecuting murderers and other criminals in the modern day: forensic virtual reality. Experts went to crime scenes and imaged the site with lasers, digitally recreating the area in 3D down to the blood splatters on the walls. Prosecutors asked the experts if they could recreate a concentration camp, instead.
Engineers turned to maps of the camp and compared those to measurements taken over four days at what remains of Auschwitz. Then members of the jury and the court were given VR headsets and a tour of the camp, complete with the views from the areas where Hanning lived and worked.
If Hanning could see how the selection process sent people to the gas chambers to die, then the jury could convict. And when the jury saw Hanning’s views from the tower, it became clear that he must have known that the camp was used to kill people, that his actions contributed to that, and that his actions allowed it to continue.
Hanning was found guilty, thanks to a digital recreation of a long-lost site. It should be noted, though, that he appealed this decision and that he died while his case was on appeal. In the German system, that means his case ended on appeal; it did not end with a standing conviction.
But VR could help prosecutors make other convictions in the coming years for the atrocities of World War II, so the last Nazi prosecution might not come until the last Nazi accomplice has died.
In a statement marking the 5th anniversary of the repeal of the so-called “Don’t Ask, Don’t Tell” law that barred gay men and women from serving openly in the military, Defense Secretary Ash Carter said today’s military is stronger than ever since the repeal.
“I am proud to report that five years after the implementation of the repeal of ‘Don’t Ask, Don’t Tell’ our military, drawn from a cross-section of America, is stronger than ever and continues to exemplify the very best that our great nation has to offer,” Carter said. “The American people can take pride in how the Department of Defense and the men and women of the United States military have implemented this change with the dignity, respect, and excellence expected of the finest fighting force the world has ever known.”
Carter expressed optimism as the military continues to become more inclusive.
“As the memory of ‘Don’t Ask, Don’t Tell’ fades further into the past, and we move forward together to face new challenges,” he added, “we recognize that openness to diversity and reaching out in a spirit of renewed inclusiveness will strengthen our military and enhance our nation’s security.”
Also today, the Pentagon’s personnel chief released a letter to service members, families and veterans, encouraging people who received less-than-honorable discharges from the military based solely on “Don’t Ask, Don’t Tell” and its precursor laws and policies to seek a correction of their records.
“If there is something in your record of service that you believe unjust, we have proven and effective policies and procedures to by which to consider and correct such errors,” acting Undersecretary of Defense for Personnel Peter Levine wrote. “‘Don’t Ask, Don’t Tell’ is a vestige of our past and I encourage you to honor the 5th anniversary of the Department’s implementation of its repeal by coming forward and requesting a correction.”
Troops hating on each other is commonplace. It builds branch esprit de corps to poke fun at our brothers. When it comes to soldiers hating on Marines, that’s just it — hating on, not hating. Us soldiers laugh at our thick-skulled, knuckle-dragging brothers from a place of camaraderie. In fact, our knuckles drag just as low.
The Army’s mission is too different from the Navy and Air Force for many of us to have prolonged contact with them. Marines, on the other hand, are often in the same guard post, same smoke pit, same bunker, and same all-around sh*t as soldiers, but that doesn’t make them safe from mockery.
Here are 6 reasons soldiers hate on the Marines:
6. “But every Marine is a rifleman!” said every Marine POG ever.
03 Series? Cool as f*ck in my book. Carry on.
Literally everyone else in the Marine Corps who tries to leech cool points from the 03 series with that stupid saying? Get out of here with that bullsh*t. There’s pride in playing your role and being the tiny gear that moves the military forward. You don’t need to pretend you’re something harder than you really are.
5. They act like their sh*t doesn’t stink.
Marines pride themselves on being the fittest and most war-fighting capable branch in the U.S. Armed Forces. They sh*t on the Air Force for being lazy. They sh*t on the Navy for being useless. They shit on us for being fat. All of which may be true — we won’t fight back.
But tell me, are you 100% certain there aren’t any fat, lazy, or useless Marines?
4. Marines complain about funding like we’re not also broke.
Whenever a group of Joes and Jarheads run into each other downrange, there’s always that one Marine who says something like, “oh, you have an ACOG on your M4? Must be nice.”
My heart goes out to you. It really does. But why b*tch to us about it? Average Joes are just slightly more geared than Marines. The Air Force gets far more than us and squanders it on airplanes they won’t use. If you really want fix the problem, take it up with the Navy. They blew what could have been your ACOG and M4 money on “Fat Leonard” kickbacks.
3. We’re tired of cleaning up after them.
“Tip of the Spear” has its benefits and setbacks. It sucks being the first ones anywhere, and soldiers sympathize.
The Marine Corps’ “first to fight” mentality, however, often means pissing off a local village and hot-potatoing that sh*t to the incoming soldiers.
2. Sure. They have Nassau, Tripoli, and Okinawa…
…but we still have Invasion of Normandy. For being the largest and most well-known amphibious landing force in the world, you’d think they would’ve played a bigger part in the largest and most well-known amphibious landing.
1. Those Dress Blues are actually sick as hell.
We can’t deny it. We may change our dress uniforms every year, but Marines just found an awesome design and stuck with it.
At the end of the day, we hate on them because they’re the brother we’re closest to and we couldn’t ask for a better friend to watch our back.
An incident involving the Arleigh Burke-class guided-missile destroyer USS Porter (DDG 78) in February now has new context. The dustup involved multiple Russian aircraft making close passes over the Porter that the United States Navy described as “unsafe and unprofessional” at the time. The aircraft involved were Su-24 Fencers and an Il-38 May.
According to a report from Reuters, the Russian defense ministry has declared that any United States Navy patrol in the Black Sea is a potential threat to Russia. The reason, they claim, is that they cannot tell what missiles are loaded aboard the U.S. ships.
How credible is this claim? To start, let’s look at the Porter’s weapons suite. It carries a single five-inch gun, it is equipped with two Phalanx Close-In Weapon Systems, two triple Mk 32 launchers for 324mm torpedoes, and two Mk 41 vertical launch systems (one with 29 cells, the other with 61).
It is this last system that warrants a closer look. The Mk 41 can carry RIM-66 Standard SM-2 surface-to-air missiles, RIM-174 Standard SM-6 surface-to-air missiles, RIM-162 Evolved Sea Sparrow Missiles, RUM-139 Vertical-Launched ASROCs, and BGM-109 Tomahawks. The Tomahawks are probably what the Russian defense ministry is citing as their excuse for the close encounter.
The Tomahawk comes in several varieties. Perhaps the most well-known are the TLAM-C and TLAM-D versions, largely because they have been the most used. According to Designation-Systems.net, the Block III version of the Tomahawk has a 750-pound high-explosive warhead and a range of 870 nautical miles.
The new Tactical Tomahawk, known as the BGM-109E, has a range of 900 nautical miles, according to the Center for Strategic and International Studies. In other words, from the Black Sea, Tomahawks could reach out and at a minimum, roll back Russian air defenses in time of war. There used to be a nuclear version of the Tomahawk, but according to a 2013 report by the Federation of American Scientists, the BGM-109A TLAM-N was retired after the 2010 Nuclear Posture Review.
So, really, a patrol by the United States Navy is not a threat to Russia, in and of itself. And the Navy’s patrols in the Black Sea won’t touch off a nuclear war – unless the Russians launch their nuclear-tipped anti-ship missiles first.
An 80-year-old conflict was revisited on Sept. 17, 2019, as the Polish Embassy in the UK commemorated the anniversary of the Soviet Union’s invasion, which came two weeks after Germany invaded and started World War II.
The Russian embassy in South Africa didn’t let Poland’s tweet go without a denial.
“The USSR is often accused of invading Poland. Wrong!” the embassy tweeted. “The Nazis attacked Poland on 1 September. It was not until 17 September, with Polish government fleeing forces defeated, that the Red Army entered ‘Polish territories’ – Belarus and Ukraine occupied by Warsaw since 1920.”
The USSR and Germany had signed the Molotov-Ribbentrop Pact, a neutrality agreement, just days before Germany invaded Poland on Sept. 1, 1939.
Germany invaded Poland from the west, the USSR invaded from the east, and the two carved up Polish territory between them, although the Soviet Union did not formally declare war.
Unbeknownst to the Polish, the USSR and Nazi Germany had secretly discussed how they would divide parts of Europe, including Poland, giving the USSR the territory it felt it had lost after the Treaty of Riga ended the Polish-Russian War in 1921.
Russia’s response to the Poland tweet takes on more significance in light of its annexation of Crimea in 2014, a move reminiscent of its invasion of Poland in 1939 — in both cases, Moscow denied or obfuscated the invasion but claimed the lands being invading belonged to it anyway.
Russian President Vladimir Putin was not invited to a commemoration of the invasion of Poland this year because of the annexation of Crimea and his increasingly authoritarian rule.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The Florida Times-Union’s military reporter, Joe Daraskevich, posted a video on Sept. 5, 2018, on his Twitter showing just HMS Queen Elizabeth (280m long) next to the slightly smaller USS Iwo Jima (257m):
Despite it being the biggest military ship in Mayport, HMS Queen Elizabeth is still topped by the largest US Navy carriers. USS Gerald R. Ford and USS George H.W. Bush are 337m and 332m long respectively.
Unlike its US counterparts, which have flat flight decks, HMS Queen Elizabeth has a “ski jump” ramp at one end, which will give the planes a little extra height when taking off.
Here’s a video of F-35s practicing on a ground-based replica of the ski jump:
Local TV station WJXT News said the ship would be in Mayport for a couple of days before heading north to Maryland. That base is on the Chesapeake Bay — around 62 miles south of Washington, D.C.
Here’s the Twitter post from their arrival in Mayport:
As it was arriving the band played a rendition of the British national anthem “God Save the Queen.”
The deployment to the US is significant because it will mark the first fighter jet landing on a British aircraft carrier in eight years, since the decommissioning of HMS Ark Royal.
The F-35B jets will be flown from Naval Air Station Patuxent River by four pilots from the Integrated Test Force, a unit that includes British and American pilots.
In a statement, HMS Queen Elizabeth’s captain, Jerry Kyd, said: “Crossing a major ocean with 1.500 sailors, aircrew and Marines embarked and the anticipation of the first F-35B Lightning landing on the deck in September is very exciting for us all… this deployment demonstrates the astonishing collaborative effort that will enable the new F-35B jets to fly routinely from our Queen Elizabeth class aircraft carriers.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
In 2009, the Department of Defense acquisition chief John J. Young, Jr. issued a mandate requiring the military departments to find new ways to reduce their use of hexavalent chromium (also known as hex-chrome or Cr6+). Hex chrome, which became infamous in the eyes of the public after the release of the film, Erin Brockovich, is a carcinogen that is harmful to humans and the environment. DoD maintenance facilities go to painstaking lengths to reduce the level of exposure sustained by their maintenance technicians due to hex chrome.
Hex chrome offers important corrosion prevention and control qualities in organic pre-treatments and primers used to coat a variety of military aircraft. For example, most coatings and primers used on legacy fighter and cargo aircraft such as the Navy’s F/A-18 and F-14, the Air Force’s C-130, C-5, and F-16 contain hex chrome, and the Army’s H-60 Black Hawk helicopter.
Chromate-based corrosion inhibitors are widely recognized as the best inhibitors available to the DoD. Their high level of performance means that they are still used prolifically as a coating for all types of military aircraft.
(U.S. Air Force photo by Airman 1st Class Joshua Kleinholz)
The Delicate Balance of Finding Alternatives to Hex Chrome
Complicating the issue of finding alternatives to hex chrome is the drastic cost of corrosion faced by the U.S. military. According to a study released by the DoD Corrosion Policy and Oversight Office, the DoD spent nearly $20 billion on corrective corrosion actions in fiscal year 2016. That expenditure amounts to nearly 20 percent of the entire DoD maintenance budget.
Moreover, corrosion experienced by Navy and Marine Corps aircraft costs approximately $3.43 billion annually and accounts for almost 28 percent of all maintenance costs. Corrosion-related maintenance prevents active aircraft from being ready for mission tasking for approximately 57 days each year.
The high cost of corrosion within the DoD persists despite its prolific use of carcinogenic, but best-in-class, chromate primers.
Navy experts who attack the problem of chromates walk a delicate line between finding an environmentally benign inhibitor and refusing to sacrifice so much performance that the DoD maintenance budget swells even further. Since 2009, the search by DoD and industry for a non-chromate primer has persisted alongside the expectation of finding an alternative that performs just as well as current chromate-based primers. Among DoD officials and engineers, this expectation has become known as the “as good as” requirement.
In response to Young’s 2009 mandate, experts at the Materials Engineering Division of the Naval Air Warfare Command – Aircraft Division (NAWCAD) in Patuxent River, MD, re-energized their internal primer research and development efforts in an effort to push the performance of non-chromated primers closer to that of chromated primers, since the products qualified at the time were the best available, but still not good enough for many naval aviation applications
(U.S. Army photo)
To address this shortcoming, NAWCAD materials engineer Craig Matzdorf and chemical engineer William Nickerson, now with the Office of Naval Research, have invented their own solution to the problem. Their patented Active Aluminum-Rich (“Al-Rich”) technology is a powerful anti-corrosion chemical composition created for use in coating systems. The Al-Rich primer is a metalized, sacrificial, chromate-free, high-performance, anti-corrosion primer for use in all situations where a chromated primer is currently used.
“Al-Rich is superior to existing coatings based on the novel aluminum pigment that actively overcomes corrosion by electrochemical means,” said Matzdorf. “Current coatings rely on chemical inhibitors like chromate, which are less effective at fighting galvanic corrosion. We anticipate that the Al-Rich primer will reduce galvanic and other types of corrosion and its effect on the Navy’s cost and availability.”
Key Technology Components in Al-Rich Primer
Although metal-rich primers have existed for quite some time, there were some underlying problems. First, the most traditional metal-rich coatings, such as zinc-rich coatings, are far too heavy for aviation applications and are not effective on aluminum. Second, other metal-rich coatings did not have the longevity of performance in harsh operating environments. “The Al-Rich primer employs two unique approaches to alleviate these key issues and to provide corrosion protection at the level of chromate primers,” according to Matzdorf.
The first key component of the technology is the use of a specialty aluminum alloy as the pigment inside the primer. The alloy composition of this pigment is specifically chosen for its high efficiency. In turn, this high efficiency, in combination with the low density of aluminum, allows the coating to be applied at normal aviation thicknesses, thus eliminating weight concerns.
The technology’s second key component is a proprietary surface treatment applied to the pigment. By subjecting the primer’s pigment to a surface treatment, both the pigment’s overall level of performance and the primer’s overall length of performance are increased. A surface-treated particle boosts the performance of this metal-rich primer to meet the “as good as” requirement.
According to Matzdorf, these two key technology components combine to create a truly novel approach to non-chromated and high-performance primers. One area of Al-Rich primer’s performance excellence is its ability to reduce fastener-induced corrosion. Each time a titanium or stainless steel fastener is punched into the aluminum body of an aircraft, a potent corrosion cell is created. These corrosion cells cause prolific and expensive corrosion damage. For reasons that are likely to stem from its ability to protect aluminum electrochemically, the Al-Rich primer excels at preventing fastener-induced corrosion as well as filiform corrosion. In many scenarios, the Al-Rich primer outperforms its chromated counterparts at preventing these rampant corrosion problems.
Applications and Future Testing
Thus far, the Al-Rich primer has been applied to an Army H-60 helicopter, a NASA C-130 cargo plane, two Coast Guard H-60 tail sections, and various pieces of Navy support equipment. Engineers at NAWCAD have extensive lab data on this product and are now looking to test it extensively on a variety of DoD applications. However, to do so, the Navy needs to procure large batch sizes of the new primer. Because the Navy is not in the business of manufacturing commercial quantities of chemicals, it has begun licensing this Al-Rich primer technology to equipped and capable businesses.
Through funding sponsored by the Office of Naval Research over the next few years, the Navy plans to apply the new Al-Rich primer to larger and larger portions of its assets. Successful field demonstrations will allow the Navy to comply with the DoD mandate regarding hex chrome. According to officials at NAWCAD and the DoD Corrosion Policy and Oversight Office, Al-Rich primers represent an exciting new entry into the non-chromated anti-corrosion primer market.
The US military and NATO have been significantly outgunned by Russia in eastern Europe for some time, but US Army generals recently laid out a plan to close the gap.
As it stands, Russia has more tanks, aircraft, better air defenses, and more long-range weapons systems than the US and NATO have in eastern Europe.
The US has known for some time that its air superiority, something the US has held over enemies for 70 years, has come under serious threat, but now they’re working on an answer.
“Because of the power and the range and the lethality of these Russian air defenses, it’s going to make all forms of air support much more difficult, and the ground forces are going to feel the effects,” Gen. Robert Brown, who commands the US Army in the Pacific, recently said, according to Military.com.
He said the answer was to “push the maximum range of all systems under development for close, deep, and strategic” strikes, and that the US has “got to outgun the enemy.”
Instead of risking US planes and pilots in covering US forces as they fight with Russia, the US should pivot to increasing the range of its rockets, artillery, and missiles, according to Brown. Then, using those systems, the US can knock out Russian defenses and keep its troops at bay, potentially fighting without air support for weeks, he said.
Brown was speaking at the Association of the United States Army’s Global Force Symposium in Huntsville, Alabama.
Russia has “got a range advantage over us in a number of different areas, particularly cannons,” John Gordon IV, a senior policy researcher at Rand Corp, said at the event. “Typically, modern Russian cannons have got 50 percent to 100 percent greater range than the current generation of US cannons.”
Brown also said the US needs to extend the range of its current systems and those in development to meet the threat, specifically by bumping up the range of the Army Tactical Missile System to 499 kilometers, just under the 500 kilometer range limit the US is bound to by an arms-control agreement.
Brig. Gen. Stephen Maranian, commandant of the Army’s Field Artillery School, said the new missiles would have “the ability to hit a ship at sea, the ability to hit moving targets on the land domain, the ability to have sub-munitions that attack heavy armored targets and have effects … and the ability to use sensors to hone in on targets. Those are all aspects of future spirals of this missile that the base Precision Strike Missile will provide,” Military.com noted.
Additionally, the US is working on a new self-propelled howitzer that would increase the range out to 40 kilometers and increase the rate of fire.
It took Marine Corps veteran Tim Conner more than a year of training and waiting, but it paid off. He was finally able to take home his new (exoskeleton) legs.
Conner has used a wheelchair since 2010. An accident left him with a spinal cord injury, and he is the first veteran at Tampa Bay VA Medical Center to be issued an exoskeleton for home use. The robotic exoskeleton, made by ReWalk, provides powered hip and knee motion that lets Conner stand upright and walk.
Before being issued his own exoskeleton, Conner underwent four months of training, then took a test model home for four months as a trial run. He then had to wait several more months for delivery. He was so excited about getting it that he mistakenly arrived a week early to pick it up.
“They said, “You’re here early, it’s the thirtieth,'” Conner said with a laugh. “I was like, that’s not today. I looked at my phone and said, ‘Oh my God, I’m excited, what can I say.'”
For Conner, the most significant advantage of the exoskeleton is being able to stand and walk again. Which, in turn, motivates him to stay healthy.
Tim Conner and the team that helped him walk again. From left, Chief of Staff Dr. Colleen Jakey, Cassandra Hogan, Kathryn Fitzgerald, Brittany Durant, and Spinal Cord Injury Service Chief Dr. Kevin White.
“I’m not 3-and-a-half, 4 feet tall anymore. I’m back to 5-8,” Conner said. “Not only can I stand up and look eye-to-eye to everybody. I’m not always kinking my neck looking up at life. It’s been able to allow me to stay motivated, to stay healthy, because you have to be healthy to even do the study for this program. That is going to keep me motivated to stay healthy and live longer than what could be expected for the average person in my situation.”
The exoskeleton is an expensive piece of equipment, with some versions costing as much as 0,000. According to Dr. Kevin White, chief of the Tampa Bay VA spinal cord injury service, that is why the hospital has been conducting research on the units.
“We wanted to know that the patient when they get it, they’re actually going to utilize it in the community,” said White. “If they’re showing that benefit, the VA has made a commitment to make sure that any veteran who needs it and qualifies, whether it’s a spinal cord injury and even stroke. That they have that opportunity, and we provide it free of charge.”
Walking in the exoskeleton is like “a mixture between Robocop, Ironman, and Forrest Gump,” said Conner. “It is pretty cool, especially when you’re walking and people are like, ‘Oh my God, look at this guy. He’s a robot.’ But I can’t imagine walking without it, so it’s just a normal way of walking. It feels the same way it did if I didn’t have a spinal cord injury.”
This article originally appeared on VAntage Point. Follow @DeptVetAffairs on Twitter.
The Pentagon’s emerging “Arsenal Plane” or “flying bomb truck” is likely to be a modified, high-tech adaptation of the iconic B-52 bomber designed to fire air-to-air weapons, release swarms of mini-drones and provide additional fire-power to 5th generation stealth fighters such as the F-35 and F-22, Pentagon officials and analysts said.
Using a B-52, which is already being modernized with new radios and an expanded internal weapons bay, would provide an existing “militarized” platform already engineered with electronic warfare ability and countermeasures designed to thwart enemy air defenses.
“You are using a jet that already has a military capability. The B-52 is a military asset, whereas all the alternatives would have to be created. It has already been weaponized and has less of a radar cross-section compared to a large Air Force cargo plane. It is not a penetrating bomber, but it does have some kind of jamming and countermeasures meant to cope with enemy air defenses. It is wired for a combat mission,” said Richard Aboulafia, Vice President of analysis at the Teal Group, a Virginia-based consultancy.
Flying as a large, non-stealthy bomber airplane, a B-52 would still present a large target to potential adversaries; however, Defense Secretary Ashton Carter said part of the rationale for the “Arsenal Plane” would be to work closely with stealthy fighter jets such as an F-22 and F-35, with increased networking technology designed to increase their firepower and weapons load.
Such a scenario would likely rely upon now-in-development manned-unmanned teaming wherein emerging algorithms and computer technology enable fighter jets to control the sensor payload and weapons capability of nearby drones from the cockpit of the aircraft. This would enable Intelligence, Surveillance and Reconnaissance assets to more quickly relay strategic or targeting information between fighter jets, drones and “Arsenal Planes.”
Aboulafia explained that air fighters being developed by potential adversaries, such as the Chinese J-20 and other fighters, could exist in larger numbers than a U.S. force, underscoring the current U.S. strategy to maintain a technological edge even if their conventional forces are smaller. An “Arsenal Plane” could extend range and lethality for U.S. fighters, in the event they were facing an enemy force with more sheer numbers of assets.
“There is a concern about numbers of potential enemies and range. When you are dealing with a potential adversary with thousands of jets and you’ve got limited assets with limited weapons payloads, you have got to be concerned about the numbers,” he said.
An effort to be more high-tech, if smaller in terms of sheer numbers, than rival militaries is a key part of the current Pentagon force modernization strategy.
“In practice, the “Arsenal Plane” will function as a very large airborne magazine, networked to fifth generation aircraft that act as forward sensor and targeting nodes, essentially combining different systems already in our inventory to create wholly new capabilities,” Carter told reporters. Aboulafia added that an idea for an “Arsenal Plane” emerged in the 1980s as a Cold War strategy designed to have large jets carry missiles able to attack Soviet targets.
Carter unveiled the “Arsenal Plane” concept during a recent 2017 budget drop discussion at the Pentagon wherein he, for the first time, revealed the existence of a “Strategic Capabilities Office” aimed at connecting and leveraging emerging weapons and technology with existing platforms. This effort is aimed at saving money, increasing the military’s high-tech lethality and bringing new assets to the force faster than the many years it would take to engineer entirely new technologies.
“I created the SCO (Strategic Capabilities Office) in 2012, when I was Deputy Secretary of defense to help us to re-imagine existing DOD and intelligence community and commercial systems by giving them new roles and game-changing capabilities to confound potential enemies — the emphasis here was on rapidity of fielding, not 10 and 15-year programs,” he said.
Carter said “Arsenal Plane” development would be funded through a $71 billion research and development 2017 budget request.
While Carter did not specify a B-52 during his public discussion of the new asset now in-development, he did say it would likely be an “older” aircraft designed to function as a “flying launchpad.”
“The last project I want to highlight is one that we’re calling the “Arsenal Plane,” which takes one of our oldest aircraft platforms and turns it into a flying launchpad for all sorts of different conventional payloads,” Carter added.
The Air Force is already surging forward with a massive, fleet-wide modernization overhaul of the battle-tested, Vietnam-era B-52 bomber, an iconic airborne workhorse for the U.S. military dating back to the 1960s.
Engineers are now equipping all 76 of the Air Force B-52s with digital data-links, moving-map displays, next-generation avionics, new radios and an ability to both carry more weapons internally and integrate new, high-tech weapons as they emerge, service officials said.
The technical structure and durability of the B-52 airframes in the Air Force fleet are described as extremely robust and able to keep flying well into the 2040s and beyond – so the service is taking steps to ensure the platform stays viable by receiving the most current and effective avionics, weapons and technologies
Aboulafia said the new B-52 “Arsenal Plane” could, for the first time, configure a primarily air-to-ground bomber as a platform able to fire air-to-air weapons as well – such as the Advanced Medium Range Air to Air Missile, or AMRAAM.
The integration of air-to-air weapons on the B-52 does not seem inconceivable given the weapons upgrades already underway with the aircraft. Air Force is also making progress with a technology-inspired effort to increase the weapons payload for the workhorse bomber, Eric Single, Chief of the Global Strike Division, Acquisition, told Scout Warrior in an interview several months ago.
The 1760 Internal Weapons Bay Upgrade, or IWBU, will allow the B-52 to internally carry up to eight of the newest “J-Series” bombs in addition to carrying six on pylons under each wing, he explained.
B-52s have previously been able to carry JDAM weapons externally, but with the IWBU the aircraft will be able to internally house some of the most cutting edge precision-guided Joint Direct Attack Munitions and Joint Air-to-Surface Standoff Missiles, among others.
“It is about a 66 percent increase in carriage capability for the B-52, which is huge. You can imagine the increased number of targets you can reach, and you can strike the same number of targets with significantly less sorties,” said Single.
Single also added that having an increased internal weapons bay capability affords an opportunity to increase fuel-efficiency by removing bombs from beneath the wings and reducing drag.
The first increment of IWBU, slated to be finished by 2017, will integrate an internal weapons bay ability to fire a laser-guided JDAM. A second increment, to finish by 2022, will integrate more modern or cutting-edge weapons such as the Joint Air-to-Surface Standoff Missile, or JASSM, JASSM Extended Range (ER) and a technology called Miniature Air Launched Decoy, or MALD. A MALD-J “jammer” variant, which will also be integrated into the B-52, can be used to jam enemy radar technologies as well, Single said.
IWBU, which uses a digital interface and a rotary launcher to increase the weapons payload, is expected to cost roughly $313 million, service officials said.
The B-52 has a massive, 185-foot wingspan, a weight of about 185,000 pounds and an ability to reach high sub-sonic speeds and altitudes of 50,000 feet, Air Force officials said.
Communications, Avionics Upgrades
Two distinct, yet interwoven B-52 modernization efforts will increase the electronics, communications technology, computing and avionics available in the cockpit while simultaneously configuring the aircraft with the ability to carry up to eight of the newest “J-Series” precision-guided weapons internally – in addition to carrying six weapons on each wing, Single said.
Eight B-52s have already received a communications (coms systems) upgrade called Combat Network Communication Technology, or CONECT – a radio, electronics and data-link upgrade which, among other things, allows aircraft crews to transfer mission and targeting data directly to aircraft systems while in flight (machine to machine), Single explained.
“It installs a digital architecture in the airplane,” Single explained. “Instead of using data that was captured during the mission planning phase prior to your take off 15 to 20 hours ago – you are getting near real-time intelligence updates in flight.”
Single described it key attribute in terms of “machine-to-machine” data-transfer technology which allows for more efficient, seamless and rapid communication of combat-relevant information.
Using what’s called an ARC 210 Warrior software-programmable voice and data radio, pilots can now send and receive targeting data, mapping information or intelligence with ground stations, command centers and other aircraft.
“The crew gets the ability to communicate digitally outside the airplane which enables you to import not just voice but data for mission changes, threat notifications, targeting….all those different types of things you would need to get,” Single said.
An ability to receive real-time targeting updates is of great relevance to the B-52s close-air-support mission because fluid, fast-moving or dynamic combat situations often mean ground targets appear, change or disappear quickly.
Capt. Jeff Rogers (left) and 1st Lt. Patrick Applegate are ready in the lower deck of a B-52 Stratofortress at Minot Air Force Base, N.D., on Aug. 21. The officers are with the 5th Bomb Wing at Minot AFB. | Photo: Master Sgt. Lance Cheung/U.S. Air Force
Alongside moving much of the avionics from analogue to digital technology, CONECT also integrates new servers, modems, colored display screens in place of old green monochrome and provides pilots with digital moving-map displays which can be populated with real-time threat and mission data, Single said.
The new digital screens also show colored graphics highlighting the aircraft’s flight path, he added.
Single explained that being able to update key combat-relevant information while in transit will substantially help the aircraft more effectively travel longer distances for missions, as needed.
“The key to this is that this is part of the long-range strike family of systems — so if you take off out of Barksdale Air Force Base and you go to your target area, it could take 15 or 16 hours to get there. By the time you get there, all the threat information has changed,” said Single. “Things move, pop up or go away and the targeting data may be different.”
The upgrades will also improve the ability of the airplane to receive key intelligence information through a data link called the Intelligence Broadcast Receiver. In addition, the B-52s will be able to receive information through a LINK-16-like high-speed digital data link able to transmit targeting and Intelligence, Surveillance and Reconnaissance, or ISR information.
The CONECT effort, slated to cost $1.1 billion overall, will continue to unfold over the next several years, Single explained.
Twelve B-52 will be operational with CONECT by the end of this year and the entire fleet will be ready by 2021, Single said.
Known for massive bombing missions during the Vietnam War, the 159-foot long B-52s have in recent years been operating over Afghanistan in support of military actions there from a base in Guam.
The B-52 also served in Operation Desert Storm, Air Force statements said. “B-52s struck wide-area troop concentrations, fixed installations and bunkers, and decimated the morale of Iraq’s Republican Guard,” an Air Force statement said.
In 2001, the B-52 provided close-air support to forces in Afghanistan during Operation Enduring Freedom, service officials said. The B-52 also played a role in Operation Iraqi Freedom. On March 21, 2003, B-52Hs launched approximately 100 CALCMs (Conventional Air Launched Cruise Missiles) during a night mission.
Given the B-52s historic role in precision-bombing and close air support, next-generation avionics and technologies are expected to greatly increase potential missions for the platform in coming years, service officials said.
With more than 200 USO locations throughout the world, their mission never ends, connecting American’s troops to their friends and families back home.
For more than seven decades, the USO — or United Service Organizations — has thrived on boosting the morale of service members stationed around the globe with various musical performances and celebrity appearances.
Famous for entertaining the troops, the USO has established a program that will continue to support service members as they transition back into civilian life called Pathfinder.
Cpt. Jason Pak takes time with his interpreter for a quick photo op during his Afghanistan deployment.
The USO Pathfinder transition program offers personalized and hands-on services to those exiting from their military obligation.
USO Pathfinder services are co-located with USO centers at 13 locations across the U.S. for one-on-one support.
This Pathfinder program connects service members and military spouses to the resources that are best fit for them across a variety of focus areas, including employment, education, financial readiness, veteran’s benefits, housing, legal family strength wellness, and volunteerism.
This National Nurses Week, we salute the over 100,000 VA nurses who work tirelessly every day to serve our nation’s Veterans — and have continued to demonstrate their commitment and dedication throughout this historic global situation.
“VA nurses are fiercely dedicated to our mission of providing excellent care to America’s heroes, which is especially vital during this time,” said Shawanda Poree, program manager of nurse recruitment and resources at VA. “We couldn’t care for the 9 million Veterans enrolled in VA care without them.”
At VA facilities from coast to coast, our nurses consistently advocate for Veterans and ensure they receive the best care.
This year, in honor of Florence Nightingale’s 200th birthday, National Nurses Week is also part of the World Health Organization’s “Year of the Nurse and Midwife,” recognizing the hard work of the world’s nurses.
‘No better feeling’
“There’s no better feeling than caring for the Veteran. You get to know them and they become like your family,” said Sarah Lueger, a nurse manager who serves Veterans at the VA Eastern Kansas Health Care System. “It’s a way for me to give back to them for what they’ve done for us.”
At 100,000-strong, the VA nursing corps is the largest in the nation. Together, they provide continuous, compassionate care and positively impact the lives of Veterans — 24 hours a day, seven days a week, 365 days a year.
“The people who work at VA really have a strong passion for what they do, and that is infectious to those around us,” said Karalie Gantz, an inpatient acute psychiatry nurse manager at Topeka VA.
VA nurses practice in a variety of care-delivery settings, including acute, ambulatory, mental health care, telecare and outpatient clinics.
“Within our health care system, there are [so many] different departments and different opportunities that, once you’re here, you can find [your] niche. There really is a place for everyone at VA,” Gantz said.
Grow, lead and innovate
Nurses are a critical part of Veteran treatment teams. They sit on leadership boards and collaborate across disciplines to improve patient outcomes. At all of our 1,250 sites, nurses have a voice at the table with physicians and leadership and help improve patient care.
“Working at VA is one of the best decisions I’ve ever made. I’ve grown into the nurse that I am now, the leader that I am now,” Lueger said.
We encourage nurses to take advantage of opportunities to accelerate their training. Three available opportunities include:
The VA Learning Opportunities Residency (VALOR) Program gives outstanding registered nursing students who have completed their junior year in an accredited clinical program the opportunity to develop their skills at a VA-approved health care facility. More than 50% of VALOR participants are hired as new registered nurses in VA and usually start above the entry-level salary rate established for new graduates.
Through the Education Debt Reduction Program, nurses with qualifying student loans receive reimbursements of up to 0,000 over a five-year period. Payments cover tuition and other reasonable expenses, including fees, books, supplies, equipment, materials and laboratory costs.
Under the National Nursing Education Initiative (NNEI), part- or full-time VA registered nurses employed for at least one year can receive up to ,117 toward the pursuit of an associate, bachelor’s or advanced nursing degree, including tuition, registration fees and books.
A wealth of resources, including mentoring and preceptor programs, also encourage promotion of staff nurses to executive-level positions.
VA nurses also have the chance to innovate and research. Nurses are helping VA become a leader in telehealth and embracing scientific exploration to come up with new ways to serve Veterans.
Work at VA today
During Nurses Week 2020 and all year long, we celebrate and thank the VA nurses who are pursuing careers with purpose and making a difference in Veterans’ lives.
Grace Hopper, WAVE mathematician, assigned to Harvard University to work on the computation project with a Mark I computer, was instrumental in ushering in the computer age. Hopper went on to become a Rear Admiral, held a Ph.D. from Yale, and tried to enlist during WWII but was rejected because of her age. As a computer scientist, Hopper made significant strides in coding languages. Here’s a profile of her life and how she directly impacted yours.
Who was she?
The fact that you’re able to read any of these words on your device is thanks, in part, to Grace Hopper, one of the most formidable American computer scientists. Serving as a Navy Rear Admiral, Hopper was one of the first programmers of the Harvard Mark I computer. Her impact on our modern lives is significant and nothing to be trifled with; let’s take a look at how Hopper directly impacted everything we do today.
In 1934, Hopper earned a Ph.D. in math from Yale. Her dissertation was published the same year. By 1941, she was an associate professor at Vassar.
Hopper’s great grandfather was an admiral in the U.S. Navy and fought in the Battle of Mobile Bay during the Civil War. At the onset of WWII, Hopper tried to enlist in the Navy but was turned away because of her age. At 34, she was too old, and her height to weight ratio was too low for Navy standards. Hopper’s enlistment was also denied based on the criteria that her job as a mathematician was valuable to the war effort.
Undeterred, Hopper took a leave of absence from Vassar in 1943 and then joined the United States Navy Reserve. She was one of several women who volunteered to serve in WAVES (Women Accepted for Volunteer Service), as part of the US Naval Reserve.
What were her contributions?
Hopper had to receive an exemption to enlist because she was fifteen points underweight. After training at the Naval Reserve Midshipmen’s School at Smooth College, Hopper graduated first in her class in 1944. She was assigned to the Bureau of Ships Computation Project at Harvard. There, she and Howard Aiken co-authored three papers on the Automatic Sequence Controlled Calculator, also known as Mark I.
Mark I was used during the war effort during the latter part of WWII. It helped compute and print mathematical tables and directly contributed to the Manhattan Project. Specific sets of problems were run through the Mark I to help create simulation programs to study the atomic bomb’s implosion.
Despite her contributions, Hopper was denied a transfer to the Navy at the end of the war because of her “advanced” age of 38.
Hopper moved on to the private sector and set at work recommending the development of a new programming language that would entirely use English words. She was told that this was impossible since computers didn’t understand English and it took three years for the idea to be accepted. That was the beginning of COBOL – Common Business Oriented Language, a computer language for data processors. During this time, Hopper served as the director of the Navy Programming Languages Group and was promoted to the rank of captain in 1973.
What was her impact?
Hopper retired from the Naval Reserve as a commander in 1966 at the age of 60. She was then recalled to active duty in August 1967 for what started as a six-month assignment but turned into an indefinite appointment. Then in 1971, she retired again … only to be called back once more to active duty. Admiral Elmo Zumwalt presided over her promotion in 1973.
A joint resolution originating in the House of Representatives led to her promotion in 1983 to commodore by special appointment from President Reagan. Hopper remained on active duty for several years after the mandatory retirement age. IN 1985, the rank of commodore was renamed rear admiral, and Hopper became one of the Navy’s few female admirals.
Admiral Hopper’s career spanned more than four decades, and she retired in 1986. She was awarded the Defense Distinguished Service Medal, the highest non-combat decoration awarded by the DoD.
At the time of her retirement, Admiral Hopper was the oldest active-duty commissioned officer in the Navy. To commemorate her 42 years of service, Hopper’s retirement ceremony was held aboard the oldest commissioned ship in the US Navy. Admiral Hopper is interred with full military honors in Arlington National Cemetery.