The SR-71 Blackbird was developed by Lockheed Martin as a long-range reconnaissance aircraft that could hit air speeds over Mach 3.2 ( 2,455 mph) and climb to an altitude of 85,000 feet.
In March 1968, the first operational Blackbird was flown out of Kadena AFB in Japan. With the Vietnam war in full swing, the intent was to conduct stealth missions by gathering photographs and electronic intelligence against the enemy. The crew would fly daily missions into sensitive areas where one slight mishap could spark an international incident.
After climbing to 60,000 feet, the crew switched off its communication system so that only a select few would know the mission’s target. The aircraft didn’t always rely on its speed for defense; it was equipped with a jammer that would interrupt the enemy’s communication between the radar site and the missile itself.
On occasion, the enemy would fire missiles without radar guidance, which would sometimes get so close that the pilots could spot the passing missiles 150-yards away from inside the cockpit.
When reaching its target area, The SR-71’s RSO (reconnaissance systems officer) would engage the high-tech surveillance equipment consisting of six different cameras mounted throughout various locations on the Blackbird.
The system could survey 100,000 square miles in an hour, with images so clear analysts could see a car’s license plate.
With so many successful missions, enemy nations did their best to blow the SR-71 Blackbird right out of the skies. Five countries attempted that near impossible feat.
Fear is not in John Nixon’s dictionary. Nor should it be. An elderly man, Nixon, who fought in the Korean War, had no reservations about stepping in to stop five armed punks from mugging a young woman in the Kentish Town area of London — despite being 88 years old.
There’s no age limit on bravery, and the old Korean War vet has had plenty of reason to be brave over the years.
Nixon was interviewed by the London Evening Standard after intervening in the attack. He told the newspaper that he saw five young men attacking a young woman, trying to rob her of her purse and ripping at her clothing.
He shouted at the men to leave her alone, in an attempt to divert their attention away from the screaming woman. His plan worked. They quickly switched their sights onto the old man and the girl ran off, still screaming.
A mural welcomes visitors to Kentish Town. Photo by Danny Lines on Unsplash. “But they turned on me, saying ‘We’ll take your money instead,’ and I said ‘No you don’t,’” Nixon told the newspaper. “Kids this age are full of bravado, you see, they weren’t expecting a surprise.”
The surprise was that over the years Nixon had seen a lot worse than five hooligans harassing one young girl. He was trained as a special operator at Commando Training Depot Achnacarry in Scotland’s West Highlands. The setting was particularly brutal for trainees, given the severe weather in the area. Those conditions would serve him well.
He was later shipped off to fight communists during the 1950-53 Korean War as a commando. He also served in British Commando units in Egypt, occupied Germany, and the greater Middle East. After he left the British military, he joined Médecins Sans Frontières (Doctors Without Borders) as a bodyguard in Nigeria.
He couldn’t have survived those kinds of environments and the dangers he faced there without the hardcore training he picked up as a young man in the 1940s.
That training “kicked in” Jan. 27, 2018, when one of five attackers came at Nixon, who took down the attacker with a single karate chop to the back of the man’s head. The blow knocked the punk down to the ground, half-dazed and half-conscious. Then one of the muggers pulled a knife on the old man.
“It was more of a pocketknife,” Nixon said. “He wasn’t trained.”
Nixon, a widower with an adult daughter, was only interested in helping the vulnerable young woman. He didn’t think of his own safety. He’d been shot in the leg long before this encounter on a London street, and even a bite from a venomous snake couldn’t kill the old man.
“The venom lay dormant in my spine for years,” he said. “I’ve been near death so many times that situation just doesn’t worry me.”
When the knife-wielding assailant came after him, Nixon attempted to defend himself and took a number of stab wounds to his arms. He was bleeding profusely but told reporters his wounds were shallow.
A local resident finally witnessed the altercation, shouted at the men, and called the police. By the time cops arrived on the scene, the attackers had fled. Nixon was taken to a nearby hospital and treated for his still-bleeding wounds. His only other injury came from where his hand met the back of that criminal’s skull. Five harsh lessons were learned that day.
The hoodlums were never arrested for the crime, and the female victim of the attack was never identified.
“I hope she is okay,” Nixon told the Evening Standard.
There was a lot of new technology brought to the battlefield during World War I. Two of those were used in tandem – and somehow managed to perfectly compliment each other. It was the fighter plane and the machine gun, mounted perfectly for the pilot’s use, without shooting up the propeller that kept the bird aloft.
Was it the gun that was designed to fire through the propeller or the propeller designed to be used with the machine gun? Yes.
The system worked because of its synchronization gear which kept the gun from firing when the propeller would be hit by the bullet. While airborne the prop would actually be spinning five times as fast as the weapon could fire, so there was little margin of error. The problem was solved by the addition of a gear-like disc on the propeller that would only allow the gun to fire in between the blades’ rotation.
Often called an “interrupter” the disc did not actually interrupt the firing of the weapon, it merely allowed it to fire semiautomatically instead of at an even pace. When the prop spun around to a certain position, it would allow the weapon’s firing mechanism to fully cycle and fire a round. Usually, when the round was supposed to be interrupted, the weapon was actually just in the process of cycling.
Synchronization gear was also needed for later planes, such as the German Me-109 fighter, seen here in World War II.
So pulling the trigger would essentially connect the weapon to the propeller, and the prop would actually be firing the gun. Letting the trigger go would disconnect the weapon from the propeller.
Later versions, such as the Kauper interrupter used on the Sopwith Camel, allowed for multiple machine guns at different rates of fire. The interrupter was a welcome change from the early days of combat aviation, where props were sometimes metal plated just in case mechanically uncoordinated rounds hit the propeller, so the bullet would ricochet.
The Air Force is preparing for a substantial technical “critical design review” of its next-generation B-21 Raider bomber, an aircraft said by developers to mark a new “generation” in stealth technology able to elude the most advanced air defenses in the world.
The review, described by Air Force officials as a key step prior to formal construction of the aircraft, will assess design specs, technology plans, computing power, and weapons integration for the new bomber – a platform which service developers say will advance stealth technology itself to new, unprecedented dimensions of technological sophistication.
“The B-21 program has completed preliminary design review. The next step is critical design review. The Air Force remains confident in the B-21’s progress and in delivering this new capability as planned in the mid-2020s,” senior Air Force public affairs director Anne Stefanek, told Warrior Maven in early 2018.
Critical reviews of the emerging B-21 design are essential to engineering a platform able to accommodate the most advanced current and anticipated future stealth properties — which include stealth coating and configuration, radar cross section reduction, and heat signature suppression technologies, among other things.
A new generation of stealth technology is being pursued with a sense of urgency, in light of rapid global modernization of new Russian and Chinese-built air defense technologies; advances in computer processing, digital networking technology and targeting systems now enable air defenses to detect even stealth aircraft with much greater effectiveness.
Russian built S-300 and S-400 air defense weapons, believed by many to be among the best in the world, are able to use digital technology to network “nodes” to one another to pass tracking and targeting data across wide swaths of terrain. New air defenses also use advanced command and control technology to detect aircraft across a much wider spectrum of frequencies than previous systems could.
S-300 anti-aircraft missile system.
This technical trend has ignited global debates about whether stealth technology itself could become obsolete. “Not so fast,” says a recent Mitchell Institute essay – “The Imperative for Stealth,” which makes a lengthy case for a continued need for advanced stealth platforms.
The essay’s principle claim, fortified by lengthy analysis, offers a window of substantial detail into comments from Air Force senior leaders that the B-21 will advance stealth technology such that it will be able to hold “any target at risk, anywhere in the world, anytime.”
“The US is now developing its fourth generation of stealth aircraft. The computational capabilities that were available to design the F-117 and B-2 are dwarfed by the power now available to design teams,” writes the Mitchell Institute essay, by Maj. Gen. Mark Barrett, USAF (Ret.) and Col. Mace Carpenter, USAF (Ret.)
Stealth technology works by engineering an aircraft with external contours and heat signatures designed to elude detection from enemy radar systems. The absence of defined edges, noticeable heat emissions, weapons hanging on pylons or other easily detectable aircraft features, means that radar “pings” can have trouble receiving a return electromagnetic signal allowing them to identify an approaching bomber. Since the speed of light (electricity) is known, and the time of travel of electromagnetic signals can be determined as well, computer algorithms are then able to determine the precise distance of an enemy object.
However, when it comes to stealth aircraft, the return signal may be either non-existant or of an entirely different character than that of an actual aircraft. A stealth aircraft will, for instance, appear in the shape of a bird or insect to enemy radar.Given the increased threat envelope created by cutting edge air defenses, and the acknowledgement that stealth aircraft are indeed much more vulnerable than when they first emerged, Air Force developers are increasingly viewing stealth capacity as something which includes a variety of key parameters.
This includes not only stealth configuration, IR suppression and radar-evading materials but also other important elements such as electronic warfare “jamming” defenses, operating during adverse weather conditions to lower the acoustic signature, and conducting attacks in tandem with other less-stealthy aircraft likely to command attention from enemy air defense systems.
Given these factors, Air Force developers often refer to stealth configuration itself as merely one “arrow” in the quiver of approaches needed to defeat modern air defenses.
“Mixing stealthy aircraft with conventional aircraft, deception, air defense suppression, and electronic jamming will complicate an enemy’s defensive problem set by an order of magnitude,” the paper writes.
The authors of the paper explain that newer stealth technology able to outmatch advanced multi-frequency air defenses must utilize a characteristic known as “broadband stealth.”
Multi-band or “broadband” stealth, which is designed to elude both lower frequency area “surveillance” radar as well as high-frequency “engagement radar,” puts an emphasis upon radar cross section-reducing tailless designs such as that now being envisioned for the B-21.
“The B-21 image released by the USAF depicts a design that does not use vertical flight control surfaces like tails. Without vertical surfaces to reflect radar from side aspects, the new bomber will have an RCS (Radar Cross Section) that reduces returns not only from the front and rear but also from the sides, making detection from any angle a challenge,” the Mitchell Institute writes.
Stealth fighter jets, such as the F-22 and F-35, have an entirely different configuration and rely upon some vertical flight control surfaces such as tails and wings. Being more vulnerable to lower frequency surveillance radars due to having a fighter jet configuration, an F-35 or F-22 would depend upon its speed, maneuverability and air-to-air attack systems to fully defend against enemies. Given that fighter jets require tails, wings and other structures necessary to performance, they are naturally inherently less stealthy than a high-altitude bomber.
Two F-22s during flight testing.
(U.S. Air Force photo)
Newer methods of IR or thermal signature reduction are connected to engine and exhaust placement. Internally configured engines, coupled with exhaust pipes on the top of an aircraft can massively lower the heat emissions from an aircraft, such as the structure of the current B-2 – the authors of the essay say.
“Hot gases from the engine can be further cooled using mixing techniques in the exhaust system,” the paper writes.
Technical progress in the area of advanced computer simulations are providing developers with an unprecedented advantage in designing the new bomber as well.
“Simulations of interactions between designs and various threat radars are now far more accurate and realistic, allowing additional refinement of stealth design solutions before any hardware is actually built or tested,” the essay writes.
The new aircraft will be designed to have global reach, in part by incorporating a large arsenal of long-range weapons. The B-21 is being engineered to carry existing weapons as well as nuclear bombs and emerging and future weapons, Air Force officials explained.
If its arsenal is anything like the B-2, it will likely have an ability to drop a range of nuclear weapons, GPS-guided Joint Direct Attack Munitions and possibly even the new Air Force nuclear-armed cruise missile now in development called the LRSO — Long Range Stand Off weapon. It is also conceivable, according to Air Force developers, that the new bomber will one day be armed with yet-to-be seen weapons technology.
This article originally appeared on Warrior Maven. Follow @warriormaven1 on Twitter.
To say Make-A-Wish Foundation founder Frank Shankwitz had a rough childhood is an understatement. Shankwitz was born in Chicago and his mother left him when he was young. His grandparents took him, which he recalled as “happy times,” until one day his mother kidnapped him off a playground and told him they were heading back to Arizona.
They stopped in Michigan for five years.
When he was 10, they finally reached a tiny town in Arizona on Route 66. “We were broke,” Shankwitz said. “We had no gas, no food, no money, but a family took us in. We slept on their kitchen floor. It was the first time we’d ever been permanent somewhere, kitchen floor or not. A man named Juan became like a father-figure to me, and he introduced me to the idea of giving back. This was the 1950s – ‘give back’ was not a real popular term yet. But he taught me that you can always give back. It doesn’t have to be money – it can be your time or your talents.”
In the seventh grade, Shankwitz’s mom informed him that she could no longer afford to keep him; she was moving and he needed to find a new place to live.
Juan found him a place to stay in town with a widow and Shankwitz paid the weekly rent by finding a job as a dishwasher that paid per week. “All of a sudden I had an extra a week,” he said. “Juan taught me how to turn a negative into a positive and that has been something I’ve carried with me through my entire career.”
Shankwitz went to the Air Force after high school. “It was the Vietnam era,” he recalled, “but they decided I needed to protect England. I remember when we were informed we were not to wear our uniforms during traveling – they were afraid we’d offend the public. I’m so proud today to see our service members wearing their uniforms at airports. I love hearing people thanking them and clapping for them. You should never be embarrassed of the uniform. It’s so important that our military always be proud of their service.”
Following his time with the Air Force, Shankwitz went to work for Motorola. He describes himself then as “somewhat of an adrenaline junkie,” so when a friend of his suggested joining the Arizona Highway Patrol, he jumped at the chance. Shankwitz got involved with the Special Olympics in his off time. “I began to think about Juan,” he shared, “and how maybe I was starting to give back. I enjoyed that so much.” At work, Shankwitz was asked to join a motorcycle patrol that traveled to schools to teach kids about bike safety and he felt like he was getting closer to where he needed to be in serving others.
In 1978, Shankwitz was in a high speed chase with a drunk driver when another drunk driver broadsided him going 80 miles per hour. “I was pronounced dead immediately,” he explained, “and they’d already radioed in ‘963, Officer killed in the line of duty.’ An emergency room nurse from California stopped at the scene and did CPR for four minutes, and brought me back to life. I love California! They said the crash was spectacular. I’d gone through the tunnel and I saw the light. And then I came back. I remember when my senses came back. The sense of smell was first. I smelled this very nice perfume. Then the sense of touch; something was tickling my face. Then the sense of hearing – sirens all around and someone saying, ‘We’ve lost him.’ Last was the sense of sight. And I saw that a beautiful blonde had her lips locked on me and I thought it was heaven! Later, I was told I was saved for a purpose, and that God believed I had more to do. I needed to find out what that purpose was.”
Not two years later, Shankwitz received a radio call from his dispatcher saying she needed him to find the nearest telephone, which was 40 miles away. She put him through to a border patrol agent who had an assignment for him. Shankwitz remembers verbatim: ‘There’s a little boy named Chris. He’s 7 years old. He has leukemia, and he has 2 weeks to live. He likes to watch a show called CHiPs and he wants to be a motorcycle cop just like Ponch and Jon. We’re going to pick him up and have you standing by so he can meet a real motorcycle cop.’ I was in. I got on the bike and flew to the hospital.”
When the helicopter landed, Shankwitz was surprised that Chris wasn’t super sick looking. “Instead,” he said, “this tiny pair of red sneakers jumped out and came running over. He knew every button and switch on that motorcycle. I am watching him thinking, ‘He’s a typical 7 year old, and yet he’s going to die.’ Then I saw his mom, tears in her eyes, seeing her little boy again instead of just this sick patient. Chris became the first and only honorary officer of the Arizona Highway Patrol. We felt pretty good about what we’d done but we knew there was more for him.”
The troopers rallied around Chris. “We went to the uniform store, and asked if they could make Chris his own uniform,” Shankwitz said. “Two women spent all night custom-making a uniform for him. The next morning, we took several motorcycles and cars, lights going, and brought the uniform to him and a smokey hat. He was ecstatic. He asked if he was an official motorcycle police officer, but we told him that he had to earn his wings. We set up traffic cones for him in his driveway and gave him a test, which of course he passed.”
Chris told Shankwitz, “I’m so happy my wish is coming true.” It was the first time Shankwitz had really ever heard that: “my wish.”
Shankwitz and his team went to pick up the custom-made wings they had commissioned for Chris when he got a radio call: the little boy had been taken to the hospital and was in a coma. Shankwitz was devastated.
“We took the wings to his room anyway,” he said, “and just as I pinned his wings on the uniform, Chris came out of the coma. He started giggling. ‘Am I a motorcycle officer now?’ he asked. I told him yes. A few hours later he passed away. I like to believe those wings carried him to heaven.”
The Arizona Highway Patrol did a full police funeral for Chris. Shankwitz explained, “In Chris, we lost a fellow officer that day. When we got to Illinois where he was going to be buried, we were pulled over by the Illinois State Police. When we told them what we were doing, they escorted us. We were met at the cemetery by Illinois Police, all in dress uniform. Like I said, we lost a fellow officer that day.”
“Chris was buried in his uniform. His tombstone reads Chris Greicius, Arizona Trooper. It was a truly unbelievable sight. When we got home, we asked, ‘Why can’t we do this for other children?’ And Make-A-Wish was born. It started with in a bank account. There are now 60 chapters in the United States and Make-A-Wish International has 39 affiliates, serving children in nearly 50 countries on five continents. Over 480,000 wishes have been granted.
Shankwitz said, “Every 26 to 28 minutes a child gets a wish, because of one little boy. Never underestimate the difference one person can have on the world.”
More about Frank Shankwitz and the Make-A-Wish Foundation can be found in his memoir, Wish Man, which has also been developed into a movie by the same title, available on Netflix.
“I am an American fighting in the forces which guard my country and our way of life. I am prepared to give my life in their defense.” Article One of the Code of Conduct for members of the armed forces of the United States
Service members are prepared to die in the line of duty and unfortunately, especially during times of war, too many do make that ultimate sacrifice. It is a reality that the armed forces take very seriously — both on a personal level, as those left behind mourn the loss of their brothers and sisters in arms, and on a professional level, as the Department of Defense strives to provide comfort to the bereaved families.
One of the most important military duties is to provide a death notification to the deceased’s next of kin.
It is a duty that is carried out with the utmost respect, and, like anything else in the military, it is overseen with official guidance. Each branch has its own manual with specific procedures (the Marine Corps Casualty Assistance Program manual, for example, is 182 pages long — no stone is left unturned), but they are all serve the same purpose: to provide guidance about casualty reporting, notification, mortuary affairs, and military funeral honors, benefits, and entitlements assistance and all administrative requirements.
This video (a work of fiction, from Army Wives) does a decent job depicting a respectful death notification (though, unless the information was classified, the notification officer would have provided the next of kin — in this case, the deceased soldier’s mother— some details about the cause of death).
There are specific instructions for notifying the next of kin about injuries or even desertion, but this article will cover the procedure for death notifications. Each branch is different, but this is what they have in common:
Notification of death, duty status whereabouts unknown, or missing will be carried out in person to the primary next of kin and secondary next of kin. They will wear a formal uniform as stipulated by their branch guidelines (for the Marine Corps, it is the Service Alpha uniform; for the Air Force, it is the Service Dress; etc.).
The notification team is composed of a field grade officer of equal or higher grade than the member about whom they are making notification (for this article, we’ll use the term ‘notification officer’ but the duty title varies among branches), and at least one other person; if possible, the additional people should be a chaplain and medical personnel capable of delivering assistance to the next of kin. Notification should not be delayed in order to find the latter two, however.
A person with a close relationship to the deceased may be invited, as well as a public affairs representative if there are indications of a high level of media interest and the presence of media is likely.
Death notification should be accomplished within 8 hours of learning of the casualty incident, and between the hours of 0500-0000.
Respecting the next of kin’s dignity and privacy are very important. If they are not home or cannot be found, the notification team may discreetly attempt to locate them or await their return. If the team is still unable to locate the next of kin, the notification officer will contact their branch personnel department for instruction.
Upon arrival at the home of the next of kin, the notification officer will ask for permission to enter. It is recommended that the next of kin be seated prior to delivering the news.
Before the notification officer delivers the notification, they will verbally confirm the identity of the next of kin by asking for their full name. The notification officer will introduce himself and the team. The notification officer will then articulate — as naturally as possible — something close to the following:
“The Commandant of the Marine Corps has entrusted me to express his deep regret that your (relationship), John (died/was killed in action) in (place of incident (city/state or country) on (date). (State the circumstances.) The Commandant extends his deepest sympathy to you and your family in your loss.”
The notification team also verifies information about death gratuity, movement of the deceased, and other active duty service members in the family (who must be properly notified as well). The notification officer will arrange a second visit, usually 24 hours later, to discuss mortuary affairs and funeral honors.
The team watches for signs of medical distress, and usually stays with the next of kin until another adult can accompany them.
In military speak, the purpose of this program is to provide “prompt and accurate reporting, dignified and humane notification, and efficient, thorough, and compassionate assistance to the next of kin and/or those designated to receive benefits/entitlements.”
Adhering to guidelines can also help prevent confusion or, in a worst case scenario, legal issues. Formal procedures also help protect family from scams that take advantage of deployed service members (yes — that’s a thing, and it’s particularly atrocious).
When he was just a boy, Jet Li traveled to the United States with the Chinese National Wushu Team. While there, he and his team performed for the American President, then Richard Nixon. It was then that Nixon tried to make the young martial artist his personal bodyguard.
Wushu is the standardized form of Chinese martial arts, created in 1949 to bring all the disparate Chinese arts together. Though relatively young as a sport, the separate forms making up the whole of wushu are much, much older.
Li was only 11 when he met President Nixon. Being selected to represent Chinese wushu practitioners was quite the honor for anyone, let alone an 11-year-old boy — considering an estimated 20 million Chinese people practiced the art form. In 1974, Li was good enough to tour the U.S., a tour that culminated with a performance for the President.
He performed his routine on the White House’s South Lawn as Nixon watched on, standing next to one of Li’s female teammates. After his performance, the young man went to stand next to then-Secretary of State, Henry Kissinger.
Next, he was introduced to the President, who was very impressed with his skills.
Nixon leaned in to Li and said, “Young man, your kung fu is very impressive! How about being my bodyguard when you grow up?”
Li replied, “No, I don’t want to protect any individual. When I grow up, I want to defend my one billion Chinese countrymen!”
The room was stunned into silence and no one knew what to say until Kissinger said aloud, “Heavens, such a young boy and he already speaks like a diplomat!”
The next year, Jet Li began his reign as the national martial arts champion, a title he would hold for five consecutive years.
The history of the U.S. Space Force goes back long before President Trump directed the Pentagon to create a “Space Force” in June of 2018. But the history of space and the military actually goes back to shortly after the end of World War II.
General Hap Arnold was an early visionary of the potential of space operations. He directed the RAND Corporation to determine the feasibility of satellite for strategic communications in 1946. That study identified nearly all of the current space mission areas: intelligences, weather forecasting, communications and navigation. The Air Force’s role in space remained constant leading up to Air Force Space Command’s creation. During the Cold War, space operations focused on missile warning, launch operations, satellite control, space surveillance and command and control for national leadership. During Desert Storm, AFSPC showed their importance for supporting the Warfighter.
Then, in 2001, the Space Commission recommended that Air Force Materiel Command (AFMC) give up Space and Missile Systems Center (SMC) to AFSPC. Due to the nature and importance of space, AFSPC was the only command to have their own acquisition arm within the command. In 2002, AFSPC was given their own four-star commander, a position that had previously been split between AFSPC and NORAD. In 2005, AFSPC was given the control of cyber, but it was later forced to give up that responsibility in 2018. This move allowed AFSPC to focus on gaining and maintaining space superiority and outpacing adversaries.
In August 2019, the AFSPC commander was assigned the dual-hat responsibility of U.S. Space Command Commander and on December 20, 2019, with the signing of the National Defense Acquisition Act (NDAA) the United States Space Force was born.
For those outside the space community, the idea of a Space Force felt outlandish and people wondered what this Space Force would do. Would they fight wars in space? Why is space so important that a whole new military branch was created? And with much of the work within the Space Force and AFSPC classified, many people do not know the role and scope of why a Space Force was created. But if you do some research you will learn that both China and Russia already have their own version of a Space Force and America needed to take this crucial step forward to maintain space superiority.
For many years, the role and scope of space have been growing and the “wars” being fought in space have been happening hidden behind layers of classification. Even everyday tools that Americans use like Global Positioning Systems (GPS), cell phones and more, rely on the technology created to keep our country safe and on the leading age of this new frontier. With the recent success of private companies such as Space X, the role and scope of space is changing. The military needs a branch of its own to help continue the innovation and keep up with this changing climate.
So where are we now? The Air Force opened the window for organic space career fields (such as Space Operations and Space Systems Operations) and common career fields (such as Intelligence, Cyber, Engineering and Acquisitions) to apply for transfer to the U.S. Space Force from May 1-31, 2020. For those within the organic space career fields, they were given the option to transfer, retrain to a new career field or leave the military. The transfer for organic space career fields is set to begin on September 1, 2020. For common career fields, each career field board will meet to determine what members who applied will be accepted to the Space Force. The transfer for all Air Force Specialty Codes (AFSC) is expected to be completed by February 1, 2021. Army, Navy and Marine Corps transfers are still being worked and are expected to take place in FY 22/23. Those who choose to transfer will incur a two-year service commitment.
Those who have decided to apply for the transfer are now in the wait and see bucket. Waiting to find out what the military board decides to do and waiting to see how this change will impact where they are stationed and what their future will be. While many people are already in a Space Force billet there will be new Space Force members who will need to be reassigned to a new unit based on their choice to join the Space Force. The Air Force and Space Force are still working out the details on how these changes will happen and how and when they will take place.
Those who are waiting to join the military’s newest branch have a bit of excitement as this historic change takes place. With new information being released as it becomes available the excitement and uncertainty makes this an interesting time to be serving in the military. The Space Force is a new branch that will allow space to take its role in the forefront of our nation’s security. And while still so much of what happens within the Space Force is unknown, we know the impacts of what is happening will change the world we live in.
Just six months after the tragic bombing of Pearl Harbor, U.S. and Japanese forces clashed once again in the Pacific. For three days, Navies battled near the Midway Atoll, located roughly half way between Hawaii and the Japanese mainland. From June 4th to the 7th, brilliant minds orchestrated incredible naval feats in hopes of destroying the other side.
Although an Allied victory here is seen as a key turning point of the war, there are so many important details that some are lost even on the most staunch historians. Here are five things you likely didn’t know about this momentus battle.
Adm. Yamamoto saluting his Japanese naval pilots.
Japan wanted to mirror the successes of Pearl Harbor
Japanese Adm. Yamamoto wanted to once again employ the element of surprise to defeat Allied forces stationed at Midway. To distract the U.S., Yamamoto sent many ships toward the coast of Alaska in hopes of baiting American reinforcements to defend against a non-existent attack.
Things did not go as they planned.
Military intelligence had intercepted Japan’s plot, including the time and location of a planned attack. Adm. Nimitz decided to take on the challenge of defeating the Japanese by using his well-trained pilots, launched from perfectly placed ships behind the atoll.
Japan thought they’d catch the Americans off-guard and cornered, but Nimitz had other plans.
A PBY Catalina scout plane, similar to the one that first spotted the incoming Japanese.
The Japanese had strict radio silence
Japan decided to maintain radio silence as they sent their ships toward the coast of Alaska. During a recon flight, a Naval pilot spotted the incoming enemy while flying through the heavy Pacific fog. The pilot thought he had located the main body of attack — in reality, it was a secondary Japanese attack on Midway. In response, the U.S. sent out nine B-17 Bombers to take out the invading force.
Due to strict orders to maintain radio silence, the Japanese ships took on the American bombers alone, instead of letting superior command know.
The American fighters were outnumbered
The Japanese sought to destroy the installations built on the Atoll by Allied forces with bombers launched from carriers. Navy, Marine, and Army pilots took to the skies to fight off the bombers and their sizable fighter escort. The Americans were extremely outnumbered — still, they held fast.
After 27 minutes of bombing, the Japanese ended their first aerial attack. Then, an enemy pilot broke radio silence to alert command that they needed more fighters to sustain their offensive. Before the enemy could make a decision, knowing that they didn’t have guns in the air, American bombers followed the Japanese back to their carriers and began their air raid.
What shifted the battle in favor of Americans
American pilots went on an offensive, heading straight toward a reported location of Japanese forces. When they arrived, they found nothing but empty seas. Instead of returning to base, aviators made what Admiral Nimitz would later call “one of the most important decisions of the battle.”
The pilots then proceeded to an unlikely secondary location. There, they found the Japanese carriers — unprepared. Immediately, fighters destroyed one of the four Japanese vessels. Other Americans rushed onto the scene to continue the attack. This event shifted the tide of battle to favor the Americans, wresting victory from Japanese hands.
An MQ-4C Triton experienced a technical failure that forced it to perform a gear up landing at Naval Base Ventura County (NBVC) at Point Mugu on Sept. 12, 2018, the U.S. Navy confirmed
“The Navy says as a precautionary measure, the pilots shut down the engine and tried to make a landing at Point Mugu but the aircraft’s landing gear failed to deploy and the aircraft landed on the runway with its gear up, causing some $2 million damage to the plane,” KVTA reported.
No further details about the unit have been disclosed so far, however, it’s worth noticing that two MQ-4C UAVs – #168460and #168461 – have started operations with VUP-19 DET Point Mugu from NBVC on Jun. 27, 2018.
Here’s what we have written about that first flight back then:
The U.S. Navy’s MQ-4C “Triton” Broad Area Maritime Surveillance (BAMS) is an ISR (Intelligence Surveillance Reconnaissance) platform that will complement the P-8A Poseidon within the Navy’s Maritime Patrol and Reconnaissance Force family of systems: for instance, testing has already proved the MQ-4C’s ability to pass FMV (Full Motion Video) to a Poseidon MPA (Maritime Patrol Aircraft). An advanced version than the first generation Global Hawk Block 10, the drone it is believed to be a sort of Block 20 and Block 30 Global Hawk hybrid, carrying Navy payload including an AN/ZPY-3 multi-function active-sensor (MFAS) radar system, that gives the Triton the ability to cover more than 2.7 million square miles in a single mission that can last as long as 24 hours at a time, at altitudes higher than 10 miles, with an operational range of 8,200 nautical miles.
The U.S. Navy plans to procure 68 aircraft and 2 prototypes. VUP-19 DET PM has recently achieved an Early Operational Capability (EOC) and prepares for overseas operations: as alreadt reported, Point Mugu’s MQ-4Cs are expected to deploy to Guam later in 2018, with an early set of capabilities, including basic ESM (Electronic Support Measures) to pick up ships radar signals, for maritime Intelligence Surveillance Reconnaissance mission.
The Triton is expected to reach an IOC (Initial Operational Capability) in 2021, when two additional MQ-4Cs will allow a 24/7/365 orbit out of Andersen Air Force Base, Guam.
Featured image: file photo of an MQ-4C of VUP-19 Det PM during its first flight (U.S. Navy)
This article originally appeared on The Aviationist. Follow @theaviationist on Twitter.
Eligible veterans can submit a 1040X Amended U.S. Individual Tax Return for their reimbursement of taxes paid on their disability severance payment.
Army Lt. Col. David Dulaney, executive director for the Armed Forces Tax Council, said the Defense Department has identified more than 130,000 veterans who may be eligible for the refund.
According to the DoD’s press release:
“The deadline to file for the refund is one year from the date of the Defense Department notice, or three years after the due date for filing the original return for the year the disability severance payment was made, or two years after the tax was paid for the year the disability severance payment was made, according to the IRS.”
The IRS will accept a simplified method of filing for the refund, in which veterans claim a standard refund based on the year they received their disability severance payment. The standard refund amounts are as follows:
Tax years 1991 – 2005: id=”listicle-2587881382″,7590
Tax years 2006 – 2010: ,400
Tax years 2011 – 2016: ,200
The disability severance payment is not subject to federal income tax when a veteran meets the following criteria:
“The veteran has a combat-related injury or illness as determined by his or her military service at separation that resulted directly from armed conflict; took place while the member was engaged in extra-hazardous service; took place under conditions simulating war, including training exercises such as maneuvers; or was caused by an instrumentality of war.”
“The veteran is receiving disability compensation from the Department of Veterans Affairs or has received notification from VA approving such compensation.”
Combat-Injured Veterans Tax Fairness Act of 2016
The Combat-Injured Veterans Tax Fairness Act of 2016 is the solution to eligible veterans being wrongly taxed on their severance payment. The bill asked the Department of Defense to examine disability severance payments that occurred after Jan. 17, 1991, that were included as taxable income.
Even if a veteran did not receive a letter from the Defense Department, they may still be eligible for a refund. Veterans who may be eligible can visit the IRS website and search “combat injured veterans” for further information.
Estates or surviving spouses can file a claim on behalf of a veteran who is now deceased.
This article originally appeared on G.I. Jobs. Follow @GIJobsMagazine on Twitter.
Adam Savage is taking fans on even more adventures in his new show, Savage Builds. In the eight-episode Discovery channel series, the Mythbusters star works with engineers to develop the craziest projects only he could dream up. In the first episode, Savage starts out strong: he creates a real-life bulletproof Iron Man suit that can fly. Yes, you read that right, it can actually fly.
In a short video detailing the episode, Savage explains that he worked with Gravity Industries’ Richard Browning to 3D print the Mark II suit, which is made of titanium. Obviously, technology has clearly come so far to allow for this to be created. “It sounds like hyperbole but I swear, if Tony Fucking Stark was not fictional and he was making an Iron Man suit right now, this is precisely how he would do it and this is the exact technology he’d be using,” says an excited Savage.
The best part? Engineers installed a jetpack and thrusters, so the suit can be lifted off the ground and actually fly. In a clip of Savage testing the flying suit, he yelps with excitement and joy, as anyone who just freaking flew off the ground a la Iron Man would.
How Adam Savage built a real Iron Man suit that flies
It could be argued that the history of aviation spans thousands of years, but in the last generation alone, mankind has developed technology that has allowed humanity to not only take flight, but to accomplish powerful feats of aerodynamic speed, distance, and heights. We’ve also built advanced weapons — both manned and unmanned — that have changed the scope of warfare forever.
This is a list of the top 10 fighters to transform the aerial battlespace for better… or for worse:
(Photo by Dimitri Tarakhov)
10. Su-27 Flanker
The Sukhoi Su-27 Flanker introduced a true modern fighter for the Soviet Union. It was developed in response to the F-15 Eagle during the Cold War and would become one of the most impressive fighter jets of the 20th century. The combination of AA-11 Archer missiles and Helmet Mounted Sight system introduced a true close-in threat to western fighters. The Su-27 might even have an edge over the F-15 in a dogfight — if the Eagle’s superior avionics let it get that close, but I’ll let you guys debate that in the comments.
Built for air superiority, the Su-27 has the flexibility for interceptor and ground attack missions and it remains in service as a multi-role fighter to this day.
The F-86 Sabre was the first swept-wing airplane in the U.S. fighter inventory. It scored countless air-to-air kills against Soviet-built aircraft during the Korean War, namely the MiG-15 Fagot. In 1948, an F-86A set a world speed record of 570 mph; model upgrades would go on to beat that record when an F-86D flew 698 mph in 1952 and then hit 715 mph in 1953.
While the United States would discontinue production of the F-86 in 1956, it still boasts the legacy of defeating its enemy with a victory ratio of 10-to-1 over the Korean Peninsula, where nearly 800 MiG-15s were destroyed at the cost of fewer than eighty Sabres.
(Photo by Stefan Krause)
8. Fokker Dr 1
The Fokker Dr 1 is infamous for its missions at the hands of German World War 1 ace Baron Manfred von Richtofen — otherwise known as the Red Baron. In fact, it is the very plane he was killed in after his 80th and final victory. The triplane was built to outmaneuver Great Britain’s Sopwith Triplane — and it did. While relatively slow with a maximum speed of 115 mph at sea level, it could, according to the Red Baron himself, “maneuver like a devil.”
More impressive, perhaps, were its thick cantilever wings, which needed no struts or bracing wires, unlike most other planes during the war. While later variants of the Fokker would surpass the Red Baron’s driedecker (translation: triplane), the Fokker Dr 1 earned its reputation paving the way for aerial dogfights.
The F-4 Phantom made this list not only because it was one of the most versatile fighters ever built, but also because of its bad a** Wild Weasel role during the Vietnam War. The Phantom was specifically designed to go looking for trouble, flying low and slow to light up enemy SAMs (surface-to-air missile sites).
Early models of the F-4 didn’t even have an internal gun — it was built for beyond visual range weapons. Carrying everything from the AIM-9 Sidewinder to nuclear weapons, the Phantom ushered in modern air combat as a true multi-role fighter.
With the Bf-109, the P-51 Mustang, and P-38 Lightning in the skies, it can be hard to choose a favorite plane from World War II, but we’re giving the glory to the Supermarine Spitfire. The British icon was built with an advanced all-metal airframe, making it fast and maneuverable. It was also full of firepower, and its role in the Battle of Britain against the German Luftwaffe gave the Allies a crucial victory when they needed it the most.
During the D-Day invasion, the Spitfire Mark IX carried 20mm cannons and .50 calibre machine guns, carrying out critical ground-attack missions — and even injuring General Erwin Rommel, the Desert Fox, himself.
(U.S. Dept. of Defense photo by Staff Sgt. Aaron Allmon II)
5. F-117 Nighthawk
While stealth technology had been explored since World War II, the F-117 Nighthawk gets credit for bringing true stealth capabilities to combat. Shrouded in secrecy during its development, the F-117 was designed to attack high-value targets without being detected by enemy radar. In 1981, it became the world’s first operational stealth aircraft.
In 1999, the U.S. lost its edge when an F-117 was shot down in Yugoslavia. The details about the event are still classified, but it’s known that the aircraft landed relatively intact, potentially allowing Russia and China to enter the stealth technology game.
The F-117 saw combat during multiple operations over two decades and it paved the way for the 5th generation stealth fighters we fly today.
(U.S. Air Force photo by Tech. Sgt. Rob Tabor)
4. F/A-18 Hornet
The F/A-18 Hornet was the first tactical aircraft designed to carry out both air-to-air and air-to-ground missions, making it a versatile fighter for both Naval aircraft carrier duty and Marine Corps combat operations. The Hornet could switch roles easily, a feat it performed successfully during the Persian Gulf War when it shot down two Iraqi MiG-21s in fighter mode and then took out a ground target in attack mode during a mission.
The Hornet is not only the nation’s first official strike-fighter, it’s proven to be one of the most reliable as well, operating as a fighter escort, fleet air defense, and providing both close and deep air support.
(U.S. Air Force photo by Lt. Col. Leslie Pratt)
3. MQ-1 Predator
The MQ-1 Predator brought true combat drones to reality and marked the beginning of the end of man-powered aerial combat. Yeah I said it. Come at me, flyboys. With its first Hellfire kill in November, 2002, the Predator changed warfighting forever.
The Predator was operated remotely by a pilot and one or two sensor operators. It was a multi-mission, medium-altitude, long-endurance asset that primarily operated as an ISR platform, but its armament capabilities offered it the ability to strike targets as needed.
The U.S. Air Force officially retired the Predator on March 9, 2018, to give way to its super-sized follow-up, the MQ-9 Reaper, which saw the Hellfire missiles of the MQ-1 and raised it some JDAMs and the GBU-12.
(U.S. Air Force photo by Master Sgt. Michael Ammons)
2. F-15 Eagle
The F-15 Eagle boasts an undefeated record in air-to-air combat, with models still in use today despite the design being from the 1970s. Its longevity can be attributed to its unprecedented acceleration, groundbreaking maneuverability, and impressive weapons capabilities. It’s high thrust-to-weight ratio and low wing-loading allow the Eagle to turn tightly without losing airspeed while its top speed above Mach 2.5 made it the first U.S. fighter capable of vertical acceleration.
It’s avionics package and armament specs — notably including the AIM 120-D AMRAAM radar-guided missile — combined with flight performance defined air superiority and it has yet to meet an enemy capable of bringing it down.
The F-22 Raptor is the most powerful air dominance fighter in the world — no, in the universe. Considered the first 5th generation fighter in the U.S. inventory, the Raptor boasts unprecedented attack capabilities, integrated avionics, and battlespace awareness, as well as stealth technologies that allow it to protect not only itself but other assets.
In air-to-air configuration, the Raptor carries six AIM 120 AMRAAMs and two AIM-9 Sidewinders, while in air-to-ground mode it can carry two GBU-32 JDAMs (while bringing along two AMRAAMs and two Sidewinders just for kicks).
The F-22’s powerful engine and sleek aerodynamic design allow it to cruise at supersonic speeds without using afterburner and its flight controls and maneuverability are unmatched by any other aircraft. Ever.
If that list doesn’t make you want to cross into the wild blue yonder, then dammit, I don’t know what will. Leave a comment and let me know.