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.
Imagine your spouse or family member is deployed on a carrier. Now, imagine it’s during a global pandemic, which has notoriously infiltrated cruise ships, rendering hundreds of passengers ill. Finally, imagine you learn that your loved one’s ship is impacted by scrolling through Facebook and reading a headline.
Unfortunately, this imagined scenario is one military spouse’s reality.
Elizabeth (whose last name we won’t use for personal security reasons) was looking at Facebook, taking a much-needed break from quarantine with her four kids, when she saw a friend (whose husband is deployed with hers) had posted an article by Business Insider that immediately stopped her scroll: “There has been a coronavirus outbreak aboard a deployed US Navy aircraft carrier.” The article states that there have been three confirmed cases of COVID-19 on the USS Theodore Roosevelt – Elizabeth’s husband’s ship.
Her heart sank. “We haven’t heard from them in awhile,” she said in an interview with WATM. “Anytime anything noteworthy happens, communication goes down whether on purpose or by coincidence,” she shared. She immediately got on the phone with other spouses to see if anyone had heard through official or personal channels what was going on.
Communication varied. One spouse got a voicemail from her sailor that he was fine. Another received a quick email saying there were only two cases on the ship, while one other had heard 15 sailors had it. This rumor mill is exactly why comms are shut down, to prevent misinformation for families desperate for an update.
When asked if she was upset she hadn’t heard from her husband, Elizabeth laughed. “Oh, I’m not surprised,” she said. “He’s a team player. I know he would make sure all of his people had a chance to use the phone or email if there was an opportunity to do so before he did. He’s been in for 14 years and he’s been deployed a lot — he’s had almost six years of sea time. Really, this is not even the worst communication he’s had on a deployment. I’ve gotten used to that — nobody has all of the information; you just hope for the best and wait for your family member to contact you.”
But in the meantime, Elizabeth feels the weight of the gravity of the situation.
“I’m trying not to go into panic mode yet,” she said. “It’s the military, you just don’t know, but I hope if my husband was sick, someone would tell me.” Elizabeth also wants to know what protective and preventive measures are being taken. “It sounds like from the article that the sick sailors were medevaced and now it’s just business as usual. But in my mind, the likelihood of it being isolated is very small. They’re on top of each other in close quarters and there are 5,000 of them. They use the same phones, touch the same doors, eat together, share work space. It’s a floating petri dish. I want to know what they’re doing to sanitize. How closely they’re monitoring things. Is someone asking them every day? Are they taking temperatures? Are they really doing everything they can to keep our sailors safe?”
While Elizabeth is worried about her husband, she also has a healthy dose of perspective and a great sense of humor. She’s thankful to be surrounded by family and a community that continues to support her. “I don’t know what I’d do without them,” she said. Elizabeth and her husband have a five year old, three year old and twins who are just one and a half. “We had a lot of time on shore duty,” she laughed. “We got cocky thinking we would have one more and then boom: twins.”
When asked how she’s really coping with four kids in quarantine and a spouse deployed on a “floating petri dish,” Elizabeth took a long sigh but said, “Honestly, I feel like military spouses are better prepared for this than anyone. With military life, we spend a decent amount of time figuring it out on our own. I wouldn’t say this is even the most isolated I’ve ever been. The ‘not knowing what’s going to happen,’ not knowing what the schedule is going to be in a few weeks or months, it’s par for the course for us. I’ve been through the ringer enough times with the Navy, but for a lot of our friends, this is their first deployment. Mostly my heart has been with the ones who haven’t been through this before because I remember how it felt when all of this was new.”
Elizabeth shared the importance of reaching out. “Military community is so, so important. I love that the word encourage literally means to impart courage … that’s who the military spouse community is for me — it’s courage by proxy. The news is full of stories of women who are worrying they might be forced to give birth alone due to coronavirus restrictions, but military spouses have been giving birth to babies without family or husbands there, often overseas, for as long as time. They’ve moved alone, pursued careers alone, overcome all of these obstacles. One of the things you deal with is that feeling of isolation, which is so perfectly themed for where we are in the world right now. But you’re never really alone.”
Elizabeth continued, “It was so hard to hear the news of coronavirus on the ship, but it was so great to be surrounded by so many people who exactly know what we’re going through. There is strength in numbers. We’re not the only family going through this. We’ll be okay.”
Imagine if a robot could go ahead of troops, by a kilometer or more, to assess a situation and relay information back that would help commanders know what’s ahead and know how to respond?
Army Futures Command isn’t just imagining that- they’re already building it.
“This isn’t about robots or technology, this is about soldiers and this is about commanders on the battlefield, and giving them the decision space and reducing the risk of our men and women when we go into the nastiest places on the planet,” Brig. Gen. Ross Coffman, director of the Army’s Next Generation Combat Vehicle-Cross Functional Team, told reporters during a virtual discussion about the Robotic Combat Vehicle Soldier Operational Experiment.
A platoon of soldiers from the 4th Infantry Division at Ft. Carson, CO spent much of this summer sending two-person crews out in modified Bradley fighting vehicles to control robotic surrogate vehicles that were built from M113 armored personnel vehicles. The goal of the experiment was to observe the vehicles and to collect and analyze feedback from the soldiers working with them on the feasibility of integrating robots into ground combat formations.
The modified Bradleys are known as Mission Enabling Technologies Demonstrators (MET-Ds) and the modified M113s are known as Robotic Combat Vehicles (RCVs).
The goal of the program is to eventually build a collection of vehicles that can be used to provide reconnaissance capabilities and standoff distance or to replace soldiers in high-risk activities like combined arms breaches and chemical, biological, radiological, nuclear and explosives (CBRNE) reconnaissance.
Coffman emphasized that this summer’s experiment at Ft. Carson was just that, an experiment, and not a test and that there is still much work to be done before soldiers will be able to use robots downrange.
“Right now, it’s difficult for a robot, when it looks at a puddle, to know if it’s the Mariana Trench or two inches deep,” said Maj. Corey Wallace, RCV lead for the Next Generation Vehicle-Cross Functional Team. “The RCV must be able to sense as well as a human. It needs to hear branches breaking around it. It needs to know when it’s on soft sand or an incline. We still need to work on that.”
Jeffrey Langhout, director of the Army’s Combat Capabilities Development Command’s Ground Vehicle Systems Center, acknowledged that the robots still have a ways to go and noted that there are particular challenges involved in designing a robot vehicle for combat.
“Right now, we don’t have the sensors to tell us if a puddle is something we can drive through. In the auto industry, high-tech cars are operating on pavement and in a generous GPS environment. We are looking at how to operate in a denied environment, where things can go bad quickly,” Langhout said.
Earlier this year, the Army selected two companies, QinetiQ North America and Textron, to build the eventual vehicles. QinetiQ North America will build four prototypes of the Robotic Combat Vehicle-Light and Textron will build four prototypes of the RCV-Medium. Coffman said that the Marine Corps is also using QinetiQ to build an RCV-Light and the two services and working together on the designs.
All in all, Coffman said the experiment was “100% successful.”
“We learned where the technology is now and how we can fight with it in the future,” Coffman said.
And just how far in the future are we talking? Unfortunately, pretty far.
Coffman said a second experiment is planned for Ft. Hood, Texas in the first part of the fiscal year 2022 using the same M113 robot vehicles and Bradley control vehicles in company-size operations. After that, an experiment will be held to test the vehicles in more complex situations. And after that, the Army will decide if robot vehicles are worth further investment.
This is to say that, cool as the robots are, for now, most soldiers and military families will have to be content just imagining them.
Brain injuries are the signature wounds of the wars in Afghanistan and Iraq, with more than 380,000 service members experiencing them between 2001 and 2017, according to the Department of Defense. Traumatic brain injuries (TBI) can have devastating effects on those who experience them, such as vomiting, seizures, speech disorders, and aggression. Long after initial impact, the resulting injuries can leave sufferers with invisible wounds that are tough to pinpoint or treat.
According to the Military Health System guidelines, a TBI is a traumatically induced structural injury or physiological disruption of brain function, the result of an external force. It’s indicated by an altered mental state, such as disorientation or a decrease in cognitive functions, as well any loss of memory for events immediately before or after the injury, or the loss of or a decreased level of consciousness.
Equally challenging for medical providers is the stigma victims often feel when it comes to seeking help. But researchers say awareness and advances in the DoD’s treatment and prevention strategies have changed for the better the way patients recover.
“There has been an increase of awareness about TBI, and that has made a great difference in early identification and intervention. Even in the past few years, we’ve seen a greater willingness to seek treatment for both TBI and psychological health concerns,” said Dr. Louis French, deputy director of operations and a clinical psychologist at the National Intrepid Center of Excellence (NICoE) located in Bethesda, Maryland.
Opened in 2010, NICoE helps active duty members, reservists, veterans, retirees, and their families manage TBIs and other associated conditions while providing diagnostic evaluation, comprehensive treatment planning, outpatient clinical care, and TBI research and education.
According to French, understanding the relationship between the mind and the brain is important because psychological and emotional health can influence TBI recovery.
A TBI can impact a person’s physical, cognitive, and behavioral or emotional functions. It can cause a variety of symptoms, including headache, nausea, dizziness, difficulty with concentration, memory, and language, and feelings of depression and anxiety.
“We continue to grow our understanding of the various factors that go into a person’s recovery from TBI, including physical, emotional, sensory, cognitive and other aspects,” said French. “Family involvement is also now recognized as an important part of the recovery process, and for those who may have complicated recoveries.”
At the NICoE, patients and their families have access to traditional medical specialties like primary care, advanced neurology and neuropsychology, as well as complementary holistic approaches, including wellness and creative arts therapy.
Alyson Rhodes, a yoga therapist, leads patients through the rest pose portion of a therapeutic yoga session, Dec. 11, 2017.
One of many reasons the center was created, said Capt. Walter Greenhalgh, director of NICoE, is to provide support to patients and their families.
“NICoE treatment programs are designed to encourage family-member involvement in the patient care plan by attending appointments and participating in programs like family therapy, family education classes, and Spouse and Caregiver Support groups. Our social workers provide education and skills training for all family members and connect them with resources to help them cope as a family unit,” Greenhalgh explained.
Group therapy for those coping with similar injuries can also show patients they aren’t alone and allow families the opportunity to interact with other family members.
Although TBIs are widely viewed as combat injuries, service members can still be at risk during day-to-day activities. Research conducted by the Defense and Veterans Brain Injury Center shows TBIs are more commonly the result of operational training, falls and motor vehicle accidents.
“TBI is not just a military injury. It’s easy to forget that it was only 10 years ago that we wrote the first in-theater guidelines for TBI, and now we have standardized assessment and treatment protocols across the entire Defense Department,” said French.
The National Intrepid Center of Excellence, or NICoE, a directorate of Walter Reed National Military Medical Center in Bethesda, Maryland.
The majority of traumatic brain injuries — 82 percent — are classified as mild TBIs or concussions. Mild TBIs:
– Can leave sufferers in a confused or disoriented state for less than 24 hours – Can cause loss of consciousness for up to 30 minutes – May result in memory loss lasting less than 24 hours
– Can create a confused or disorientated state that lasts more than 24 hours – Can cause loss of consciousness for more than 30 minutes, but less than 24 hours – May result in memory loss lasting more than 24 hours but less than seven days – Can appear to be a mild TBI, but with abnormal CT scan results
– Can create a confused or disoriented state that lasts more than 24 hours – Can cause loss of consciousness for more than 24 hours – May result in memory loss for more than seven days
A penetrating TBI, or an open head injury, is the most severe type of TBI:
– The scalp, skull and dura mater (the outer membrane encasing the brain and spinal cord) are penetrated by a foreign object. – Penetrating injuries can be caused by high-velocity projectiles. – Objects of lower velocity, such as knives or bone fragments from a skull fracture, can also be driven into the brain.
The current definition of TBI was updated in 2015 to be consistent with military and civilian guidelines, and a later review showed that many previously “unclassifiable” cases were likely moderate TBIs.
“Having standardized assessment and treatment guidelines pushed out to an entire military health system and being able to track people through an integrated medical record is amazing,” said French. “Then you have the development of places like NICoE and the Intrepid Spirit Centers that provide intensive, integrative treatment.
“The military and academia are working hand-in-hand to answer questions and improve assessment and care. There are a lot of things that have been done in support of TBI advancement — any of my civilian colleagues look at what the Defense Department achieved in this amount of time, and it’s phenomenal.”
The Second World War saw the creation, fielding, and use of some of the most powerful weapons. From massive battleships armed with guns that will never again be matched in size to the atom bomb, these weapons were built to cause shock and awe and bring about destruction like we’ve never seen. England’s legendary “earthquake bombs,” or seismic bombs, were one such invention.
Barnes Wallis was an engineering graduate of the University of London and an incredibly creative mind. Well known for his bouncing bomb of Dambusters fame, Wallis was an integral part of British and Allied war machine programs, churning out improvements in aircraft and munitions design. He came up with the concept of the earthquake bomb in the early years of the War.
These bombs arose out of a need to hit “hardened” targets — reinforced structures designed to withstand heavy bombardment — and underground installations. Before the deployment of the earthquake bomb, these targets were, in theory, impenetrable.
Wallis took their impregnability as a challenge.
At the time, area bombing was the prevailing method employed by Allied forces to hit German targets in the European Theater. Large cells of bombers would drop hundreds, if not thousands, of bombs with the hope that at least a few would hit their mark. This did little to destroy or even inflict damage upon hardened targets.
Instead, Wallis hypothesized that the ideal way to take out these structures and military installations was with an accurate, concentrated attack using a smaller number of extremely powerful munitions.
Speed and momentum would be the new bomb’s method of penetration. Extremely heavy and built with an armored casing and guiding fins, once dropped from its bomber, the munition would reach near-supersonic speeds as it hurtled toward the ground. This force would be more than enough to punch through the layers of thick concrete used by German military engineers to protect their facilities.
After boring through the ceiling of its target, the seismic bomb would fall as far as its momentum would take it. Only then would it detonate, giving whoever was inside or nearby a glimpse of utter hell. Aircrew who dropped these bombs reported that, at first, it looked as though the bomb merely punched a hole in the target. Within seconds, entire targets seemed to crumple in on themselves and fall into a sinkhole.
When the seismic bomb detonated deep within its target, the shock waves from the gargantuan warhead didn’t just obliterate anything nearby, it destabilized entire structures, shaking and moving the very earth beneath them, destroying and collapsing their foundations. Soon, a new term for these weapons would surface — “bunker busters.”
The Royal Air Force fielded two types of seismic bombs over the course of the Second World War — the Tallboy and the Grand Slam. Both were used against submarine pens, factories, and underground German bunkers to great effect. The US Army Air Force followed suit not too long after with similar bombs of their own. Tallboys were famously used to disable and sink the legendary Bismarck‘s sister battleship, the Tirpitz, in 1944.
Thomas H. Begay didn’t want to be a radio operator. In fact, up until he graduated from bootcamp, he thought he was going to become an aerial gunner for the Marine Corps during World War II.
“They sent me to a confidential area,” he said. “I walked in and there’s a whole bunch of Navajo.”
His previous MOS didn’t matter. Begay would attend code talking school.
The Navajo language had become the basis of a new code, and they were going to train to become code talkers. It was hard to see it then, but Begay and his fellow Navajo would help turn the tides of war and save countless lives.
An unbreakable code
The Code Talkers used native languages to send military messages before World War II. Choctaw, for example, was successfully used during World War I. But the Marine Corps needed an “unbreakable” code for its island-hopping campaign in the Pacific. Navajo, which was unwritten and known by few outside the tribe, seemed to fit the Corps’ requirements.
Thomas H. Begay recalls Navajo Code Talker program; Battle of Iwo Jima
Twenty-nine Navajos were recruited to develop the code in 1942. They took their language and developed a “Type One Code” that assigned a Navajo word to each English letter. They also created special words for planes, ships and weapons.
But just because a person understood Navajo didn’t mean they could understand the code. While a person fluent in the language would hear a message that translated into a list of words that seemingly had no connection to each other, a code talker would hear a very clear message.
In addition to being unbreakable, the new code also reduced the amount of time it took to transmit and receive secret messages. Because all 17 pages of the Navajo code were memorized, there was no need to encrypt and decipher messages with the aid of coding machines. So, instead of taking several minutes to send and receive one message, Navajo code talkers could send several messages within seconds. This made the Navajo code talker an important part of any Marine unit.
Peter MacDonald Sr. recalls Navajo Code Talker program; Battle of Iwo Jima
Begay did well in training and picked up the code quickly. A month after arriving at code talking school, he was given orders to his new unit and sent overseas.
“They told us we were going to Tokyo,” he said with a chuckle. “In February, we were told we’re supposed to land on Iwo Jima.”
On Feb. 19, 1945, at 0900 hours, Begay landed on the north side of the island with the 5th Marine Division. One code talker had already been killed during the first wave of attacks, and five more would be injured by the time the fighting stopped. In the face of machine gun fire and mortar rounds, Begay and his fellow Navajo Code Talkers continued to relay messages that were vital to the eventual victory on the island.
In all, nearly 800 coded messages were sent during the assault on Iwo Jima. There were zero mistakes.
“I was protected by the Marines,” Begay said. “They were protecting us; we were protecting them. I was lucky. But some didn’t get lucky – like those who got killed on the beach.”
This article originally appeared on VAntage Point. Follow @DeptVetAffairs on Twitter.
We are a country divided. As Americans, we seem to have forgotten that we should all play on the same team. Fortunately, we have the United States Air Force to remind us of that.
The newly released video titled Heritage Today: The Same Mission highlights the importance of diversity. One of the more memorable lines states that, “The day you decide to serve isn’t the day you give up who you are, it’s the day you show who you are and we become stronger for having you in our ranks.” From there, they cover the need for diversity in background, beliefs, religion and sexual orientation, and not just tolerance of our transgendered troops, but acceptance.
Human connection and belonging are hallmark traits of happiness and self-worth. By releasing this video, the Air Force is making it clear that they not only welcome diversity – they long for it. Another memorable line states that, “If we can have each other’s backs on the front lines, we need to have each other’s backs when we are home.” You can view all of their videos, here.
The Air Force stood up a special task force on June 9, 2020, to tackle issues including race, ethnic and other demographic disparities. In a memo published by public affairs, Brig. Gen. Troy Dunn stated that, “Over the past few weeks, we’ve been working quietly behind the scenes to tackle these issues. Though we have a long road ahead, I’m really proud of the work this team has done. We want our people to know that we’re steadfast in our commitment to building an Air Force culture of diversity, inclusion and belonging.”
This video showcases their promise of a more inclusive and diverse Air Force.
Words empowering the support of individual identities and a remembrance that we all serve the same nation appears to be a pointed attack on the divisiveness currently tearing the country in two. It also hits on the fact that differences actually make you stronger, faster and more powerful. The Air Force video stresses that its diversity is its strength, something that seems to have been forgotten in the midst of the current turmoil.
Another important takeaway is that the video stresses that although they’ve come a long way, making impressive strides – they aren’t there yet and neither are we as a country. But just because we haven’t gotten there, doesn’t mean we stop working toward a more cohesive and better union. This is a point that the Air Force doesn’t shy away from making, an admission that continued work to ensure inclusion and a focus on diversity only grows, never truly stopping improvement.
The takeaway message of the video is simple: we are stronger together because of our differences. As the video ends, it closes by saying that inclusion isn’t the enemy of readiness, division is. This is advice that not only other branches of service need to follow – but the country as a whole.
Some of the most treasured rituals involved in end-of-life care have become out of reach as we put in place the necessary precautions to prevent the spread of COVID-19 illness.
To protect our most vulnerable Veterans, the Community Living Center at VA Black Hills was the first ward to close to visitors. Even with compassionate exceptions, hospice visitation had a time limit and families could only visit one at a time. The policy required families to nearly give up the experience of physical touch, sharing memories and long goodbyes.
Dr. Mary Clark knew these protective measures were difficult for grieving families to accept. Hospice services aim to relieve suffering and provide bereavement support to families. Under normal circumstances, hospice care provides a comforting environment for families to share uninterrupted, quality time with their loved one. Clark is the Rehabilitation and Extended Care associate chief of staff.
Social worker Renee Radermacher works closely with Veterans and their families on the CLC. She thought of a way to give back some of what some families lost. She recommended converting one of the family rooms adjacent to the patient hospice room to a negative pressure room. This would provide an additional safety measure allowing up to three family members to visit for one hour each day.
VA Black Hills Hospice Family Room
A multi-disciplinary team addressed engineering, infection prevention, clinical considerations and social work. The team quickly added a reverse air flow machine and ready the room to receive families. Negative air flow is effective to reduce the transmission of dangerous infectious diseases. Along with good hygiene and masking, it allows families to spend more time with their loved ones, providing relief to the family
“The families are relieved” Dr. Clark said.
“Dr. Clark deserves all the credit for the hospice patients’ family visits. If not for her sensitivity and concern there would be no family visits and the patients would pass away alone,” added Brett Krout, safety manager and workgroup team member.
Providing compassionate patient care during this pandemic requires us to focus on safety while never forgetting the experience of the patient and their loved ones.
The M107 self-propelled howitzer hasn’t gotten much attention. The M109 series of 155mm howitzers, on the other hand, is reaching its 55th year in operational service with the United States Army. Meanwhile, the M107 is fading into obscurity. Despite its (lack of) reputation, this howitzer was crucial for both the United States and Israel, among other nations.
The M107 and M110 shared the same chassis, but both were equipped with different guns — the M107 packed a 175mm gun and the M110 used an eight-inch cannon. Sharing a chassis was a boon in terms of both maintenance and logistics, since it meant the supply clerks had fewer categories of parts to handle.
A M107 self-propelled gun reaches out to touch the enemy during a fire mission in South Vietnam.
That also meant the guns were swappable — a M107 could become a M110 and vice versa depending on the mission. Want to deliver a particularly big punch? The M110 was your choice. Need to reach out and touch someone up to 25 miles away? The M107 is your choice for that.
The M107 entered operational service with the United States Army in 1962. By 1979, it had been retired, but it served for a while in a number of other militaries. Its most notable service was with Israel, which pushed its maximum range to 30 miles thanks to the efforts of Dr. Gerald Bull. M107s shelled Damascus during the Yom Kippur War, destroyed at least 15 surface-to-air missile sites, and are still held in reserve by the Israeli military.
The Israelis were able to use M107 to hit targets up to 30 miles away.
The M107 also saw action in the Iran-Iraq War, where it was used by Iranian forces. The M107 was first replaced by the M110A2, a longer-range eight-inch gun, and, ultimately, by the M270 Multiple Launch Rocket System.
You can see how the Army introduced this long-range gun to America in the video below!
In May 2014 then-Tech Sgt. Kristopher Parker, an explosive ordnance disposal team leader, was out of comms in the middle of a firefight between U.S. troops and Taliban insurgents.
According to an Air Force release, the firefight started when Parker and other American forces who had been sent to clear an improvised explosive device factory came across the insurgents holed up in a cave.
Parker and his fellow troops faced RPGs, small-arms fire, and even hand-thrown IEDs during the 20-hour engagement with the enemy.
Despite all that incoming, Parker was doing a lot of multitasking. He swept the area for IEDs. He cleared routes. He pulled wounded personnel out of the line of fire. He marked cache locations.
“Kris saved the lives of so many Soldiers, Marines and Airmen,” Gen. Robin Rand, commander of Global Strike Command, said in the release. “He put their lives first and took care of them and that is so honorable.”
When the fight was done, 18 insurgents were dead. Parker had also cleared and destroyed over 200 pounds’ worth of homemade explosives.
On March 17, Parker, now a retired Master Sergeant, was awarded the Silver Star for his actions during that 20 hour battle. The award is the third highest that can be presented for valor in combat.
“We are so lucky to be here with this true hero,” Rand said. “A hero who has deployed several times in harm’s way. A hero that saved lives. I’m so humbled and appreciative of his incredible service. It’s a great time to be an Airman.”
New from SIG AIR: An air pistol that’s nearly identical to the U.S. Army’s New M17 Modular Handgun System.
The new M17 Advanced Sport Pellet, or ASP, pistol is powered by a carbon dioxide cartridge and features a proprietary drop magazine that houses a 20-round rapid pellet magazine, according to a recent press release from Sig Sauer, the maker of the Army’s MHS.
“This semi-automatic .177 caliber pellet pistol is a replica of the U.S. Army issued P320 M17 and is field-strippable like its centerfire counterpart,” the release states. “It has the same look and feel as the M17, featuring a polymer frame and metal slide with realistic blow-back action.”
Air pistols are becoming more popular as a training tool for military and police forces.
The Coast Guard, which falls under the Department of Homeland Security, has long used the Sig P229 .40 caliber pistol as its duty sidearm. The Coast Guard is scheduled to join the Army, Navy, Air Force and Marine Corps in fielding the Army’s new Modular Handgun System.
But the service plans to use the SIG AIR Pro Force P229 for simulated training, according to a press release about the Coast Guard’s purchase.
The new M17 ASP’s CO2 cartridge features a patented cam lever loading port for quick and easy replacement of the cartridge, according to the release.
It weighs 2.15 pounds and comes with fixed sights. The M17 ASP has a velocity of up to 430 feet per second, but that may vary depending on pellet weight, temperature and altitude, the release states.
It comes in Coyote tan and retails for about 0.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
In late summer 2017, two unarmed Russian military planes flew over critical American defense areas, completely unescorted, unintercepted, and completely unabated in any way. In Washington, a plane flew over the Pentagon, the Capitol, and even the White House – areas off limits to most other pilots, from the U.S. or elsewhere.
But Russia can fly over them whenever it wants.
Putin will find a way to troll the US with this power.
The Tupolev Tu-154M also flew over the CIA headquarters building in Langley, Andrews Air Force Base, Md., and even the Presidential retreat at Camp David. Another Russian Tupolev Tu-154M military plane flew over Bedminster, New Jersey, where President Donald Trump was taking a break from the White House.
They both left from Dayton, Ohio.
Leaving: One of the best things to do in Dayton.
It may sound fishy, but there’s a good reason for the unrestricted flyovers. The United States and Russia are both party to the Open Skies Treaty, along with 32 other member states. It dictates that area controlled by a member state is open to observation by any other signatory. Any unarmed plane can fly over even the most sensitive areas of another country who signed on to the treaty. This is how the United States was able to prove military activity in Eastern Ukraine was a Russian build up over Moscow’s vehement denials.
So Russia can fly right over the White House on July 4th.
Usually they just buzz American ships at sea.
The treaty was talked about as early as 1955, but the Soviet Union (rightly) believed it would compromise their national security. It was formally re-introduced after the fall of Communism in 1992 and entered into force in 2002. All aircraft and its sensor equipment will carry home country observers and submit to an inspection to ensure its sensors are in line with treaty stipulations.
Only once was an Open Skies Treaty request ever turned down. In February 2016, Turkey denied Russia an Open Skies flight over NATO airbases in the country as well as areas near the Syrian border. In September 2018, the United States almost denied another Russian flyover by refusing to certify Russia’s latest Open Skies plane. Though the U.S. eventually relented, it said it was a response to Russia’s refusal to allow American flights over Kaliningrad, near the Poland-Lithuania border.
Anything close to the maximum structural speed for a jet is usually just for the glossy brochure—99.9% of the time we don’t come close to reaching it. There was one time, though, that I pushed the F-16 as fast as it could go.
I was stationed in Korea and there was a jet coming out of maintenance; the engine had been swapped out and they needed a pilot to make sure it was airworthy. It was a clean jet—none of the typical missiles, bombs, targeting pod, external fuel tanks were loaded. It was a stripped down hot-rod capable of it’s theoretical maximum speed.
When we fly, we usually go out as a formation to work on tactics; every drop of fuel is used to get ready for combat. This mission, however, called for me to launch as a single-ship and test the engine at multiple altitudes and power settings. The final check called for a max speed run.
Justin “Hasard” Lee in the cockpit of an F-16 (Sandboxx)
I took off, entered the airspace, and quickly started the profile. Topped off, I could only carry 7,000 pounds of internal fuel; never enough with the monster engine behind me burning up to 50,000 pounds of fuel per hour. I knocked out the various tasks in about 15 minutes and then was ready for the max speed run.
I was at 25,000 feet when I pushed the throttle forward, rotated it past the detent and engaged full afterburner—I would have 5 minutes of useable fuel at this setting. I could feel each of the 5-stages lighting off, pushing me forward. I accelerated to Mach 1—the speed of sound that Chuck Yeager famously broke in his Bell X-1—and started a climb. A few seconds later 35,000 feet went by as I maintained my speed. Soon I was at 45,000 feet and started to shallow my climb to arrive at the 50,000 foot service ceiling. This was as high as I could go, not because the jet couldn’t go higher, but because if the cockpit depressurized, I would black out within seconds.
(U.S. Air Force photo by MSgt. Don Taggart)
Looking out at 50,000 feet, the sky was now a few shades darker. I could start to see the curvature of the earth. To my right was the entire Korean peninsula—green with a thin layer of haze over it. To my left, a few clouds over the Yellow Sea separating me from mainland China.
As I maintained my altitude, the jet started to accelerate. At 1.4 Mach, with only about 2 minutes of fuel left, I bunted over and started a dive to help with the acceleration. In my heads-up-display 1.5 Mach ticked by, backed up by an old mach indicator slowly spinning in my instrument console.
Justin “Hasard” Lee (Sandboxx)
At 1.6 Mach, the jet started to shake. I was expecting it—the F-16 has a flight region around that airspeed that causes the wings to flutter. Still, this jet had a lot of hours on the airframe, and if anything were to fail, the breakup would be catastrophic. Similarly, ejecting at that speed would be well outside the design envelop—the air resistance at Mach 1.6 is about 300 times what a car experiences at highway speeds. A few pilots have tried, only to break nearly every bone in their body.
So now, the option was slow down until the vibration stopped, or push though until it smoothed out on the other side. I was running low on fuel, so I elected to increase my dive so I could accelerate faster. Slowly 1.7 Mach ticked by, next 1.8, and then at 1.9, everything smoothed out. I was now traveling 1,500 mph over the Yellow Sea. The cockpit started feeling warm so I took my hand off the throttle and put it about a foot away from the canopy and could feel the heat radiating through my glove, similar to sticking your hand in an oven.
At this point I was entering the thicker air at 35,000 feet which was preventing the Mach from going any higher. I was also nearly out of fuel, so I pulled the throttle out of afterburner and into military-power—the highest non-afterburner power setting. Despite a significant amount of thrust still coming from the engine, the drag at 1.9 Mach caused the jet to rapidly decelerate, pushing me forward until my shoulder-harness straps locked. It took over 50 miles for the jet to slow down below the mach.
Justin “Hasard” Lee (Sandboxx)
Taking a jet to 1.9 mach isn’t any sort of record; in fact, some aircraft have gone twice as fast. It is an interesting feeling, though, to be at the limit of what an iconic aircraft like the F-16 can give you. Thousands of incredible engineers, who I never had the chance to meet, designed the plane and you are now realizing the potential of what they built. The heat and vibration, coupled with being outside the ejection envelope, let you know the margin of safety is less than it normally is.
I’ve since moved on to the F-35 which correctly prioritizes stealth, sensor fusion, and networking over top speed, so that’s likely as fast as I’ll ever go. It was a visceral experience that was a throwback to the 50’s and 60’s—where the primary metrics a plane was judged by how high and fast it could go.