U.S. Special Operations Command has set the wheels in motion for a new Advanced Sniper Rifle to replace the organization’s current Precision Sniper Rifle setup.
It appears SOCOM will continue using a modular, bolt-action, multi-caliber rifle design; but will switch up calibers on the ASR. Though 7.62×51 NATO will remain in use, .300 Norma Magnum, and .338 Norma Magnum will replace SOCOM’s current .300 WinMag, and .338 Lapua cartridge selection.
Black Hills Ammunition is working closely with the government to lend “surrogate cartridges” to companies interested in developing an ASR contender. The rounds are not a spot-on representation of the final government approved ammo, instead serving as a starting point for gun makers to craft their ASR platforms.
SOCOM implied earlier this year that it was looking to switch up its rifle platforms, but held off on offering specific details. The ASR pre-solicitation came down the official pipeline last week. Still in its early stages, the formal solicitation with rifle requisites are expected to drop in February 2018.
SOCOM’s current Precision Sniper Rifle system took the government nearly two and a half years to award. The PSR was first announced in November 2011 and after extensive testing and fielding was eventually awarded to Remington’s Modular Sniper Rifle in March 2013. Remington took the top spot over Sako’s TRG M10. The 10-year contract with Remington, worth $79.7 million, called for 5,150 rifles and over 4 million rounds of ammunition.
The selection process for the ASR will likely mirror that of the PSR. Once selected, the ASR will serve SOCOM for five years with an initial order of 10 rifles to include ancillary equipment. The government alluded that more than one contract might be assigned, stating that it reserves the right to grant multiple awards.
SOCOM is currently prepping an industry day for manufacturers to gain insight on the ASR program. SOCOM says the event will cover the official timeline as well as addressing rifle specifications and test equipment. In addition, SOCOM is using the event to discuss future needs of Special Operations Forces. The ASR event is scheduled to run Dec. 5 through Dec. 7 at NSWC Crane.
There have been many closely-fought battles that could have gone either way.
The Battle of Midway was one. The final outcome of Japan losing four carriers and a heavy cruiser compared to the United States losing a carrier and a destroyer looks like a blow out. But that doesn’t reflect the fact that the Japanese fought off five separate attacks before Douglas SBD Dauntless dive bombers fatally damaged the carriers Akagi, Kaga, and Soryu.
Other battles, though, were clearly blowouts from the beginning. As in, you wonder why the losing side even wanted to pick that fight in the first place. Three of these battles were so one-sided, they were labeled “turkey shoots.” Here’s the rundown.
1944: The Marianas Turkey Shoot
Within four days of the attack on Pearl Harbor, the Japanese captured Guam. Two and a half years later, the United States Navy brought the Army and Marines to take it back.
In the Yom Kippur War, the Syrians and Egyptians surprised the Israelis with very good ground-based air defenses. The Israelis overcame that to win, but it was a very close call. When Syria and Israel clashed over Lebanon in 1982, three years removed from the Camp David accords, it was the Syrians’ turn to get handled roughly.
In the nine years since the Yom Kippur War, Israel started adding F-15 and F-16 fighters to their arsenal, but the real game-changer for the two-day battle of June 9-10, 1982 was the E-2 Hawkeye, which was able to warn Israeli planes of over 100 Syrian MiGs.
Final score over those two days: Israel 64 Syrian jets and at least 17 missile launchers, Syria 0.
1991: Desert Storm
While the air campaign was noted for what some sources considered a perfect 38-0 record for the Coalition (recent claims that Scott Speicher was shot down by an Iraqi MiG-25 Foxbat notwithstanding), there was one other incident called a “turkey shoot.”
Picture an intelligence officer in the field. She is trying to piece together a suspected threat and has access to someone who may have a role in carrying it out. There may be traces of biological or chemical agents on his clothing or hair. She can look for them, but they’re transient, and often present in such low concentrations that she’ll need to send samples to a laboratory. Or she can check his epigenetic markers, read a history of any time he’s been exposed to threat agents, and start piecing together a chain of evidence right there in the field, in real time.
DARPA’s new Epigenetic CHaracterization and Observation (ECHO) program aims to build a field-deployable platform technology that quickly reads someone’s epigenome and identifies signatures that indicate whether that person has ever — in his or her lifetime — been exposed to materials that could be associated with weapons of mass destruction (WMD).
The epigenome is biology’s record keeper. Though DNA does not change over a single lifetime, a person’s environment may leave marks on the DNA that modify how that individual’s genes are expressed. This is one way that people can adapt and survive in changing conditions, and the epigenome is the combination of all of these modifications. Though modifications can register within seconds to minutes, they imprint the epigenome for decades, leaving a time-stamped biography of an individual’s exposures that is difficult to deliberately alter.
Whereas current forensic and diagnostic screening technologies only detect the immediate presence of contaminants, the envisioned ECHO technology would read someone’s epigenome from a biological sample, such as a finger prick or nasal swab, to reveal possible exposure to WMD or WMD precursors, even when other physical evidence has been erased.
“The human body registers exposures and logs them in the epigenome,” explained Eric Van Gieson, the ECHO program manager. “We are just beginning to understand this rich biographical record that we carry around with us. We hope that with the capabilities developed within ECHO, someone in the field will immediately know if a suspected adversary has handled or been exposed to threat agents. The same technology could also serve as a diagnostic tool for our own troops, to diagnose infectious disease or reveal exposure to threat agents, so that medical countermeasures can be applied in time to make a difference.”
Researchers on the four-year ECHO program will have two primary challenges: to identify and discriminate epigenetic signatures created by exposure to threat agents; and to create technology that performs highly specific forensic and diagnostic analyses to reveal the exact type and time of exposure. To develop this capability, researchers will have to assemble a foundational training dataset of pre- and post-exposure epigenetic readouts in biological samples. They will also have to create a device capable of performing multiple molecular analyses and onboard bioinformatics in 30 minutes or less, compared to an average of two days using current lab-centered processes. By the end of the effort, DARPA’s goal is to deliver ECHO capability in a man-portable device that can be used by an operator with minimal training.
“ECHO technology could open up new sources of forensic evidence and make battlefield collection of evidence safer, more efficient, and more accurate,” said Van Gieson. “Additionally, by making it possible to deploy an analytical capability to vastly more locations, we would enhance our ability to conduct global, near-real-time surveillance of emerging threats.”
ECHO is focused specifically on diminishing the threat posed by WMD and improving diagnostics for troops who may have been exposed to threat agents. The ability to partially reconstruct an individual’s history through analysis of the epigenome, however, could have application well beyond national security and thus raise privacy concerns. Accordingly, DARPA intends to proactively engage with several independent ethical and legal experts to help inform the Agency’s research plans, think through potential issues, and foster broader dialogue in the scientific community on social implications.
The top row from left is Alfonso, David, Enrique, Ezequiel and Ismael. The bottom row from left is Israel, Marcos, Richard and Rudy.
National Hispanic Heritage Month honors those who have positively influenced and enriched the U.S. and society.
For the Fuentes family, that means celebrating the nine brothers who served in the military. Brothers Alfonso, David, Enrique, Ezequiel, Ismael, Marcos, Richard and Rudy all served in the Marine Corps, while Israel served in the Air Force.
Hailing from Corpus Christi, Texas, the Fuentes parents had 16 children: nine sons and seven daughters. The parents worried about the children but supported their decisions to enlist.
David was the first to enlist, joining the Marine Corps in 1957. According to his siblings, other students teased David in high school, calling him a “mama’s boy.” When one of David’s cousins—a Marine—came home on leave, he talked to David, who convinced him to join. That started a tradition that followed through all nine of the brothers.
Each of the brothers had different reasons for serving.
“My plans were to quit school and join the Marines to get away from home,” Ismael said. “A friend of mine told me he would do the same. We went to the Marine recruiting office one weekend and were told we were the two highest ranking officers in Navy Junior ROTC, graduate with honors and we will place you both in our 120-day delayed buddy program. We both graduated June 2, 1968, and were in San Diego June 3.”
Another brother said his reason was to possibly spare his children from going to war.
“I volunteered to go to Vietnam,” Richard said. “My thoughts for volunteering is that when I would have a family, I could tell my kids that I already went to war so they wouldn’t have to.”
Echoing that sentiment, another brother said he served to possibly spare his brothers from going to war.
“I did three years in Navy Junior ROTC because I always knew that I wanted to enlist in the Marine Corps and in case it came down that I had to go to war, then maybe my three younger brothers would be spared,” Rudy said. “That was the reason I enlisted, to protect my three younger brothers.”
The youngest brother said he felt compelled to follow his brothers’ examples.
“Being one of the youngest of nine brothers, I did not want to be the one to break tradition, so I enlisted in the Marine Corps and followed in my brothers’ footsteps,” Enrique said.
About the brothers
Alfonso served in the Marine Corps from 1973-1979 as an infantry rifleman. He served at a Reserve unit in his hometown of Corpus Christi. He also deployed to Rome for training.
David didn’t get teased again after he came home on leave in his Marine Corps uniform. He worked on helicopter engines, assigned to the former Marine Corps Air Station El Toro in California. David served from 1957 to 1960. He passed away June 15, 2011.
Enrique served in the Marine Corps from June 1975-June 1979. Following training at Marine Corps Base Camp Pendleton, California, he served on embassy duty in both Naples, Italy, and Sicily from 1976-1978. He finished his time in the Marine Corps at Camp Pendleton.
Ezequiel enlisted in the Marine Corps July 1, 1965, serving as an aircraft firefighter. He served in Yuma, Arizona, and Iwakuni, Japan. He honorably discharged from the Marine Corps June 30, 1969.
Ismael served in the Marine Corps from June 1968 to June 1972. He served at MCB Camp Pendleton as a cook. After dislocating his shoulder, he transferred to the correctional services company.
Israel enlisted in the Air Force in 1966, serving as a weapons mechanic on A-37s and a crew chief on B-58 bombers. He served at Bien Hoa Air Base from 1968-1969 during the Tet Offensive. He discharged in 1970.
Marcos joined the Marine Corps under the delayed entry program Nov. 10, 1976—the service’s 201st birthday. He served from June 1977 to August 1982, serving at a motor pool unit in MCB Camp Pendleton and a Reservist with the 23rd Marine Regiment.
Richard served in the Marine Corps from 1966-1970. He served with Marine Helicopter Squadron 463 in Vietnam from July 1968 to December 1969. He served in Danang and Quang Tri as a CH-53 Sea Stallion door gunner and as a maintainer on helicopter engines.
Rudy served from January 1972 to February 1977 as military police, transport driver and weapons instructor. He volunteered five times to go to Vietnam, getting denied all five times. He assisted during the 1975 evacuation of Saigon.
Researchers from the U.S. Army Research, Development, and Engineering Command Research Laboratory, the Army’s corporate research laboratory, recently partnered with Texas A&M University to work on artificial intelligence and machine learning as applied to material informatics (and genome).
1st Lt. Levi McClenny, a doctoral candidate in the university’s Department of Electrical and Computer Engineering and an active member of the U.S. Army Reserve serving as a platoon leader and Black Hawk helicopter pilot in an aviation battalion in Conroe, Texas, recently completed a two-week internship at the lab’s Vehicle Technology Directorate at Aberdeen Proving Ground.
At Texas AM University, McClenny and his adviser Dr. Ulisses Braga-Neto support the development of an AI agent to determine the internal state of various materials and systems using microscopic images and deep machine learning techniques.
Researchers want to understand how materials fracture and break so they can potentially predict when a component will break in an aircraft, for instance, to help with maintenance and operational requirements. The idea is to engineer vehicles that can begin to detect their own deterioration.
Researchers from the RDECOM Research Laboratory, the Army’s Corporate Research Laboratory, recently partnered with Texas AM University to work on artificial intelligence and machine learning as applied to material informatics (and genome).
(US Army photo)
“We are applying machine learning techniques to better understand what is happening at the microstructure level in materials,” said Dr. Mulugeta Haile, research aerospace engineer at VTD. “We want to have a complete understanding of how materials behave during normal usage or in extreme conditions from the day they are put there until they are removed.”
McClenny said coming to the Army’s corporate research laboratory and working in its facilities allowed him to interact with some brilliant and experienced materials scientists that can not only shed some light on the work he’s done, but also pave a way forward.
“The new AI lab is absolutely incredible,” McClenny said. “I was able to use the supercomputer facilities to generate products that I will be taking back to Texas AM with me for future projects that would not be possible without the facilities Dr. Haile and Mr. Ed Zhu put together.”
According to Haile, the new AI/ML lab was conceived to facilitate research in artificial intelligence and machine learning to focus on vehicle technology and maneuver sciences. The lab, not only hosts state-of-the-art GPU accelerated high performance computing resources, it makes these resources highly available and easily configurable to users in an open and collaborative space.
Researchers from the RDECOM Research Laboratory, the Army’s Corporate Research Laboratory (ARL), recently partnered with Texas AM University to work on artificial intelligence and machine learning as applied to material informatics (and genome).
(US Army photo)
“I was able to get these products, as well as develop a plan of action for the microstructure research in the two weeks I was here,” McClenny said. “I was also able to sit down with numerous researchers from the VTD to see their data and see how we could apply machine learning approaches to learn more from it. We always say that models are only as good as the data, and here we can generate some top-notch data.”
The directorate was pleased to host McClenny and found his mix of skills to add to the overall research.
“As a PhD student and an Army Black Hawk pilot, Levi brings to the research environment a unique mix of skills and understanding,” said Dr. Jaret Riddick, director of VTD. “The unique mix of scientist and end user gives Levi a perspective that can be key to enabling the Army Futures Command’s objective of incorporating warfighter feedback into advancing science and technology for the modernization process.”
McClenny said working at the Army’s corporate research laboratory was an incredible experience and absolutely surpassed his expectations. He also said being a member of the military and a researcher offered some unique perspective.
“Throughout all the conversations and ideas, I have tried to remember the ‘why’ for these projects,” he said. “This is important to me, potentially more so than the average researcher, because I can directly impact the soldiers in my own unit, and future units, with this work. The facilities and expertise offered at this facility, not only by Dr. Mulugeta Haile, my mentor, but others in the group like Dr. Dan Cole and Dr. John Chen, really helped to expand my understanding of why we are researching the topics we are.”
Matias Ferreira is a combat Marine who graduated from the Suffolk County Police Academy on March 24, 2017. Prior to the graduation, he was elected as president of his academy class, and a recruit platoon leader. All of this while walking on two prosthetic legs.
You read that right. Matias Ferreira is a double-amputee.
According to a report by Newsday, Ferreira lost both of his legs after he was wounded by an improvised explosive device during the fighting in Musa Qala, Afghanistan.
Ferreira is not the only double amputee serving in law enforcement — PIX11.com reported that one other is serving as a state trooper in the western United States.
Ferreira’s roundabout journey to being a police officer involved playing on a select softball team with other amputees, and a moment of heroism in October 2015.
According to the New York Daily News, the ex-Marine leapt into action with his brother and future father-in-law while leaving his wedding rehearsal to rescue an infant from a burning car.
“Instinctively you just react, you don’t freeze, and thankfully we were able to make a difference,” Ferreira said at the time.
Now, he will do so again. After 29 weeks of intensive training in the gym, the classroom, and the swimming pool, during which Ferreira refused offers of special treatment.
Below is an interview that he did with Fox and Friends. Semper Fi.
National K9 Veterans Day, March 13, is a day set aside to honor commemorate the service and sacrifices of American military and working dogs throughout history.
It was on March 13, 1942, that the Army began training for its new War Dog Program, also known as the “K-9 Corps,” according to American Humane, marking the first time that dogs were officially a part of the U.S. Armed Forces.
The rest, as they say, is history. Officially a part of the service, the dogs of war span centuries and include such heroes as Sgt. Stubby, the original war dog, Chips, the most decorated dog in World War II, Lex, who retired with his fallen owner’s family, and Cairo, the Navy SEAL working dog on the bin Laden raid.
Today’s military dogs are valued as important members of their military units and even have their own retirement ceremonies, awards and medals, and memorial services.
Iran on July 19, 2019, said it seized a British oil tanker and its crew amid reports it diverted a second tanker toward Iran within hours of the seizure in a clear message to the UK and the US that it’s willing to get aggressive in a feud over oil sanctions. But it may soon have to contend with heavy US and UK naval firepower already in the region.
The US sent its USS Abraham Lincoln aircraft carrier and attached strike group to the region in May 2019. This represents the world’s most potent unit of naval power, with the aircraft carrier’s formidable air wing, a cruiser, four destroyers, and support ships.
The USS Boxer, a smaller carrier for AV-8B Harrier jets and helicopters, is also operating nearby and said it recently downed an Iranian drone. Iran denied this and posted video of one of its drones landing to challenge the US’s narrative, although it’s unclear if Iran’s footage proves anything.
The UK has the HMS Montrose on station, which immediately following the seizure of the tankers was broadcasting its location and sailing through the Strait of Hormuz. The UK has another two warships on the way.
Previously, the UK’s Montrose got into a standoff with Iranian gunboats trying to veer an oil tanker called the “British Heritage” into Iran’s waters. The Montrose aimed its 30 mm guns at the Iranian fast-attack craft swarming the tanker and warded them off.
Retired US Navy Capt. Rick Hoffman told Business Insider’s Ryan Pickrell that the 30 mm guns, were the “perfect weapon” against these types of ships.
But the US’s aircraft carriers can do better than perfect. With helicopter gunships launched off the Boxer or Lincoln, the US could easily destroy any number of Iranian fast-attack craft.
In June 2019, Iran shot down an expensive US surveillance drone with a surface-to-air missile. The Pentagon drew up plans for a retaliatory attack on Iran, but President Donald Trump said he canceled it upon hearing how many Iranians would die.
But now Iran is holding at least 23 sailors captive after seizing the vessel. The UK’s top leaders on July 19, 2019, held an emergency meeting to decide how to proceed.
Iran frequently talks about sinking US aircraft carriers, and its navy holds the operational goal of destroying the US Navy, but Sim Tack, a researcher at Stratfor, a geopolitical consulting company, told Business Insider that the US had deployed its carrier smartly.
U.S. Navy aircraft carrier USS Abraham Lincoln.
“The US is being very smart about how it’s deploying its carrier. It prefers to keep its carrier in the Arabian Sea rather than the Persian Gulf. There are more open waters there, so they’re not putting themselves in the Persian Gulf where their movement is a lot more restricted.”
Because of the long range of the US’s carrier aircraft, the US can strike Iran from far off in the Arabian Sea without risking getting mined or submarine attacks that Iran may launch within their home waters, according to Tack.
“Iran doesn’t have an air force of its own that’s capable of withstanding these aircraft,” Tack said. “That element of air defense is extremely outdated and incapable from Iran.”
Additionally, US ships in the region have potentially more than 400 Tomahawk cruise missiles, which each have a range of greater than 1,000 miles. The US used these missiles twice in strikes against neighboring Syria.
It’s unclear if the US or UK will launch a rescue mission to free the captive sailors, but the considerable naval firepower in the region means that Iran’s attempts to hijack oil tankers could start a naval fight.
Commenting on the tensions in the region, Trump said on July 19, 2019, that US ships are “the most deadly ships ever conceived, and we hope for [Iran’s] sake they don’t do anything foolish. If they do, they’re going to pay a price like nobody’s ever paid a price.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The following video was filmed at Holloman Air Force Base, New Mexico, on Dec. 21, 2016, during the final flight with the U.S. Air Force of the legendary F-4 Phantom.
As explained by Skyes9, the user who posted it on YouTube, the long footage shows the start-up, taxi out, and flyby of the F-4s, followed by water cannon salute and then shut down of the USAF McDonnell Douglas F-4 Phantom II.
Interestingly, it also shows (actually, it lets you hear) the double “sonic boom” caused by two Phantoms flying overhead.
Lt. Col. Ronald King, the only active duty U.S. Air Force F-4 pilot flew AF 349, the last QF-4 Phantom II in the USAF story.
“This has been a humbling experience,” said King, the Det. 1, 82nd Aerial Target Squadron commander in an Air Force release. “There is no way to truly understand what this aircraft has done without talking to the people who lived it.”
In 53 years of service, the Phantom set 15 world records, including aircraft speed – 1,606 miles per hour – and absolute altitude – 98,557 feet. Moreover, it has been the only aircraft to be flown by both the U.S. Air Force Thunderbirds and the U.S. Navy Blue Angels.
Nicknamed Double Ugly, Old Smokey, and the Rhino, the aircraft was retired from the active service in 1997. However, it continued to serve with the flying branch: re-designated the QF-4 and assigned to the 82nd ATS, 53rd Weapons Evaluation Group, 53rd Wing, at Holloman, the QF-4 has flown as manned and unmanned aerial target until Dec. 21, 2016.
During its service as an aerial target, the QF-4 has helped test an array of weapons that have contributed improving 4th and 5th generation fighters and weapons systems.
It flew its last unmanned mission in August 2016 and will be replaced by the QF-16 in 2017.
Air Combat Command declared initial operational capability for its replacement, the QF-16 full-scale aerial target, that has been flying with the 82nd ATRS, based at Tyndall AFB, Florida, since September 2014, on Sept. 23: therefore the QF-4 flown by the 82nd ATRS Det. 1 at Holloman AFB were retired on Dec. 21.
Whilst unmanned operations ended, the last unmanned mission in a threat representative configuration was flown on Aug. 17, 2016, “against” an F-35 Lightning II.
During that sortie, the Vietnam-era remotely piloted aircraft was shot at by the F-35 Lightning II with two AIM-120 AMRAAMs (advanced medium range air-to-air missiles). However, the aircraft was not destroyed in the test.
It is not uncommon to stumble upon live videos while scrolling through Facebook. And for the hundreds of people who follow Army wife Sofia de Falco — who is an adjunct professor of Italian language and literature — it is not uncommon to come across her videos where she is smiling and dancing, uplifting them with a joyful and serene expression on her face. As the hundreds of comments on her posts highlight, Sofia is a source of inspiration and a true beacon of light to many.
But in those videos, Sofia is in a hospital room, wearing a shirt that lightly uncovers the right side of her chest, revealing the central venous catheter that feeds her chemotherapy medicine directly into her bloodstream.
In February 2019, Sofia was diagnosed with lymphoma. “I found a lump in my groin,” Sofia said. “But I didn’t give it much thought because it wasn’t the first time. I always had them removed and nothing suspicious ever came of it.”
During her Christmas vacation in Naples, Italy — where she is originally from — Sofia developed a dry and irritating cough. “I decided to go to a local doctor and see if there was anything he could do.” After the doctor dismissed her because he couldn’t find anything wrong, Sofia made a follow-up appointment with her PCM in Virginia, where she and her family are stationed.
“As I was leaving my PCM’s office,” Sofia said, “I turned around and told him about the lump in my groin, which had grown in size by then.” The doctor had Sofia lie down, checked the lump and told her to see a hematologist and a surgeon. Although he didn’t explicitly verbalize it at the time, the doctor suspected Sofia had lymphoma.
He was right. “Since February 2019, I have been going through countless tests and surgical procedures,” Sofia revealed. After being told the first round of chemotherapy — which she faced in “warrior mode,” she said — had worked and she was clear, in November 2019 Sofia’s positive attitude and bright outlook on life was put to the test again. “The cancer came back,” she said. “And this time, I have to fight even harder.” Sofia will have to undergo a stem cell transplant and several rounds of high-dose chemotherapy.
Yet, she dances. As if those tubes were not attached to her body. As if the machine next to her was not feeding her chemo medicine. As if she didn’t suffer from nausea and migraines. She dances as if she were by the beach in downtown Naples, with a bright sun glittering over the Mediterranean Sea in the background, its warm rays caressing her exposed skin.
“I dance on it,” she said. “Dancing makes me happy, so I know it’s what I’m supposed to do. My body feels so much better after I get up and start dancing, just like one, two, three, four,” she said snapping her fingers as if following the rhythm of an imaginary song.
“Dancing is a way for me to keep away the pain, the sorrow and the negative thoughts,” she admitted. “I believe that it is possible to defeat this beast because I believe in the power of hope.”
And as her hundreds of followers are inspired by her inner strength that shines through her smile, and as the stunned nurses watch her from outside her hospital room while she dances through chemo, she laughs out loud confessing, “You know, I’m actually really bad at dancing!”
The GI Film Festival is an annual event that introduces new and established filmmakers that honor the stories of the American Armed Forces.
“From the very beginning, it has been about fostering a positive image for men and women in uniform,” said Brandon Millet, co-founder and director of the GI Film Festival. “We’ve expanded that image to also connecting service members to society given that only one percent serve. We want people to come to the event and be highly entertained and walk away with a greater sense of appreciation for what are men and women in uniform do for us on a daily basis and if we accomplish those two missions we’re happy.”
The GI Film Festival is open to filmmakers of every level, from first-timers to veteran directors and producers. Here’s a short video featuring some of the directors, actors, and producers at the GI Film Festival this year:
The U.S. government put 271 Syrian chemists and other officials on its financial blacklist April 24, punishing them for their presumed role in the deadly chemical weapons attack on a rebel-held town in early April.
In one of its largest-ever sanctions announcements, the Treasury Department took aim at the Syrian Scientific Studies and Research Center (SSRC), which it said was responsible for developing the alleged sarin gas weapon used in the April 4 attack.
The U.S. deployed every type of strategic and nuclear-capable bomber to Guam amid soaring tensions between the Washington and Pyongyang in a move sure to rattle North Korea.
The B-1B Lancer bomber, the B-2 Spirit stealth bomber, and the B-52H — the workhorse bomber that dropped tens of thousands of tons of munitions during the Vietnam War — will be in Guam, the Pentagon has confirmed to Business Insider.
North Korea can’t stand U.S. bomber deployments to Guam, where the U.S. hosts massive military bases in relative proximity to Pyongyang. North Korean media statements usually react strongly and issue threats in response to the U.S. flying B-1 training missions over the Korean Peninsula.
In statements, North Korea refers to the B-1 bomber as a nuclear asset, although the plane has been modified not to carry nuclear weapons as the result of an arms control pact with Russia. The B-2 and B-52 do have nuclear capability, and make up the air-launched component of the U.S.’s nuclear triad.
Unlike in-ground nuclear silos and under-sea secretive submarines, the nuclear-capable bombers in the U.S. Air Force’s fleet enable the U.S. to signal its resolve and intentions during times of high tensions.
While some may interpret the deployment of the nuclear-side of the bomber fleet as an escalation, the deployment is part of a mission called Continuous Bomber Presence, wherein the U.S. has maintained a bomber presence in the Pacific at all times to assure allies, enable readiness, and promote regional stability since 2004.
But it’s still rare to find all three in Guam at once. The three bombers first flew together in Guam in August 2016, and this deployment is the first time since that they’ve all been gathered together in the South Pacific.
Sending all three strategic bombers to Guam sends the strongest message bomber deployments could possibly spell out.