Army Sgt. Tyler Waters, a motor transport operator with the 337th Engineer Battalion, 55th Maneuver Enhancement Brigade, 28th Infantry Division, placed 17th in the competition.
“I’ve been a fan of the show for years and I’ve always felt that I had the combination of strength and athleticism to excel on any of the ever-changing courses,” Waters said.
Waters came within seconds of advancing to the national competition held in Las Vegas, which would have required finishing in the top 15.
‘The experience was great’
“The experience was great,” he said. “It was interesting to see the different competitors from different walks of life that excelled in the course. Simply being physically fit, as some of the competitors appeared to be sculpted from stone, wasn’t enough.”
Sgt. Tyler Waters.
Waters credits both his family and his unit for supporting him through the competition.
“Being in the Army definitely helped to sharpen what I already envisioned as a strength of mine; my mental focus and toughness,” he said.
In his civilian life, Waters is a Pennsylvania State Trooper, which he said has many similarities to a military career and allows him to carry the same mindset he’s cultivated as a soldier at all times.
This mentality enabled Waters’ success in the American Ninja Warrior contest, and he said he hopes to compete again and reach the finals.
The Russian military will be replacing its standard issue AK-74M rifle with the AK-12 and AK-15, according to Military Times, citing Russian state-owned media.
The “5.45mm AK-12 and 7.62mm AK-15 are officially approved and recommended by Russian Ministry of Defense for issue to Infantry, Airborne and Naval infantry troops of Russian Armed Forces,” the Russian defense manufacturer, Kalashnikov Concern, which also made the AK-47 and AK-74M, said in a press statement in January 2018.
The AK-12 and AK-15 have 30-round magazines and can shoot 700 rounds per minute, the Kalashnikov statement said. They’re also equipped with “red dot, night and IR sights to underbarrel grenade launchers, forward grips, lasers and flashlights, sound suppressors and more.”
The two new weapons will be part of Russia’s “Ratnik” program, a futuristic combat system that includes modernized body armor, a helmet with night vision and thermal imaging, and more.
The first-generation Ratnik suit was reportedly given to a few Russian units in 2013, and some pieces of the suit were spotted on Russian troops in Crimea.
Russia claims the second-generation suit will be operational in 2020, and the third-generation suit will be operational in 2022.
See more about the AK-12 and AK-15 in the short Kalashnikov video below:
NASA’s Mars InSight lander has measured and recorded for the first time ever a likely “marsquake.”
The faint seismic signal, detected by the lander’s Seismic Experiment for Interior Structure (SEIS) instrument, was recorded on April 6, 2019, the lander’s 128th Martian day, or sol. This is the first recorded trembling that appears to have come from inside the planet, as opposed to being caused by forces above the surface, such as wind. Scientists still are examining the data to determine the exact cause of the signal.
“InSight’s first readings carry on the science that began with NASA’s Apollo missions,” said InSight Principal Investigator Bruce Banerdt of NASA’s Jet Propulsion Laboratory (JPL) in Pasadena, California. “We’ve been collecting background noise up until now, but this first event officially kicks off a new field: Martian seismology!”
The new seismic event was too small to provide solid data on the Martian interior, which is one of InSight’s main objectives. The Martian surface is extremely quiet, allowing SEIS, InSight’s specially designed seismometer, to pick up faint rumbles. In contrast, Earth’s surface is quivering constantly from seismic noise created by oceans and weather. An event of this size in Southern California would be lost among dozens of tiny crackles that occur every day.
“The Martian Sol 128 event is exciting because its size and longer duration fit the profile of moonquakes detected on the lunar surface during the Apollo missions,” said Lori Glaze, Planetary Science Division director at NASA Headquarters.
NASA’s Apollo astronauts installed five seismometers that measured thousands of quakes while operating on the Moon between 1969 and 1977, revealing seismic activity on the Moon. Different materials can change the speed of seismic waves or reflect them, allowing scientists to use these waves to learn about the interior of the Moon and model its formation. NASA currently is planning to return astronauts to the Moon by 2024, laying the foundation that will eventually enable human exploration of Mars.
InSight’s seismometer, which the lander placed on the planet’s surface on Dec. 19, 2018, will enable scientists to gather similar data about Mars. By studying the deep interior of Mars, they hope to learn how other rocky worlds, including Earth and the Moon, formed.
Three other seismic signals occurred on March 14 (Sol 105), April 10 (Sol 132) and April 11 (Sol 133). Detected by SEIS’ more sensitive Very Broad Band sensors, these signals were even smaller than the Sol 128 event and more ambiguous in origin. The team will continue to study these events to try to determine their cause.
Regardless of its cause, the Sol 128 signal is an exciting milestone for the team.
“We’ve been waiting months for a signal like this,” said Philippe Lognonné, SEIS team lead at the Institut de Physique du Globe de Paris (IPGP) in France. “It’s so exciting to finally have proof that Mars is still seismically active. We’re looking forward to sharing detailed results once we’ve had a chance to analyze them.”
This image, taken March 19, 2019 by a camera on NASA’s Mars InSight lander, shows the rover’s domed Wind and Thermal Shield, which covers its seismometer, the Seismic Experiment for Interior Structure, and the Martian surface in the background.
Most people are familiar with quakes on Earth, which occur on faults created by the motion of tectonic plates. Mars and the Moon do not have tectonic plates, but they still experience quakes – in their cases, caused by a continual process of cooling and contraction that creates stress. This stress builds over time, until it is strong enough to break the crust, causing a quake.
Detecting these tiny quakes required a huge feat of engineering. On Earth, high-quality seismometers often are sealed in underground vaults to isolate them from changes in temperature and weather. InSight’s instrument has several ingenious insulating barriers, including a cover built by JPL called the Wind and Thermal Shield, to protect it from the planet’s extreme temperature changes and high winds.
SEIS has surpassed the team’s expectations in terms of its sensitivity. The instrument was provided for InSight by the French space agency, Centre National d’Études Spatiales (CNES), while these first seismic events were identified by InSight’s Marsquake Service team, led by the Swiss Federal Institute of Technology.
“We are delighted about this first achievement and are eager to make many similar measurements with SEIS in the years to come,” said Charles Yana, SEIS mission operations manager at CNES.
JPL manages InSight for NASA’s Science Mission Directorate. InSight is part of NASA’s Discovery Program, managed by the agency’s Marshall Space Flight Center in Huntsville, Alabama. Lockheed Martin Space in Denver built the InSight spacecraft, including its cruise stage and lander, and supports spacecraft operations for the mission.
A number of European partners, including CNES and the German Aerospace Center (DLR), support the InSight mission. CNES provided the SEIS instrument to NASA, with the principal investigator at IPGP. Significant contributions for SEIS came from IPGP; the Max Planck Institute for Solar System Research in Germany; the Swiss Federal Institute of Technology (ETH Zurich) in Switzerland; Imperial College London and Oxford University in the United Kingdom; and JPL. DLR provided the Heat Flow and Physical Properties Package (HP3) instrument, with significant contributions from the Space Research Center of the Polish Academy of Sciences and Astronika in Poland. Spain’s Centro de Astrobiología supplied the temperature and wind sensors.
As the Red Army pressed into Finland, their progress was continuously slowed. Their soldiers were being harassed by Finnish infiltrators before they could reach the frontline. Even the Soviet commando teams dispatched to hunt the evasive Finns were being cut down. The havoc that these raiders created led the Soviets to place a bounty on the unit’s leader – 3,000,000 Finnish Marks for the head of Lauri Allan Törni.
Born in Finland on May 28, 1919, Törni started his career of service early, serving in the Civil Guard (a volunteer militia) as a teenager. In 1938, he entered military service and joined the 4th Independent Jäger Infantry Battalion, a unit that specialized in sabotage, guerilla warfare, and long-range reconnaissance. When the Soviet Union carried out a surprise attack on Finland the next year and started the Winter War, Törni’s battalion was quickly brought to the frontline.
Törni after graduating cadet school in 1940 (Finnish public domain)
At Lake Lagoda, a body of water previously shared by Finland and the USSR, the Soviets attacked the Finns with superior numbers of infantry and armor. During their defense, the Finnish troops lost contact with their headquarters. Without hesitation or orders, Törni stealthily skied through the Soviet lines to re-establish communications. Upon his return to the Finnish lines, he took command of a Swedish-speaking unit of demoralized troops. Though he didn’t speak their language, Törni organized the troops with a series of gestures, shouts, and punches. For his bravery during this engagement, Törni was promoted to 2nd Lt. However, despite some Finnish victories and high Soviet casualties, the Winter War soon ended with a Soviet victory and Finland was forced to concede 11% of its territory.
In the months following the Winter War, Nazi Germany became a strong Finnish ally, and in June 1941, Törni went to Austria for seven weeks to train with the Waffen SS. During this training, Törni wore an SS uniform and swore an oath of loyalty to the Nazi party, both of which would haunt him for the rest of his life. Following the German invasion of the Soviet Union with Operation Barbarossa, Finland made a push to retake the land they had lost to the Soviets in what became known as the Continuation War.
Törni in an SS uniform (Finnish public domain)
At the onset of the Continuation War, Törni was given command of a Finnish armored unit, employing captured Soviet tanks and armored cars. On March 23, 1942, Törni was skiing behind enemy lines to capture Soviet prisoners when he skied over a friendly mine. He recovered from his injuries, immediately went AWOL from the hospital and returned to the front. Törni’s unit was tasked with hunting Soviet commandos that had infiltrated Finnish lines, and eventually infiltrated Soviet lines themselves to attack headquarters and communication sites. Impressed with his ruthlessness and efficiency on the battlefield, Törni’s commanders allowed him to create a hand-picked, deep-strike infantry unit that became known as Detachment Törni.
Törni and his raiders conducted sabotage and ambush missions deep behind Soviet lines. Operating separately from the rest of the Finnish Army, Detachment Törni equipped themselves with Soviet weapons which both confused their enemy and made ammunition plentiful for the raiders. Their engagements often led to close-range, hand-to-hand combat in which they brutalized Soviet troops. Their reputation on the battlefield spread and resulted in the Soviet bounty on Törni’s head. For his leadership and bravery, Törni was awarded the Mannerheim Cross, Finland’s highest military honor, on July 9, 1944.
Despite Törni’s efforts and other Finnish victories, the sheer size of the Red Army could not be matched and the Continuation War ended in a Soviet victory in September 1944. Finland was forced to concede more territory, pay reparations, and demobilize most of their military, including Detachment Törni. Unhappy with this result, Törni joined the Finnish Resistance and went to Germany for training in 1945.
Törni went to Germany with the intention to return to Finland, train resistance fighters and free Finland from the Soviet Union. In order to conceal his involvement with the Nazis, Törni assumed the alias Lauri Lane. During his training, the Red Army had taken over all of Germany’s eastern ports. With no way to return to Finland, Törni joined a German Army unit and was given command as a captain. Though he spoke poor German, Törni used the same ruthless tactics he employed against the Soviets in Finland and gained a reputation for bravery, quickly earning the respect and loyalty of his soldiers.
Törni (center) as Finnish Army Lieutenant (Finnish public domain)
By March 1945, the German Army was all but defeated. To avoid capture or death at the hands of the Soviets, Törni and his men made their way to the Western Front where they surrendered to British troops. Imprisoned in a POW camp in Lübeck, Germany, Törni feared that the British would turn him over to the Soviets or discover his past connection to the SS and try him for war crimes. To avoid either fate, Törni escaped the camp and made his way back to Finland. While trying to locate his family, Törni was caught and imprisoned by the Finnish State Police. He escaped, but was imprisoned again in April 1946. Törni was tried for treason, having joined the German Army after Finland signed a peace treaty with the Soviet Union, and was sentenced to six years in prison.
During his time in prison, Törni made several escape attempts. Though all of them failed, he was released in December 1948 after Finnish President Juho Paasikivi granted him a pardon. Törni made his way to Sweden where he became engaged to a Swedish Finn named Marja Kops. Hoping to establish a career before settling down, Törni adopted a Swedish alias and sailed to Caracas, Venezuela as a crewman aboard a cargo ship. From Caracas, Törni joined the crew of a Swedish cargo ship bound for the United States in 1950.
While off the coast of Mobile, Alabama, Törni jumped overboard and swam to shore. He made his way up the east coast to New York City where he found work in Brooklyn’s Sunset Park “Finntown” as a carpenter and cleaner. In 1953, he was granted a residence permit and joined the U.S. Army in 1954 under the Lodge-Philbin Act which allowed the recruiting of foreign nationals into the armed forces.
Upon enlisting, Törni changed his name to Larry Thorne. He befriended a group of Finnish-American officers who, along with his impressive skill set and combat experience, helped him join the elite U.S. Army Special Forces. As a Green Beret, Thorne taught skiing, survival, mountaineering, and guerilla tactics. After attending OCS in 1957, he was commissioned as a 1st Lt. and was eventually promoted to Captain in 1960. In 1962, while assigned to the 10th Special Forces Group in West Germany, Thorne served as second-in-command of a high risk mission in the Iranian Zagros Mountains. The team searched for, located, and destroyed Top Secret material aboard a crashed U.S. plane. Thorne’s performance during the mission earned him a positive reputation in the Special Force community.
Thorne’s official Army photo (U.S. Army photo)
In November 1963, Thorne deployed to Vietnam with Special Forces Detachment A-734 as an adviser to ARVN forces. During an attack on their camp at Tịnh Biên, Viet Cong forces managed to breach the outer perimeter and nearly overran the U.S. and South Vietnamese troops stationed there. All members of the Special Forces detachment were wounded during the attack, including Thorne who was awarded two Purple Hearts and a Bronze Star for valor. The character Captain Steve “Sven” Kornie in Robin Moore’s book, The Green Berets, is based on Thorne and his courageous actions at Tinh Biên.
A U.S. Army H-34 Choctaw similar to the one that carried Thorne on his final mission. (U.S. Army photo)
Thorne volunteered for a second tour in Vietnam and was put in command of a MACV-SOG unit. On October 18, 1965, Thorne led a clandestine mission to locate Viet Cong turnaround points on the Ho Chi Minh trail and destroy them with airstrikes as part of Operation Shining Brass. The mission was the first of its kind and the team was composed of Republic of Vietnam and U.S. forces. During the mission, the U.S. Air Force O-1 Bird Dog observation plane and the Republic of Vietnam Air Force H-34 Choctaw helicopter carrying Thorne went missing and rescue teams were unable to locate either crash site. After his disappearance, Thorne was presumed dead, posthumously promoted to the rank of Major and awarded the Legion of Merit and Distinguished Flying Cross.
It was not until 1999 that Thorne’s remains were found by a Finnish and Joint POW/MIA Accounting Team. It was concluded that Thorne’s Choctaw had crashed into the side of a mountain while flying nap-of-the-earth. His remains were repatriated and formally identified in 2003. He was buried at Arlington National Cemetery on June 26, 2003 with full honors along with the remains of the RVNAF casualties from the crash. Thorne is the only former member of the SS to be interred at Arlington.
Though he was engaged at one point, Thorne spent most of his life committed to fighting communist forces. He left behind no wife and no children. His ex-fiancée would go on to marry another man. Instead, Thorne’s legacy is one of a warrior who ruled the battlefield. He was a scourge on the Soviets in Europe and a deadly threat to Viet Cong in Vietnam. His service and commitment to both his home country of Finland and adopted country of the United States stand as models for anyone willing to take up the profession of arms.
The Cold War spawned decades’ worth of bizarre weapon ideas as the West and the Soviet Union strove towards gaining the strategic upper hand over their superpower rival.
The US was responsible for at least seven nuclear weapon designs during the Cold War that now seem outlandish or ill-advised. But the US wasn’t alone in its willingness to build seemingly absurd weapons systems to gain some kind of advantage over the Soviets.
In the 1950s, the UK designed a nuclear landmine that would be placed in West Germany to stop a hypothetical Soviet assault on the rest of Europe, the BBC reports. The landmine, dubbed Operation Blue Peacock, would be operated remotely so that it could be detonated at the moment when it could inflict maximal damage on the invading Red Army.
But the weapon had a major hitch. Buried underground, it was possible that the mine would become cold to the point that the detonator would be unable to trigger a nuclear blast. In 1957, British nuclear physicists found a solution: chickens
“The birds would be put inside the casing of the bomb, given seed to keep them alive and stopped from pecking at the wiring,” the BBC notes. The chickens’ body heat would be enough to maintain the triggering mechanism’s working temperature. In all, the chickens would be estimated to survive for a week, after which time the bomb would return to a possibly cooled and inoperable state.
In all, the landmines designed in Operation Blue Peacock were thought to yield a 10-kiloton explosion which would produce a crater 375 feet in diameter, according to the American Digest. Such destructive potential ultimately led to the abandonment of the project as the British realized that there would be an unacceptable amount of nuclear fallout from such a blast — never mind the complicated issue of burying nuclear weapons within the territory of an allied nation.
By 1958, after the production of only two prototypes, Operation Blue Peacock was abandoned.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
There’s a certain relationship between students and teachers. After you’ve been teaching someone for long enough, they’ll feel like family to you. While that usually means stepping up for them when they’re being pulled, Professor Charlotta Turner at Sweden’s Lund University went the extra mile when one of her doctoral students was being held up by ISIS fighters in Northern Iraq.
She hired a band of mercenaries to save her student and his family and bring them home. Meanwhile, my college professors had to be pestered into posting my grades for the semester.
This was the factory where Jumaah and his family had to hide.
(Photo by Firas Jumaah)
It was in August 2014 when Professor Turner, a kindly professor of analytical chemistry at one of Sweden’s most prestigious universities, received a text message saying that her student, Firas Jumaah, had to save his wife in Iraq. Jumaah’s family had gone back for a wedding when ISIS attacked the city of Sinjar.
The terrorists were massacring and enslaving the Yazidi people, the religious minority of which Jumaah and his wife belonged. So he hopped on the first flight back to Iraq and rescued his family, however, they were forced to hide in an old abandoned bleach factory to avoid further persecution.
He sent a message saying that if he wasn’t home within a week, to assume that the worst had happened, and to remove him from his doctoral program. Turner knew what needed to happen.
She said in an interview with the Lund University Magazine : “Those who can, do. Those who cannot, hire mercenaries to get Jumaah the hell out of there.” She continued “What was happening was completely unacceptable. I got so angry that IS was pushing itself into our world, exposing my doctoral student and his family to this, and disrupting the research.”
She went to the Dean at the Faculty of Science who was puzzled but ultimately signed off on her request. Next, she went to the University’s security director, Per-Johan Gustafson, who coincidentally was also moonlighting as the CEO of a private security company. Gustafson rallied his men, and they were sent out to Northern Iraq – all while ISIS was closing in on Jumaah.
Within days, the Swedish mercenaries had made it to the bleach factory. They were armed and ready. They supplied Jumaah, his wife and two kids, each with bullet-proof vests and helmets. They met little resistance but were forced to take the long route to safety to avoid ISIS checkpoints along the way.
They successfully made it to the Erbil Airport and were soon on their way back to Sweden to be reunited with his professor. Firas Jumaah has since been given permanent resident status in Sweden and started his own pharmaceutical company. Turner still works at Lund University.
A documentary was recently made to show the world the kindness of this exceptional chemistry professor.
An ISIS attack on an Iraqi oil field checkpoint that killed at least two members of the Iraqi security forces sends a clear message: ISIS sees itself making a comeback, and it wants the world to know.
Earlier this week, ISIS attacked security forces at a check point near Allas oilfield, in Iraq’s Salahuddin province — a site that was one of the terror group’s main sources of income during the territorial caliphate.
“The important thing to note here is that ISIS attacked a checkpoint near the oil field,” said Brandon Wallace, a counterterrorism researcher at the Institute for the Study of War, who said it’s an indication that ISIS is going after symbolic or economically vital targets likely to be guarded by security forces.
The group is also trying to disrupt the social fabric in Iraq by going after village leaders, Wallace told Insider.
Iraqi army soldiers.
“If you take out the right guy in a village in one area, that can have much longer-lasting impact on the stability of the community,” he said, creating an environment in which ISIS is actually a viable alternative.
The group seeks to do the same across the porous border in Syria.
Over the past month, ISIS has made or attempted attacks in Raqqa, the former capital of its caliphate. Raqqa was liberated by the SDF and coalition forces in 2017, but ISIS could be attempting to destabilize the area, according to The International Crisis Group.
“The group is thought to have more sophisticated clandestine networks in al-Raqqa and al-Hasaka provinces, where it perpetrates relatively complex and ambitious attacks,” according to a report titled, “Averting an ISIS Resurgence in Iraq and Syria.” Alleged attacks in Raqqa city, the report says, indicate that Raqqa’s security situation is declining, which could be further precipitated by the Turkish incursion.
Destroyed neighborhood in Raqqa, August 2017.
“The ISIS attacks in Raqqa, you could think of them destabilizing the security forces in that area because ISIS is intending to destabilize Raqqa,” Wallace told Insider. “A stable Raqqa is a political alternative to ISIS” — something the group seeks to eliminate. Vehement protests against regime troops, now making their way into the area around Deir Ezzor and other former SDF-held areas, could also open up potential for ISIS recruitment, according to Jason Zhou, the Hertog War Studies Fellow at the Institute for the Study of War.
But while ISIS attacks may be growing in sophistication, “the operational environment has changed,” Wallace told Insider. Less sectarian fighting in Iraq and a stronger security environment there — not to mention the visceral memories of people living under the caliphate — would make it harder for the group to resurge.
But continued chaos in Syria — demonstrated by Syria envoy James Jeffrey’s admission on Oct. 23, 2019, that more than 100 ISIS prisoners had escaped since the Turkish incursion and that the US has no idea where they are — will inevitably affect Iraq, too.
One thing is for certain, Wallace told Insider.
“ISIS absolutely intends to rule terrain again.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
It’s been 10 years since the United States Air Force retired the F-117 Nighthawk (an aircraft so secret, Nevada folklore labeled it a UFO).
“The Nighthawk pilots were known by the call sign ‘Bandit,’ each earning their number with their first solo flight. Some of the maintainers were also given a call sign,” said Wayne Paddock, a former F-117 maintainer currently stationed at Holloman Air Force Base, New Mexico.
“The people who maintained the coatings on the aircraft radar absorbent material were classified as material application and repair specialists (MARS). MARS morphed into Martians,” Paddock said. “MARS was a shred out from the structural repair/corrosion control career field.”
The technology for the F-117 was developed in the 1970s as a capability for attacking high value targets without being detected by enemy radar. It had up to 5,000 pounds of assorted internal stores, two engines, and could travel up to 684 mph.
(U.S. Air Force photo by Staff Sgt. Jason Colbert)
“It was the first airplane designed and built as a low-observable, stable, and therefore precise platform,” said Yancy Mailes, director of the history and museums program for Air Force Materiel Command at Wright-Patterson AFB, Ohio, and a former F-117 maintainer.
“It was the marriage of the GBU-27 to the F-117 that had a laser designator in its nose that made it such a precise, deadly platform,” Mailes said. “It was best demonstrated during Operation Desert Storm when pilots snuck into Iraq and dropped weapons down the elevator shaft of a central communications building in Iraq.”
(Airman Magazine photo)
The first Nighthawk flew June 18, 1981, and the original F-117A unit, the 4450th Tactical Group (renamed the 37th Tactical Fighter Wing in October 1989) achieved initial operating capability in October 1983. The Nighthawk originally saw combat during Operation Just Cause in 1989, when two F-117s from the 37th TFW attacked military targets in Panama. The aircraft was also in action during Operation Desert Shield.
Retired Col. Jack Forsythe, remembers being excited when he initially flew a Nighthawk while stationed at Holloman AFB in 1995.
“It was a unique experience,” he said. “It’s probably the same feeling that a lot of our (single seat) F-22 and F-35 pilots feel today.”
After 25 years of service, the Nighthawk retired April 22, 2008. Forsythe led the four-ship formation to Palmdale, California, where Lockheed Martin staff said their farewells.
“We lowered the bomb doors of each aircraft and people signed their names to the doors,” Forsythe said. “It was really just kind of neat; they had designed it, built it, and maintained it for these 25 years, so it really hit home – the industry and Air Force partnership that made the Nighthawk great. I think the four of us were just really struck by that and have some really great memories of that flight.”
The American flag was painted on the entire underside of his F-117 by the maintainers to help celebrate American airpower.
“I think we all recognized that this was something historic,” he said. “We retired an airplane that people still reference today. We really understood that, so it was a sentimental flight to say the least. It was a great weapon system, very stable and easy to fly. It’s still a memorable experience.”
Mines are some of the most dangerous weapons used on the battlefield. They are the unseen enemy that can totally wreck an army or a navy. While still destructive, land mines are often stuck in one place, easily found, removed, or bypassed once made aware of their presence. Naval mines have come a long way in a short time, and are able to count the number of enemy ships that pass before attacking and can even swarm oncoming warships.
How they take down warships starts with a bang.
A Polish Mina Morska naval mine used between 1908-1939.
The damage a ship takes depends on the power of the mine and its initial explosiveness versus how far away from the ship’s hull the mine is when it explodes. The closer to the ship the mine is, the more direct damage the ship will take. But the direct damage isn’t the only type of damage a mine does to a ship. Other types of damage occur from the bubble created by the underwater explosion as well as the resulting shock wave from the explosives themselves.
Direct damage can be exacted by using more and more high explosives in mines. This will also affect the bubble jet and shock wave. The bubble jet removes water from the area of the explosion temporarily, but when the water comes rushing back in under the surface, it does so at such high velocity that it can penetrate a ship’s hull. The shock wave from a naval mine is enough to tear out the engines from a ship, toss around the crew, and kill divers.
Each kind of damage can do incredibly grievous harm to the ship and its crew. Results from mine detonations can be seen in incidents around the world. When the USS Samuel B. Roberts hit a mine, for example, the U.S. Navy stunned Iran with its response.
Modern mines are simple devices that are designed much like bombs. There is an explosive case surrounding an arming device and explosive train that will detonate the mine when it’s supposed to go off. When mines are deployed, the arming device activates the mine. When the train is aligned with the arming device, the target detecting device activates. This is the trigger that senses when it should go off. There are many kinds of detection devices: magnetic, seismic, acoustic, and pressure mines.
Different kinds of ships generate a different response from different mines, and the mine is smart enough to know when to explode. When it does, the resulting explosion, bubble jet, and shock wave can literally tear a ship in two.
The U.S. Navy Blue Angels are poised to receive new, retrofitted F/A-18 Super Hornet fighter aircraft in the next few years.
The Navy on Aug. 13, 2018 awarded Boeing Co., the F/A-18’s manufacturer, a $17 million firm-fixed price contract to configure nine F/A-18E and two F/A-18F aircraft to the standard Blue Angels’ aircraft structure. The squadron, which typically maintains 11 aircraft, currently flies the F/A-18C/D models.
While an upgrade, the new aircraft would not house the common nose cannon system used for strike operations. Like the Air Force Thunderbirds, the demonstration team uses “clean jets,” aircraft without missiles or bombs.
However, the Blue Angels’ F/A-18s are “capable of being returned to combat duty aboard an aircraft carrier within 72 hours,” if necessary, according to the team’s fact sheet.
The Blue Angels F/A-18 Hornets fly in a tight diamond formation, maintaining 18-inch wing tip to canopy separation.
Boeing will configure the aircraft at its St. Louis facility, according to the contract announcement. The fiscal 2018 budget, once appropriated, will fund the work, the announcement said. The new jets are expected to be completed in December 2021.
The Blue Angels recently announced a new roster of officers for the 2019 show season.
The squadron selected three F/A-18 demonstration pilots, an events coordinator, flight surgeon, and supply officer to replace outgoing team members, the Navy said in August 2018.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
Missing Fort Hood Soldier, Pfc. Vanessa Guillen. (Courtesy: Fort Hood Press Center)
U.S. Army officials at Fort Hood today said that there is no evidence that a male soldier who killed himself this week to avoid police capture sexually assaulted 20-year-old Spc. Vanessa Guillen, who has been missing from the Texas post since April.
During a news conference, Army Criminal Investigation Command Special Agent Damon Phelps named the now-deceased soldier as Spc. Aaron David Robinson, who was assigned to A. Company, 3rd Cavalry Regiment at the time Guillen, a fellow 3rd Cavalry soldier, disappeared April 22.
Before the event, Natalie Khawam, an attorney representing Guillen’s family, announced that CID officials told her that Robinson had murdered her in the unit armory on the day of her disappearance.
“The murderer sexually harassed her and then killed her,” the Whistleblower Law Firm attorney, told Military.com in a statement. “We believe he murdered her because he was going to report him.
“This gruesome murder should never have happened.”
Law enforcement officials attempted to make contact with Robinson, 20, on Tuesday in Killeen, Texas, but he displayed a weapon and took his own life, Phelps said during the news conference.
“We are still investigating their interactions, but at this point, there is no credible information of reports that Spc. Robinson sexually harassed Spc. Guillen,” Phelps said.
Phelps would not comment on the allegations made by Khawam that Robinson murdered her because it is still an ongoing investigation.
Officials did not identify a civilian woman they arrested Tuesday in connection with Guillen’s disappearance, described earlier as the estranged wife of a former soldier. She remains in custody in the Bell County Jail awaiting charges by civilian authorities.
Fort Hood officials said that the human remains discovered recently have not been identified. They did not confirm details cited by Khawam about where specifically remains were found and what condition they were in.
Army officials said on Tuesday that they found partial human remains near the Leon River about 30 miles outside Fort Hood. The remains have been sent to a forensic anthropologist for analysis, though no official confirmation on the identity of the remains has been completed.
“Our agents are working very closely with the Armed Forces Medical Examiner to expedite identification of the remains,” Phelps said. “We will release information on those remains as soon as we can and after notification is made with the next of kin.”
Army officials also stressed repeatedly at the news conference that there is “no credible information” that Guillen was the victim of sexual harassment or assault.
“The criminal investigation has not found any connection between sexual harassment and Vanessa’s disappearance,” Maj. Scott Efflandt, deputy commanding general of III Corps and Fort Hood, said. “However, all sexual harassment allegations are being investigated, as they are in every other instance.”
At Efflandt’s request, Army Forces Command ordered a seven-member inspector general team to Fort Hood to review the Sexual Harassment/Assault Response and Prevention Program, (SHARP). The inspection will assess whether the command climate at Hood is supportive of soldiers reporting sexual harassment and seek to identify any potential systemic issues within the program at Hood, Efflandt said.
Phelps said investigators are aware Guillen’s family members made statements early on to the media concerning sexual harassment allegations.
He acknowledged that agents uncovered statements on May 7 that could be considered sexual harassment.
“After subsequent investigation, another allegation of verbal harassment involving the same individual was discovered. However subsequent interviews have failed to [confirm] this allegation,” Phelps said. “Nevertheless, we are still investigating.”
The mortar is an indirect fire weapon that rains freedom down from high angles onto an enemy within a (relatively) short range. But the compact and mobile mortar systems we have today are the result of a long history of indirect fire systems in the American military. Decades of effectively marking, lighting, and destroying targets has earned the mortar many friends — and many more enemies — on the battlefield. In short, a well-trained mortar team often means the difference between victory and defeat for infantry troops in contact.
When nature creates a successful apex predator, she rarely deviates from her original design. Warfare evolves in a similar fashion — the most successful systems are tweaked and perfected to guarantee effectiveness, preserving our way of life.
This is an ode to the mortar, and all of its beautifully complex inner-workings.
Preparation and Firing Stokes Mortars 1 Min 12 Sec
The mortar was born in the fires of conquest at the Siege of Constantinople in 1453. In that engagement, the new weapon proved just how effective firing explosives over short distances across an extremely high arc could be. Since that day, more than 500 years and countless wars ago, the general concept hasn’t changed.
One of the biggest evolutions in the mortar design was put forth by the British in World War I: the Stokes Mortar. It had 3 sections: a 51-inch tube, a base plate, and a bi-pod. This new type of mortar system fired twenty-two 10-pound pieces of ordinance a maximum of 1,000 yards. Mortars today still use the bi-pod and base-plate improvements that were first deployed in the trenches of the Western Front.
COMBAT FOOTAGE Marines in firefight beat Taliban ambush with 60mm Mortar Fire
A mortar crew consists of at least three members: the squad leader, gunner, and the assistant gunner. More members could be attached depending on manpower available.
The mortar system has a large tube closed at the the bottom and attached to a base plate. Within the barrel of the tube is a firing pin used to ignite a mortar shell’s primer. Some models have a moving firing pin that can be fired via a trigger mechanism.
The controlled explosion fills the chamber with gas and propels the shell out of the tube. A set of bi-pods add stability and allow on-the-fly adjustments. It can be fired from defilade (a fighting position that does not expose the crew to direct fire weapons) onto entrenched enemy not protected from overhead fire.
Sometimes referred to as a ‘bomb’, the shell and its components consist of the impact fuse, high explosive filler, a primary charge, fins, and augmenting charges. Illumination and smoke rounds differ depending on the model of the weapon system. Augmentation charges on the outside ‘neck’ near the fin can be added or removed to manipulate firing range as needed.
The gun is aimed, the round is half loaded until the ‘fire’ command is given and freedom rings.
Steel drizzle vs steel rain
The differences between artillery and mortars are night and day. Artillery fires on a horizontal trajectory, at faster speeds, and at longer ranges. The cost of these advantages are sacrificed in mobility.
Mortars, however, are light enough that they can be carried across difficult terrain and quickly assembled to take control of the battle space. Ammunition can be dispersed to individual troops to carry and then dropped off at the gun crew rally point.
The Chinese People’s Liberation Army is pushing ahead with its ambitious plan to build a modern, capable “blue-water navy” that will dominate China’s neighbors, showcase Beijing’s rising power and one day even threaten the US Navy.
China has one aircraft carrier in operation, another undergoing sea trials, and a third one in development, putting the Chinese navy on track to begin fielding carrier task forces as it gains experience with carrier operations.
Type 001 Liaoning
China’s Type 001 Liaoning, a refitted Soviet “heavy aircraft-carrying cruiser,” is the sister ship of Russia’s Admiral Kuznetsov aircraft carrier. This vessel was officially commissioned into the PLAN in 2012, and it was declared combat ready in 2016, even though its primary purpose is to serve as a training platform.
“For what the Liaoning is, I think it’s pretty good at its job,” Matthew Funaiole, a fellow with the China Power Project at the Center for Strategic and International Studies, previously explained to Business Insider.
Aircraft Carrier Liaoning CV-16 at Hong Kong Waters.
The Chinese “purchased it, they reverse engineered it, they used it to design their second aircraft carrier, and now they are using it as a training vessel to sort out carrier operations, figure out how to integrate it into the fleet, and determine what kind of supporting vessels they need to put with the carrier for their mission,” he added, suggesting that training with the Liaoning could potentially inform future carrier task force decisions, among other important choices.
Type 001A and Type 002
The Type 001A, a domestically-produced version of the Liaoning undergoing sea trials, features some improvements over its predecessor, but it is the Type 002, the third carrier in development, that could be a “huge step forward” for the Chinese PLAN, according to Funaiole.
It is with these next two carriers that the world may start to see China push ahead with the next stage of carrier operations, specifically task force creation for joint operations.
Imagining future Chinese carrier battle groups
The Liaoning has set sail with a number of different escorts over the years, but the deployment of effective task forces will require a bit more time, experts argue.
“To create really meaningful carrier task groups is probably five years out, and a lot of it depends on their actual experience with combat aircraft,” Tony Cordesman, the Arleigh A. Burke Chair in Strategy at CSIS, told BI.
Chinese carriers lack the ability to go toe-to-toe with the US Navy, although they have an advantage in waters near China because Chinese ballistic missiles “can reach out almost to the limits of its claims and actually potentially hit a carrier-sized object with a conventional warhead,” he explained, adding that observers should not “make the assumption that to make the carriers useful, they have to reach a level of competition that could deal with a really sophisticated US threat.”
The primary task for Chinese carriers is the prestige mission, experts note, suggesting that the Chinese aim to send a message to their neighbors.
“The prestige mission is probably the most important one. They are going to be going out to show the flag,” Bryan Clark, a naval expert and senior fellow at the Center for Strategic and Budgetary Assessments, told Business Insider.
Areas where Chinese carriers could matter most
There are several areas of potential interest, with two being the contested waterways around China and the Indian Ocean.
In local waterways, such as the East and South China Seas, Chinese carriers advance Chinese interests by simply serving as displays of military might. “When it comes to projecting power against smaller states, it’s often a matter of demonstrative action or influence,” Cordesman explained.
Countries in the region may soon find themselves “dealing with a China that can actually project carrier forces and air power now into areas that they’ve never been able to really project air power before.” With that capability, which can be achieved relatively quickly, China can make “a very real difference in regional power and influence.”
But China could also extend its reach beyond its immediate neighborhood. Clark expects to see China eventually deploy carrier task forces to the Indian Ocean given Beijing’s growing interest in the area.
“Within the South and East China Sea, they have lots of land-based systems, aircraft, and ships they can deploy out there under the cover of their shore-based air defenses and surface missiles,” he remarked, “They need the navy to go over and help protect Chinese interests in the Indian Ocean and along the littorals.”
China could, for instance, be looking at projecting military power in the Strait of Malacca and along East Africa from Djibouti down to Mozambique and Madagascar, where China has notable business interests. China has already, via legitimate and questionable means, developed a string of ports in Sri Lanka, Djibouti, and Pakistan to support such operations.
Type and number of ships in a carrier task force
“I imagine a Chinese CTF may be a Type 055, a Type 054, and then maybe three or four Luyangs because they want to make sure they’ve got a lot of air defense capacity and because they want to make it look like a formidable threat,” Clark explained, referring to China’s new cruiser, as well as the country’s capable frigates and destroyers.
“This includes, in some ways, the classic mix that we would use,” Cordesman told BI.
A typical US Navy carrier strike group includes the carrier and five ships — one cruiser and four destroyers. But China might deploy even greater numbers.
“It’s likely they are going to want to have more surface combatants than even we might have put with a ship,” Clark said, pointing to the need for increased air defense capacity due to the limited number of vertical launch system (VLS) cells on Chinese surface ships, which can be loaded with missiles to intercept incoming threats and to strike ships.
A Chinese carrier task force would also require support ships, like ammunition oilers, for certain deployments.
Type 054A frigate 575 Yueyang.
Type 054/A Jiangkai I/II frigates
The 4,000-ton Type 054A warships, Chinese stealth frigates designed for fleet defense, are armed with HQ-16 medium-range air defense missiles and a 32-cell VLS in the forward section that is able to fire anti-ship missiles, air defense missiles, and anti-submarine torpedoes, according to The Diplomat.
The first Type 054A was commissioned into the PLAN in 2005, but China has made some modifications to the ship in recent years. For instance, some of the newer ships of this class feature variable depth sonar and towed array sonar, as well as an improved close-in weapon system.
China is reportedly in the process of developing a 5,000-ton variant, the Type 054B Jiangkai III-class frigate.
Type 052C/D Luyang II/III destroyers
These ships, especially the newer Type 052D, are said to be similar to the US Navy’s Arleigh Burke-class guided-missile destroyers.
Commonly referred to as the “Chinese Aegis,” the Type 052D destroyers feature a 64-cell VLS, with each cell capable of carrying up to four missiles, including the lethal YJ-18 anti-ship cruise missile and the HQ-9 surface-to-air missile. A US destroyer, in comparison, can carry 90 or more missiles in its VLS.
Toward the end of September 2018, a Chinese Luyang-class destroyer challenged a US destroyer, the USS Decatur, to a showdown in the South China Sea during a routine freedom-of-navigation operation. The Chinese vessel is said to have nearly collided with the American warship.
Type 055 Renhai-class cruisers
While China designates these vessels as destroyers, the US classifies them as cruisers, due to their large size and role as multi-mission surface combatants. This ship is expected to serve a similar purpose to that of America’s Ticonderoga-class cruisers.
This ship, which began sea trials in August 2018, is armed with 112 vertical launch cells with the ability to fire HHQ-9 surface-to-air missiles, YJ-18 anti-ship cruise missiles, and CJ-10 land-attack cruise missiles.
The main gun is a H/PJ-38 130 mm gun, but there are reports that this vessel could eventually be equipped with a railgun.
Type 056 Jingdao corvettes
Chinese corvettes, like the newer PLAN frigates, feature improved anti-submarine warfare capabilities that could be advantageous to the carrier task force, although it’s unclear if China would actually incorporate these ships into a future carrier group, especially considering that the Type 054 frigates can provide the same capabilities.
“What the frigates and the corvettes have are variable-depth sonars, an active sonar operating at a lower frequency and on a cable that can be lowered down into the water below the [sonic] layer to actually find submarines,” Clark explained. “I think the Chinese would deploy a Jiangkai frigate or [Type 056] Jingdao corvette with the task force primarily for [anti-submarine warfare].”
These ships would play a lesser role in air defense, focusing instead on defending the task force from threats lurking beneath the surface of the sea.
Chinese Navy oiler Hongzehu (AOR 881), an older vessel. China has since developed fast combat support ships for ammunition and refueling.
(U.S. Navy photo by Mass Communication Specialist 3rd Class Ben A. Gonzales)
Additional naval and support vessels
In waters near China, the need for support ships is limited. China can rely on its commercial shipping fleet, as well as various outposts and ports, but at greater distances, the task force will require support ships.
“I would anticipate the carrier task force is going to include an oiler to support them, and that oiler would be what goes ashore in these different bases along the Indian Ocean to receive supplies and fuel and take that out to the carrier task force,” Clark told Business Insider.
“Normally, when the Chinese deploy, such as when they deployed destroyers and frigates for counter-piracy operations in the Gulf of Aden, they’ve generally deployed two combatant ships and a support ship. They always have an oiler that goes with these ships.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.