The Russian Ministry of Defense released a statement on Sept. 4 saying that its new Koalitsiya-SV howitzer, which Moscow claims shoots farther than any western gun, will be ready for service by 2020.
While Russia is well known for making outlandish claims about its military hardware, the new 2S35 Koalitsiya-SV, by all accounts, may live up to the hype.
First unveiled in 2015, the Koalitsiya-SV, also known as “Coalition-SV,” is a 152mm self-propelled gun that can reportedly fire up to 15-20 rounds a minute, according to The National Interest.
This range of automation is far superior to western guns, like the US M109 Paladin, which fires 6 rounds a minute.
The Coalition-SVs high level of automation also allows it to be operated by a two or three-man crew, while the Paladin requires six.
The Koalitsiya-SV can reportedly fire rounds up to 43 miles, much farther than the Paladin at 18 miles and Great Britain’s AS90 Braveheart at 24 miles.
It’s also capable of firing a variety of rounds, like standard and rocket-assisted, high-explosive, fragmentation projectiles, cluster projectiles, and jammer projectiles, according to military-today.com. These projectiles, however, unlike Russia’s new long-range precision-guided shell, have firing ranges of less than 43 miles.
Given Moscow’s budgetary problems, we’ll have to wait and see if the Coalition-SV is mass produced.
In any event, the “introduction of … the Koalitsiya-SV [is] a significant boost to the Russian Ground Forces’ artillery forces,” Dave Majumdar wrote in The National Interest in June.
The United States Navy has made it official: The Kongsberg Naval Strike Missile (often called NSM) is its new choice for taking out enemy ships at distance. The decision, announced last week, means that both the Littoral Combat Ship and the Navy’s new frigate will pack a powerful, anti-ship punch.
This isn’t the first time Kongsberg has won a deal from the United States Navy. In 1986, the Navy turned to that company’s Penguin anti-ship missile to arm its SH-60/MH-60 Seahawk helicopters. That same missile is also used on Norwegian missile boats, coastal batteries, and F-16 Fighting Falcons.
The AGM-119 Penguin missile, which gave SH-60 and MH-60 helicopters a potent anti-ship punch, was built by Kongsberg and used by the U.S. Navy.
(U.S. Navy photo by Photographer’s Mate 2nd Class Lisa Aman)
For some time now, there was a competition underway between the NSM, an extended-range Harpoon, and a surface-launched version of the AGM-158C Long-Range Anti-Ship Missile — the makers of which were vying for a contract with the Navy. All three had some good selling points: The NSM is a smaller, compact missile that fits better on smaller ships, while the extended-range Harpoon is a natural evolution from the RGM-84s currently launched by most surface ships. The LRASM has the longest range (over 500 miles) and packs the biggest punch (a 1,000-pound warhead). In the end, however, it seems the NSM has won out.
The NSM uses infrared guidance to home in on its target, has a range of over 100 nautical miles, and packs a 265-pound warhead. The system can not only be fired from surface ships. With a total weight of 770 pounds, it’s light enough to be carried by the Navy’s MH-60R Seahawk helicopters.
This model of a MH-60 Seahawk at the SeaAirSpace 2017 expo shows it carrying Kongsberg NSMs.
(Photo by Harold C. Hutchison)
The current contract for the NSM is valued at just under .5 million, but that could increase to just under 0 million as littoral combat ships and future frigates are also armed with this missile.
Check out the video below to see a test firing of this new missile.
It’s not every day that the mild-mannered janitor at your school turns out to be a bad ass Medal of Honor recipient. But that was exactly the case for thousands of cadets at the United States Air Force Academy.
The story starts in Italy in 1943. Pvt. William Crawford was serving as a scout in I Company, 3rd Battalion, 142nd Infantry Regiment, 36th Infantry Division, as it fought its way up the Italian peninsula.
After landing at Salerno, Crawford’s unit was advancing against stiff German resistance. Just four days after the landings, I Company launched an attack against Hill 424. Once his platoon gained the crest, they became pinned down by intense German machine gun fire.
Ignoring the hail of bullets, Crawford advanced on the German position and silenced it with a hand grenade.
When his platoon was once again pinned down, Crawford didn’t hesitate to charge forward, this time to destroy two machine gun emplacements.
He first attacked the machine gun to the left and destroyed it and the crew with a hand grenade. He then worked his way to the next machine gun under intense fire. When he was in range he again tossed a hand grenade that sent the crew running.
Later during the intense fighting in Italy, the Germans captured Crawford. His status was listed as missing, presumed dead.
When his Medal of Honor was approved in 1944, it was presented to his father, posthumously.
However, Crawford had in fact survived and in 1945 was liberated from a German POW camp by advancing Allied forces.
Crawford was discharged after the war and returned home before marrying in 1946. He decided to reenlist in 1947 and served another 20 years before retiring with the rank of Master Sergeant in 1967.
His next career move would prove fateful. He took a position as a janitor at the Air Force Academy in his home state of Colorado.
Despite his courage in combat, Crawford had always been rather mild-mannered and didn’t care much to talk about himself. As such, the cadets at the Academy paid him no mind, assuming he was just any other janitor.
Crawford carried on his duties until 1976 when one cadet, James Moschgat, noticed a picture in a history book about World War II.
Moschgat couldn’t believe what he was seeing and showed the picture to his roommate saying, “I think Bill our janitor is a recipient of the Medal of Honor.”
The next day Moschgat and his roommate confronted Crawford to ask if it was truly him that was talked about in the book. According to Moschgat’s account Crawford simply looked at the picture and replied, “Yep, that’s me.”
Astonished by what they had just learned, they quickly asked why he had never mentioned it before. Crawford’s reply once again showed his humility. He simply said, “That was one day in my life and it happened a long time ago.”
Word quickly spread around campus that there was a Medal of Honor recipient in their midst.
The story could have easily ended here with a known recipient of the Medal of Honor working as a janitor at the Air Force Academy. Most people would have never heard the story.
However, the cadets weren’t done.
They eventually found out that because of the circumstances, mainly that Crawford was a POW at the time, he had never had a formal ceremony to present him with his medal.
So, when the Class of 1984 reached graduation they invited Crawford as their special guest. And they had a special surprise in store for him. President Ronald Reagan was giving the commencement speech at the Academy that year.
Early on the morning of Jan. 16, 1966, a B-52 Stratofortress bomber took off from Seymour Johnson Air Force Base in North Carolina.
The bomber headed toward Europe, where it would patrol near the borders of the Soviet Union with four nuclear weapons, part of Operation Chrome Dome, a Cold War program to provide 24-hour rapid-response capabilities in case of war.
During its return to the U.S. the next day, the B-52 was to rendezvous with a KC-135 tanker for refueling over Spain. Capt. Charles Wendorf, the 29-year-old Air Force pilot at the controls of the bomber, asked his staff pilot, Maj. Larry Messinger, to take over as they approached the refueling point.
Just after 10 a.m. on Jan. 17, the planes began their approach at 31,000ft over eastern Spain. Messinger sensed something was amiss.
“We came in behind the tanker, and we were a little bit fast, and we started to overrun him a little bit,” Messinger recalled, according to American Heritage magazine.
“There is a procedure they have in refueling where, if the boom operator feels that you’re getting too close and it’s a dangerous situation, he will call, ‘ breakaway, breakaway, breakaway,'” Messinger said. “There was no call for a breakaway, so we didn’t see anything dangerous about the situation, but all of a sudden, all hell seemed to break loose.”
The B-52 collided with the tanker. The belly of the KC-135 was torn open, and jet fuel spilled into the tanker and onto the bomber. Explosions ripped through both planes, consuming the tanker and killing all four men aboard. Three men in the tail of the bomber were killed, and the four other crew members ejected.
Capt. Ivens Buchanan, strapped into his ejection seat, was caught in the fireball and burned. He crashed to the ground, but survived. Wendorf’s and Lt. Richard Rooney’s parachutes opened at 14,000 feet, and they drifted out to sea where fishermen rescued them.
Messinger hit his head during ejection. “I opened my parachute. Well, I shouldn’t have done that. I should have freefalled and the parachute would open automatically at 14,000 feet,” he said. “But I opened mine anyway, because of the fact that I got hit in the head, I imagine.” He drifted eight miles out to sea, where he was also picked up by fishermen.
A Spanish fisherman 5 miles offshore at the time reported seeing the explosion and the rain of debris. He then saw five parachutes — three with surviving crew members from the bomber; two others carrying “half a man, with his guts trailing,” and a “dead man.”
Soon after, on the ground in Spain, officers at Air Force bases scrambled to pack the troops they could find — cooks, clerks, and musicians — into buses to head toward Palomares, a coastal farming village in southeast Spain.
“It was just chaos,” John Garman, then a military police officer, told The New York Times in 2016. “Wreckage was all over the village. A big part of the bomber had crashed down in the yard of the school.”
By the evening of Jan. 17, all the airmen had been accounted for and no villagers were hurt. But U.S. personnel continued their search for the four nuclear bombs the B-52 had been carrying.
Days of searching
The bombs — each carrying 1.45 megatons of explosive power, about 100 times as much as the bomb dropped on Hiroshima — were not armed, meaning there was no chance of a nuclear detonation.
One was recovered intact, but the high-explosives in two of them, designed to detonate and trigger a nuclear blast, did explode. The blasts left house-size craters on either side of the village, scattering plutonium and contaminating crops and farmland.
“There was no talk about radiation or plutonium or anything else,” Frank B. Thompson, then a 22-year-old trombone player, told The New York Times in 2016.
Thompson and others spent days searching contaminated fields without protective equipment or even a change of clothes. “They told us it was safe, and we were dumb enough, I guess, to believe them,” he said.
The fourth bomb remained missing after days of searching, its absence embarrassing for the U.S. and potentially deadly for people in the area.
The Pentagon called on engineers at Sandia National Laboratories in New Mexico, who crunched the available numbers in order to determine where the missing bomb may have landed. The circumstances of the crash and the multitude of variables made such an estimate difficult.
Clues pointed to a sea landing for the fourth bomb, but there was little hard data to indicate where.
An interview with the fisherman who watched five members of the bomber’s crew land at sea yielded a breakthrough.
The “dead man” was, in fact, the bomb attached to its parachute, and the “half man, with his guts trailing” was the empty parachute bag with its packing lines trailing in the air.
That information led the engineers assisting the search to recommend a new search area, bringing the total area being scoured to 27 square miles — with visibility of only 20 feet in some spots.
On Feb. 11, the Navy called in Alvin, a 22-foot-long, 8-foot-wide submersible weighting 13 tons. It had room for a pilot and two observers, carried several cameras and a grappling arm, and could dive to 6,000 feet.
Alvin‘s primitive technology made the search a slog. There was no progress until March 1, when they spotted a track on the seabed.
Two more weeks of searching went by before they spotted the bomb — 2,550 feet below the surface, almost exactly in the spot where the fisherman had seen it enter the water. On March 24, divers in Alvin managed to attach a line to the bomb’s parachute. Just after 8 p.m., a winch on a Navy ship began to reel in the line. About an hour later, the line broke, sending the bomb back to the ocean floor.
They found it again on April 2, resting about 350 feet deeper in the same area. The Navy rigged up another retrieval plan using an unmanned recovery vehicle, but it got caught in the bomb’s parachute. On April 7, the admiral leading the search ordered his crew to lift the whole thing.
The laborious process that followed, assisted by Navy frogmen, lifted the missing nuclear bomb to the surface, bringing the 81-day saga to a close.
Alvin‘s pilots became international heroes, but little else about the incident ended so well.
‘They told us everything was safe’
U.S. soldiers plowed up 600 acres of crops in Palomares, sending it to the Savannah River nuclear complex in South Carolina for disposal.
The U.S. government paid $710,914 to settle 536 Spanish claims. The fisherman, who wanted his claim for finding the bomb, sued for $5 million and eventually won $14,566. Madrid, where protesters had chanted “Yankee assassins!” during the search, asked U.S. Strategic Air Command to stop its flights over Spain. The airborne-alert program of which Operation Chrome Dome was a part was curtailed and then ended for good in 1992.
The U.S. personnel involved in the search and Spaniards in the area have lived with the legacy of the accident in the half-century since it happened.
Despite removing soil in the immediate aftermath, tests in the 1990s revealed high levels of Americium, a product of decaying plutonium, in the village. More tests showed that 50,000 cubic meters of the soil remained radioactive. The U.S. agreed to clean up the contamination remaining in the village in 2015.
Many of the U.S. veterans who assisted the search have said they are dealing with the effects of plutonium poisoning. Linking cancers to a single exposure to radiation is impossible, and there hasn’t been any study to assess whether they have an elevated incidence of illness, but in the years since, some have been ravaged by disease.
Of the 40 veterans involved in the search who were identified by The Times in 2016, 21 had cancer — nine had died from it.
Many of the men have blamed the Air Force, which sent them to clean the scene with little protective gear and later fed troops the contaminated crops that Spaniards refused to eat. One military-police officer was given a plastic bag and told to pick up radioactive fragments by hand.
The Air Force also dismissed tests done at the time showing the men had high levels of plutonium contamination.
“It took me a long time to start to realize this maybe had to do with cleaning up the bombs,” said Arthur Kindler, who was a grocery supply clerk at the time of the incident.
He was so covered in plutonium during the cleanup that the Air Force made him wash off in the ocean and took his clothes. Four years later, he developed testicular cancer and a rare lung infection; he has had cancer in his lymph nodes three times since then.
“You have to understand, they told us everything was safe,” Kindler said. “We were young. We trusted them. Why would they lie?”
The casualty list released by the American Expeditionary Force on July 21, 1918 listed 64 American soldiers and Marines killed in action and 28 missing.
But the name reporters noticed first was that of a 20 year-old college student from Oyster Bay, Long Island: Lt. Quentin Roosevelt.
Quentin Roosevelt had been a public figure since he was four years-old, when his father, Theodore “Teddy” Roosevelt, became president.
Roosevelt had been missing since July 14, 1918, when he and four other pilots from the U.S. Army Air Service’s 95th Aero Squadron engaged at least seven German aircraft near the village of Chamery, France.
His father had been notified that he was missing and presumed dead on July 17 and took it hard.
Quentin Roosevelt was a flight leader in the 95th and despite his famous family, he was very much a regular guy.
“Everyone who met him for the first time expected him to have the airs and superciliousness of a spoiled boy,” wrote Capt. Eddy Rickenbacker, the top American Ace of World War I. “This notion was quickly lost after the first glimpse one had of Quentin.”
Army Air Service Lt. Quentin Roosevelt
“Gay, hearty and absolutely square in everything he said or did, Quentin Roosevelt was one of the most popular fellows in the group. We loved him purely for his own natural self,” Rickenbacker remembered.
Quentin Roosevelt was the fifth child of Teddy and Edith Roosevelt. Quentin was his father’s favorite and his dad told stories to reporters about Quentin and the gang of boys — sons of White House employees — he played with. When the United States entered World War I, Quentin Roosevelt was a Harvard student.
His father had argued for American entry into the war, so it was only natural for Quentin and the other three Roosevelt sons to join the military.
Quentin dropped out of Harvard and joined the 1st Aero Company of the New York National Guard. The unit trained at a local airfield on Long Island, which was later renamed Roosevelt Field in Quentin Roosevelt’s honor.
The 1st Aero Company was federalized in June 1917 as the 1st Reserve Aero Squadron and sent to France. Roosevelt went along and was assigned as a supply officer at a training base.
He learned to fly the Nieuport 28 fight that the French had provided to the Americans. The Nieuport 28 was a light biplane fighter armed with two Vickers machine gun.
Army Air Service Lt. Quentin Roosevelt
The French had decided to outfit their fighter squadrons with the better SPAD 13 fighter, so the Nieuports were available for the Americans. They equipped the 95th and three other American fighter squadrons.
In June 1918 Roosevelt joined the 95th. Roosevelt was a good pilot but gained a reputation for being a risk-taker. With four weeks of training, Quentin Roosevelt got into the fight in July 1918.
On July 5, 1918 he was in combat twice.
On his first mission, the engine of Roosevelt’s Nieuport malfunctioned. A German fighter shot at him but missed. Later that day he took up another plane and the machine guns jammed.
On July 9 he shot down a German plane and may have got another.
On July 14 — Bastille Day the other American pilots were ordered into the air as part of the American effort to stop the German advance in what became known as the Second Battle of the Marne. The German Army was attacking toward Paris. The American Army was in their way.
New York National Guard Chaplain (Cpt.) Father Francis P. Duffy, the chaplain of New York’s famed “Fighting 69th” reads a service as a cross is placed on the grave of Lt. Quentin Roosevelt in August 1918.
In World War I the main enemy air threat was observation planes that found targets for artillery. The job for Roosevelt and the other American pilots was to escort observation planes over German lines.
The Americans accomplished their mission and were heading home when they were jumped by at least seven German plans. The weather was cloudy, so Lt. Edward Buford, the flight leader, decided to break off and retreat.
But instead he saw one American plane engaging three German aircraft.
“I shook the two I was maneuvering with, and tried to get over to him but before I could reach him his machine turned over on its back and plunged down and out of control,” Buford said.
“At the time of the fight I did not know who the pilot was I’d seen go down. ” Buford remembered, “But as Quentin did not come back, it must have been him.”
Quentin Roosevelt’s grave outside Chamrey, France after the French erected a more permanent grave marking.
“His loss was one of the severest blows we have ever had in the squadron. He certainly died fighting,” Buford wrote.
Three German pilots took credit for downing Roosevelt. Most historians give credit to Sgt. Carl-Emil Graper. Roosevelt, Graper wrote later, fought courageously.
The Germans were shocked to find out they had killed the son of an American president.
On July 15 they buried Quentin Roosevelt with military honors where his plane crashed outside the village of Chamery. A thousand German soldiers paid their respects, according to an American prisoner of war who watched.
On the cross they erected, the German soldiers wrote: “Lieutenant Roosevelt, buried by the Germans.”
When the German’s retreated, and the Allies retook Chamery, Quentin Roosevelt’s grave became a tourist attraction. Soldiers visited his grave, had their photograph taken there, and took pieces of his Nieuport as souvenirs.
The commander of New York’s 69th Infantry, Col. Frank McCoy, had served as President Roosevelt’s military aid and had known Quentin when he was a boy. At McCoy’s direction, the regiment’s chaplain Father (Capt.) Francis Duffy had a cross made and put it in place at the grave.
American Soldiers stand at the grave of Lt. Quentin Roosevelt in 1918.
“The plot had already been ornamented with a rustic fence by the soldiers of the 32nd Division. We erected our own little monument without molesting the one that had been left by the Germans,” he wrote in his memoirs.
“It is fitting that enemy and friend alike should pay tribute to his heroism,” Duffy added.
An Army Signal Corps photographer and movie cameraman recorded the event.
After the war, the temporary grave stone was replaced with a permanent one and Edith Roosevelt gave a fountain to the village of Chamery in memory of her son.
Quentin Roosevelt’s body remained where he fell until 1955. Then, at the request of the Roosevelt family, Quentin’s remains were exhumed.
He was laid to rest next to another son of Teddy Roosevelt; Theodore Roosevelt Jr. Ted, as he was called, was a brigadier general in the Army who led the men of the 4th Infantry Division ashore on Utah Beach on D-Day before dying of a heart attack on July 12, 1944.
Both men are buried in the Omaha Beach American Cemetery.
Quentin’s death shocked the apparently unstoppable Theodore Roosevelt, Sr. who grieved deeply, according to his biographers.
Teddy Roosevelt had fought childhood asthma, coped with the deaths of his first wife and mother on the same day, started down rustlers as a rancher in the Dakotas, faced enemy fire in the Spanish American War, survived a shooting attempt in 1912 and survived tropical illness and exhaustion during a 1914 expedition in the Amazon.
But six months after Quentin’s death, Theodore Roosevelt died of a heart attack in his sleep.
During the World War I centennial observance the Division of Military and Naval Affairs will be issue press releases noting key dates which impacted New Yorkers based on information provided by the New York State Military Museum in Saratoga Springs, N.Y. More than 400,000 New Yorkers served in the military during World War I, more than any other state.
On Sep. 12, 1918, the United States launched its first major offensive of World War I as an independent army.
Under the command of General John J. Pershing, the American Expeditionary Force was tasked with leading an attack against the German-occupied Saint-Mihiel salient, a triangular wedge of land critical for rail transport to the Eastern Front.
Despite wet conditions, Pershing sent tanks and infantry across the trenches at Saint-Mihiel, causing the Germans to retreat and abandon the salient. The victory allowed the Allies to continue to press the Germans further south, bolstering the morale of Pershing’s army.
One notable soldier in the battle is a favored hero in the annals of history: Sergeant Stubby, the bull terrier mutt who remains the only dog to receive a combat promotion. Stubby saved upwards of a thousand American GIs on World War I’s Western Front and was battle proven. His unit fought in four major offensives that are now enshrined in history books as pivotal battles of World War I: Aisne-Marne, Champagne-Marne, Meuse-Argonne, and, of course, Saint-Mihiel. With 17 battles total, Stubby and the 102nd fought for a total of 210 days – more than any other American division during the war.
He was able to sniff out mustard gas before it became a danger to his fellow troops – especially when they were sleeping. He earned his first combat promotion to Private First Class for just such an action. He even had his own gas mask when needed. Not to spoil the ending, but Stubby survived the war and was invited to the White House multiple times, meeting three presidents.
Featured Image: A French World War I Renault FT-17 tank ploughing its way through a trench and starting toward the German line, during World War I, near Saint Michel, France.
The self-styled Islamic State is trying to lure people to fight for the terror group with a scene from “The Lord of the Rings.”
In a propaganda video published on May 22, 2018, bearing the terrorist group’s watermark, the group’s chapter in Kirkuk, Iraq, used four seconds of footage from the trilogy to encourage followers to “conquer the enemies.”
The clip was taken from the third LOTR movie, “The Return of the King.” It shows the riders of Rohan charging an orc army at the Battle of The Pelennor Fields, but seems to be in the video more as a generic medieval battle scene.
Here’s the scene. The part that ISIS repurposed comes around the 2 minute 30 second mark:
The ISIS video, which Business Insider has reviewed, then cuts to footage of soldiers on horseback fighting each other, with the voice of an Arabic-language narrator — which was also taken from a Hollywood movie.
That scene was from “Kingdom of Heaven,” a 2005 film starring Orlando Bloom as a French blacksmith joining the Crusades to fight against Muslims for the Kingdom of Jerusalem.
The medieval scenes are spliced inbetween images of ISIS fighters in the field, and news footage showing Donald Trump and various news anchors talking about ISIS.
The terror group is fond of crusader imagery, and often frames its battle with the west as a new-age crusade. Its official communications describe routinely describes people from western nations, especially victims of terror attacks, as “crusaders.”
An aerobics instructor filming her exercise routine accidentally caught the beginning of a military coup in Myanmar earlier this week. The video shows a convoy of black military vehicles headed for the parliament complex in Nay Pyi Taw, Myanmar’s capital city, as she goes about her workout.
The footage shows fitness instructor Khing Hnin Wai working through an aerobic routine as more than a dozen blacked-out SUVs and armored vehicles approach a roadblock behind her. Those vehicles reportedly carried troops who went on to capture Aung San Suu Kyi, the democratically elected State Counsellor of Myanmar, as well as other members of the nation’s elected government.
In an ironic twist, the music playing in the background of Khing’s video includes lyrics that translate to, “They are coming, one by one, to fight over the throne.”
Initially, many online assumed this video was a fake, since the framing of the dance and the convoy’s appearance behind Khing seems more like an SNL skit than the serious military coup that’s taking place. Khing has continued to post on social media about the video, and was contacted by The BBC in order to confirm the validity of her video.
“I wasn’t dancing to mock or ridicule any organization or to be silly. I was dancing for a fitness dance competition,” wrote Khing on her Facebook. “As it isn’t uncommon for Nay Pyi Taw to have an official convoy, I thought it was normal so I continued.”
What is happening in Myanmar?
The military of Myanmar has taken over the country and declared a year-long state of emergency following an election that saw Suu Kyi win in a landslide. The military is demanding a repeat of the election, citing unconfirmed reports of “widespread voter fraud.”
Suu Kyi first garnered international attention in the 1980s as she campaigned for her nation to restore democratic rule. After organizing protests and rallies that called for free democratic elections, she was captured and held in detention from 1989 until her release in 2010. Suu Kyi was awarded the Nobel Peace Prize in 1991, which she accepted while serving a portion of her sentence under house arrest.
In 2015, Suu Kyi helped her National League for Democracy party secure victory in the nation’s first open elections in a quarter-century, propelling the former captive into the role of State Counsellor, a role similar to that of Prime Minister in other nations. Not all of Suu Kyi’s media exposure has been positive, however, as many cite Myanmar’s policy of treating the nation’s Rohingya minority group as illegal immigrants when criticizing Suu Kyi. Allegations of a military-led genocide of the Rohingya people forced Suu Kyi to answer for her nation’s actions at the International Court of Justice in 2019, though she denied any wrongdoing.
While there are no hard figures on how many Rohingya people have been killed, an estimated 700,000 have fled Myanmar to Bangladesh since the military crackdown began in 2017.
Now, according to Myanmar’s military, control of the nation has been handed over to Min Aung Hlaing, who serves as the commander and chief for the nation’s forces. The European Union, UK, and United Nations have all already condemned the military takeover of Myanmar, and President Joe Biden has already threatened to restore previously ended sanctions on the nation.
Protests have reportedly erupted around the nation, with many citizens honking their car horns or taking to the street to bang on pots and pans to voice their displeasure with the military take-over.
“The curse of the coup is rooted in our country, and this is the reason why our country still remains poor. I feel sad and upset for our fellow citizens and for their future,” Suu Kyi told the press.
On July 19, the stars of Paramount’s “Star Trek Beyond” joined First Lady Michelle Obama in hosting more than 100 service members, veterans and their families for an advance screening of the upcoming film.
The screening was a part of the First Lady and Dr. Jill Biden’s Joining Forces initiative. The cast dropped in as part of their publicity blitz for the movie’s July 21 premiere. This was an exceptional screening for the cast, as the Star Trek franchise has always held members of the military and their families in high esteem.
The previous Star Trek film, “Star Trek Into Darkness” was dedicated to The Mission Continues, an organization dedicated to helping troops as they return home from war. It featured cameos from several veterans dressed as Starfleet officers in the film’s final scenes. Members of the cast also showed the first film of the Star Trek reboot series to active-duty service members in Kuwait.
At the White House, Chris Pine, Simon Pegg, and Karl Urban were humble in their brief introductions to the film and the First Lady. The actors joked that the veterans made better actors than the Hollywood stars.
In her remarks at the screening, the First Lady highlighted the important role that military families — especially the children of service members — play in allowing active duty servicemen and women to do their jobs. She ended with the Vulcan salute and a heartfelt “May the force be with you!” (wrong movie, of course) to the delight of the crowd.
For the cast, the screening was a small way to thank service members and their families. They also seemed a little star struck themselves; Urban interrupted Pine’s speech with an excited “We just met the first lady!” Pine referred to them as “a bunch of 8-year-olds” while touring the White House.
Pine, Pegg and Urban stuck around after the showing for photo ops and to say thank you to the veterans and their families.
“Star Trek Beyond” premieres in the U.S. on July 21.
“Leave the Artillerymen alone, they are an obstinate lot.” ~ Napoleon Bonaparte
Imagine shooting artillery from Berlin and hitting Moscow? Shooting from Dubai and hitting Tehran? Shooting from Taiwan and hitting Beijing and Pyongyang with the same barrage?
What was just an impossible thought might be a reality by 2023.
The Army is working on a cannon that can fire over extremely long ranges with precision accuracy. The Strategic Long Range Cannon (SLRC) is on its way to providing the United States military such capabilities. A couple of days ago, it seems as if a prototype for the cannon was inadvertently leaked.
Pictures showed up showing an astoundingly big gun being towed by an eight-wheeled vehicle. Along with the picture was models and illustrations explaining the basic parameters of the superweapon.
It looks as though this will be crewed by eight artillerymen and can be moved by a six-wheeled vehicle if need be. It can be transported by air or sea. Four guns will make up a battery, and the cannon will be able to penetrate enemy defenses from up to 1,000 miles.
When you see the mockup, there is a particular country that seems to be the motivation for developing this weapon.
There is a reference about the cannon’s ability to penetrate A2/AD defenses. What is A2/AD?
It stands for anti-access and area denial. It is a strategy the Chinese are working on that will allow them to block U.S. forces, planes, ships and drones out of a wide area using artillery, radar, defensive systems and air power. The Chinese are using it to keep enemies away from its coast. If they ever decide to invade Taiwan or any other Pacific neighbor, a properly implemented A2/AD defense could keep the U.S. at bay while they carry out operations.
The long-range cannon would be an effective (and potentially inexpensive) way to counteract the Chinese strategy. In theory, the Chinese would be able to intercept planes, drones, and cruise missiles using A2AD, but a barrage of artillery from 1,000 miles away could take out key military targets.
And since the artillery is far away, it would be safe from any counter-battery actions the Chinese would take (unless, of course, they develop a long-range cannon of their own).
Right now, the Army is trying to figure out two things: How to get a projectile to go that far, and how to make it cheap.
As you may remember, the Navy flirted with a long-range gun that could hit targets fired from a ship to land from over 100 miles. The problem was the projectile cost 0,000 EACH. So, the Navy ended up with big guns they can’t shoot.
The Army is determined to find a way around this. It is also determined to look at the past so it can prepare for the future. As many of you know, the history of artillery evolved to the point where the Germans were using whole trains to transport super cannons around Europe. But they hit a limit on how far they could go, and with the advent of nuclear weapons, artillery pieces became smaller and more mobile. Bigger bombs (like nuclear weapons) meant development in bombers, ICBMs, submarines and drones.
But with the Chinese developing A2/AD, these assets are potentially ineffective.
How will the Army get around cost and range issues? The answer is ramjets.
Ramjets are engines that turn air intake into energy. A high-velocity projectile, like an artillery round can use the incoming air to propel it further (in theory)
While the leaked picture is a mockup and might not even be close to the final product, it does look like the Army is investing in revolutionizing warfare by taking what was old and making it new again.
It turns out a massive flood control project is an excellent way to unearth dinosaurs. At least, that’s what happened back in 1993 in Coralville, Iowa.
In 1993, Coralville, Iowa, experienced 28 days of rain. More than 17,000 cubic feet of water flowed over a spillway, wiping out the state’s yearly crop of soybeans and corn. Roads were obliterated, people’s lives were in jeopardy, and the city was literally drowning.
The Coralville Dam was built in the 1950s by the US Army Corps of Engineers to help provide flood protection for the Iowa River Valley to the south. It was named after the city, which had weirdly received its name from the ancient fossilized reefs that stud the river’s limestone.
Once the rains stopped and the citizens of the city could step outside without being swept away, the Corps returned to the site to assess the damage and explore the choices for reconstructing the dam. What they discovered shocked everyone.
The Corps discovered that the floods eroded five feet of limestone from the edge of the spillway. This created a gorge and unearthed several fossil beds, most of which were about 375 million years old. The fossils were mainly marine creatures that had once lived in the sea that used to cover Iowa. Because the Corps discovered them, all the sea creatures immediately became the property of the US Army.
That’s not to say that the Army will be opening a theme park filled with these fossils any time soon, but it’s pretty exciting to think that the Army has done its part to help advance the field of paleontology.
The survey archaeologist for the Corps, Nancy Brighton, said that the collection spans the entire paleontological record. So anything relating to animals and the natural world that existed before humans are included in that.
Because the Corps of Engineers manages more than 8 million acres of land across the United States, finds like the one in Iowa aren’t super uncommon. In fact, the Corps asl owns one of the most intact T. rex skeletons ever found. More on that later.
All thanks in part to the Flood Control Act, signed by Franklin D. Roosevelt in 1936 that decreed the need for dams, levees, and dikes all across the country. But before construction could begin on those early-iteration dams, the Corps had to complete a thorough survey. Those surveys almost always exposed ancient fossil beds.
In fact, it’s assumed that most of what American archeologists have discovered are thanks in part to the efforts of the Corps. All of the hydropower and flood control projects that started back in the 1950s certainly paved the way for new discoveries.
The greatest of all of these discoveries didn’t happen way back, though. It was just a few decades ago, in 1988, on Labor Day. That morning, Kathy Wankel, a hiker, and amateur fossil collector, was trekking through Montana’s Fort Peck Reservoir when something caught her eye.
At first, she thought it was a shoulder blade pushing up through the rocky soil. The lighting was perfect, according to Wankel, which allowed her to see the webby pattern of bone marrow, and that’s when she knew she’d discovered something big.
And by big, of course, we mean enormous. Wankel and her husband had stumbled on the remains of a T. rex thought to have roamed the Montana area some 66 million years ago. The discovery that Wankel and her husband made was one of just eight at the time. Since then, about 50 other skeletons have been discovered.
It took nearly a year to figure out who owned the land where the skeleton was found. At long last, the Corps began to dig. It took several years and a large team to unearth the 38-foot skeleton weighing in at nearly six tons. The most astonishing part? It was almost one hundred percent complete, making it the first specimen to be discovered with small lower arm bones fully intact.
Since 2017, the T. rex has called the Smithsonian National Museum of Natural History home. The Corps of Engineers has agreed to a 50-year loan to ensure that all Americans have a chance to see it – when the world’s not locked down with COVID, at least.
Developed over the course of decades, GPS has become far more ubiquitous than most people realize. Not just for navigation, its extreme accuracy in time keeping (+/- 10 billionths of a second) has been used by countless businesses the world over for everything from aiding in power grid management to helping manage stock market and other banking transactions. The GPS system essentially allows for companies to have near atomic clock level precision in their systems, including easy time synchronization across the globe, without actually needing to have an atomic clock or come up with their own systems for global synchronization. The problem is that, owing to a quirk of the original specifications, on April 6, 2019 many GPS receivers are about to stop working correctly unless the firmware for them is updated promptly. So what’s going on here, how exactly does the GPS system work, and who first got the idea for such a system?
On Oct. 4, 1957, the Soviet Union launched Sputnik. As you might imagine, this tiny satellite, along with subsequent satellites in the line, were closely monitored by scientists the world over. Most pertinent to the topic at hand today were two physicists at Johns Hopkins University named William Guier and George Weiffenbach.
As they studied the orbits and signals coming from the Sputnik satellites the pair realized that, thanks to how fast the satellites were going and the nature of their broadcasts, they could use the Doppler shift of the signal to very accurately determine the satellite’s position.
A replica of Sputnik 1.
Not long after, one Frank McClure, also of Johns Hopkins University, asked the pair to study whether it would be possible to do this the other way around. They soon found that, indeed, using the satellite’s known orbit and studying the signal from it as it moved, the observer on the ground could in a relatively short time span determine their own location.
This got the wheels turning.
Various systems were proposed and, in some cases, developed. Most notable to the eventual evolution of GPS was the Navy’s Navigation Satellite System (also known as the Navy Transit Program), which was up and running fully by 1964. This system could, in theory, tell a submarine or ship crew where they were within about 25 meters, though location could only be updated about once per hour and took about 10-15 minutes to acquire. Further, if the ship was moving, the precision would be off by about one nautical mile per 5 knots of speed.
Another critical system to the ultimate development of GPS was known as Timation, which initially used quartz clocks synchronized on the ground and on the satellites as a key component of how the system determined where the ground observer was located. However, with such relatively imprecise clocks, the first tests resulted in an accuracy of only about 0.3 nautical miles and took about 15 minutes of receiving data to nail down that location. Subsequent advancements in Timation improved things, even testing using an atomic clock for increased accuracy. But Timation was about to go the way of the Dodo.
By the early 1970s, the Navigation System Using Timing and Ranging (Navstar, eventually Navstar-GPS) was proposed, essentially combining elements from systems like Transit, Timation, and a few other similar systems in an attempt to make a better system from what was learned in those projects.
Fast-forward to 1983 and while the U.S. didn’t yet have a fully operational GPS system, the first prototype satellites were up and the system was being slowly tested and implemented. It was at this point that Korean Air Lines Flight 007, which originally departed from New York, refueled and took off from Anchorage, Alaska, bound for Seoul, South Korea.
What does this have to do with ubiquitous GPS as we know it today?
On its way, the pilots had an unnoticed autopilot issue, resulting in them unknowingly straying into Soviet airspace.
Convinced the passenger plane was actually a spy plane, the Soviets launched Su-15 jets to intercept the (apparently) most poorly crafted spy plane in history — the old “It’s so overt, it’s covert” approach to spying.
A Soviet Sukhoi Su-15 interceptor.
Warning shots were fired, though the pilot who did it stated in a later interview, “I fired four bursts, more than 200 rounds. For all the good it did. After all, I was loaded with armor piercing shells, not incendiary shells. It’s doubtful whether anyone could see them.”
Not long after, the pilots of Korean Air 007 called Tokyo Area Control Center, requesting to climb to Flight Level 350 (35,000 feet) from Flight Level 330 (33,000 feet). This resulted in the aircraft slowing below the speed the tracking high speed interceptors normally operated at, and thus, them blowing right by the plane. This was interpreted as an evasive maneuver, even though it was actually just done for fuel economy reasons.
A heated debate among the Soviet brass ensued over whether more time should be taken to identify the plane in case it was simply a passenger airliner as it appeared. But as it was about to fly into international waters, and may in fact already have been at that point, the decision was made to shoot first and ask questions later.
The attacking pilot described what happened next:
“Destroy the target…!” That was easy to say. But how? With shells? I had already expended 243 rounds. Ram it? I had always thought of that as poor taste. Ramming is the last resort. Just in case, I had already completed my turn and was coming down on top of him. Then, I had an idea. I dropped below him about two thousand metres… afterburners. Switched on the missiles and brought the nose up sharply. Success! I have a lock on.
Two missiles were fired and exploded near the Boeing plane causing significant damage, though in a testament to how safe commercial airplanes typically are, the pilots were able to regain control over the aircraft, even for a time able to maintain level and stable flight. However, they eventually found themselves in a slow spiral which ended in a crash killing all 269 aboard.
As a direct result of this tragedy, President Ronald Reagan announced on Sept. 16, 1983, that the GPS system that had previously been intended for U.S. military use only would now be made available for everyone to use, with the initial idea being the numerous safety benefits such a system would have in civil aviation over using then available navigation tools.
This brings us to how exactly the GPS system works in the first place. Amazingly complex on some levels, the actual nuts and bolts of the system are relatively straightforward to understand.
To begin with, consider what happens if you’re standing in an unknown location and you ask someone where you are. They reply simply — “You are 212 miles from Seattle, Washington.”
You now can draw a circle on a map with radius 212 miles from Seattle. Assuming the person giving you that information is correct, you know you’re somewhere along that circular line.
Not super helpful at this point by itself, you then ask someone else, and they say, “You are 150 miles from Vancouver BC.” Now you’re getting somewhere. When you draw that circle on the map, you’ll see it intersects at two points. You are standing on one of those two points. Noticing that you are not, in fact, floating in the ocean, you could at this point deduce which point you are on, but work with us here people.
Instead of making such an assumption, you decide your senses are never to be trusted and, after all, Jesus stood on water, so why not you? Thus, you ask a third person — they say, “You are 500 miles from Boise, Idaho.” That circle drawn, you now know exactly where you are in two dimensional space. Near Kamloops, Canada, as it turns out.
This is more or less what’s happening with GPS, except in the case of GPS you need to think in terms of 3D spheres instead of 2D circles. Further, how the system tells you your exact distance from a reference point, in this case each of the satellites, is via transmitting the satellites’ exact locations in orbit and a timestamp of the exact time when said transmission was sent. This time is synchronized across the various satellites in the GPS constellation.
The receiver then subtracts the current known time upon receiving the data from that transmission time to determine the time it took for that signal to be transmitted from the satellites to its location.
Combining that with the known satellite locations and the known speed of light with which the radio signal was propagated, it can then crunch the numbers to determine with remarkable accuracy its location, with margins of error owing to things like the ionosphere interfering with the propagation of the signal, and various other real world factors such as this potentially throwing things off a little.
Even with these potential issues, however, the latest generation of the GPS system can, in theory, pinpoint your location within about a foot or about 30 centimeters.
You may have spotted a problem here, however. While the GPS satellites are using extremely precise and synchronized atomic clocks, the GPS system in your car, for example, has no such synchronized atomic clock. So how does it accurately determine how long it took for the signal to get from the satellite to itself?
It simply uses at least four, instead of three, satellites, giving it the extra data point it needs to solve the necessary equations to get the appropriate missing time variable. In a nutshell, there is only one point in time that will match the edge of all four spheres intersecting in one point in space on Earth. Thus, once the variables are solved for, the receiver can adjust its own time keeping appropriately to be almost perfectly synchronized, at least momentarily, with the much more precise GPS atomic clocks. In some sense, this makes GPS something of a 4D system, in that, with it, you can know your precise point in not only space, but time.
By continually updating its own internal clock in this way, the receiver on the ground ends up being nearly as accurate as an atomic clock and is a time keeping device that is then almost perfectly synchronized with other such receivers across the globe, all for almost no cost at all to the end users because the U.S. government is footing the bill for all the expensive bits of the system and maintaining it.
Speaking of that maintanence, another problem you may have spotted is that various factors can, and do, continually move the GPS satellites off their original orbits. So how is this accounted for?
Tracking stations on Earth continually monitor the exact orbits of the various GPS satellites, with this information, along with any needed time corrections to account for things like Relatively, frequently updated in the GPS almanac and ephemeris. These two data sets are used for holding satellite status and positional information and are regularly broadcast to receivers, which is how said receivers know exact positions of the satellites in the first place.
The satellites themselves can also have their orbits adjusted if necessary, with this process simply being to mark the satellite as “unhealthy” so receivers will ignore it, then move it to its new position, track that orbit, and once that is accurately known, update the almanac and ephemeris and mark the satellite as “healthy” again.
So that’s more or less how GPS came to be and how it works at a high level. What about the part where we said many GPS devices may potentially stop working very soon if not updated?
Near the turn of the century something happened that had never happened before in the GPS world — dubbed a “dress rehearsal for the Y2K bug”. You see, as a part of the time stamp sent by the GPS satellites, there is something known as the Week Number — literally just the number of weeks that have passed since an epoch, originally set to Jan. 6, 1980. Along with this Week Number the number of seconds since midnight on the previous Saturday evening is sent, thus allowing the GPS receiver to calculate the exact date.
Artist’s conception of GPS Block II-F satellite in Earth orbit.
So what’s the problem with this? It turns out every 1024 weeks (about every 19 years and 8 months) from the epoch, the number rolls back to 0 owing to this integer information being in 10 bit format.
Thus, when this happens, any GPS receiver that doesn’t account for the Week Number Rollover, will likely stop functioning correctly, though the nature of the malfunction varies from vendor to vendor and device, depending on how said vendor implemented their system.
For some, the bug might manifest as a simple benign date reporting error. For others, such a date reporting error might mean everything from incorrect positioning to even a full system crash.
If you’ve done the math, you’ve probably deduced that this issue first popped up in August of 1999, only about four years after the GPS system itself was fully operational.
At this point, of course, GPS wasn’t something that was so ubiquitously depended on as it is today, with only 10-15 million GPS receivers in use worldwide in 1999 according to a 1999 report by the the United States Department of Commerce’s Office of Telecommunications. Today, of course, that number is in the billions of devices.
Thankfully, when the next Week Number Rollover event happens on April 6, 2019, it would seem most companies that rely on GPS for critical systems, like airlines, banking institutions, cell networks, power grids, etc., have already taken the necessary steps to account for the problem.
The more realistic problems with this second Week Number Rollover event will probably mostly occur at the consumer level, as most people simply are not aware of the issue at all.
Thankfully, if you’ve updated your firmware on your GPS device recently or simply own a GPS device purchased in the last few years, you’re probably going to be fine here.
However, should you own a GPS device that is several years old, that may not be the case and you’ll most definitely want to go to the manufacturer’s website and download any relevant updates before the second GPS epoch.
That public service announcement out of the way, if you’re now wondering why somebody doesn’t just change the specification altogether to stop using a 10 bit Week Number, well, you’re not the first to think of this. Under the latest GPS interface specifications, a 13 bit Week Number is now used, meaning in newer devices that support this, the issue won’t come up again for about a century and a half. As the machines are bound to rise up and enslave humanity long before that occurs, that’s really their issue to solve at that point.
Ever notice that your cell phone tends to lock on to your GPS position extremely quickly, even after having been powered off for a long time? How does it do this when other GPS devices must wait to potentially receive a fresh copy of the almanac and ephemeris? It turns out cell phones tend to use something called Assisted GPS, where rather than wait to receive that data from the currently orbiting GPS satellites, they will instead get it from a central server somewhere. The phone may also simply use its position in the cell phone network (using signals from towers around) to get an approximate location to start while it waits to acquire the signal from the GPS satellites, partially masking further delay there. Of course, assisted GPS doesn’t work if you don’t have a cell signal, and if you try to use your GPS on your phone in such a scenario you’ll find that if you turn off the GPS for a while and then later turn it back on, it will take a while to acquire a signal like any other GPS device.
Starting just before the first Gulf War, the military degraded the GPS signal for civilian use in order to keep the full accuracy of the system as a U.S. military advantage. However, in May of 2000, this policy was reversed by President Bill Clinton and civilian GPS got approximately ten times more accurate basically overnight.
The military also created the ability to selectively stop others from using GPS at all, as India discovered thanks to the Kargil conflict with Pakistan in 1999. During the conflict, the U.S. blocked access to the GPS system from India owing to, at the time, better longstanding relations between the U.S. and Pakistan than the U.S. had with India. Thus, the U.S. didn’t want to seem like it was helping India in the war.
This article originally appeared on Today I Found Out. Follow @TodayIFoundOut on Twitter.