Donald Trump broke major news on his Twitter account on Dec. 22, tweeting, “The United States must greatly strengthen and expand its nuclear capability until such time as the world comes to its senses regarding nukes.”
The United States must greatly strengthen and expand its nuclear capability until such time as the world comes to its senses regarding nukes
The tweet came hours after Russian President Vladimir Putin announced plans to strengthen the Russian nuclear arsenal. So, how can we revitalize the nuclear arsenal?
1. Modernize the Tech
As 60 Minutes reported in 2014, our land-based ICBMs still use 8-inch floppy disks for the computers that receive the president’s launch orders. In an era where a MicroSD card that can hold 128 gigabytes is available on Amazon.com for about $40, it seems like the computers could have been upgraded and made much more reliable a long time ago.
Some systems have fared better than others. The B61 gravity bomb is slated for some modernization. So have the planes that deliver that bomb, like the B-2 Spirit. The B-1 and B-52 have received upgrades as well.
That said, those upgrades are mostly for delivering conventional weapons.
2. Develop New Delivery Systems
According to Designation-Systems.net, the LGM-30 Minuteman entered service in 1962. The AGM-86 Air-Launched Cruise Missile entered service in 1981. The BGM-109 Tomahawk was operational in 1983. The B-52H entered service in 1961, while the B-1B Lancer entered service in 1986.
The only strategic systems younger than music superstar Taylor Swift (born on Dec. 13, 1989) are the UGM-133 Trident II, which entered service in March, 1990, and the B-2 Spirit, which entered service in 1997.
At the end of the Cold War, some new systems were also chopped, notably the AGM-131 Short-Range Attack Missile II and the Midgetman small ICBM, while the LGM-118 Peacekeeper was negotiated away.
Newer means of delivering nukes might be a good idea, including versions of the AGM-154 Joint Stand-Off Weapon, or the AGM-158 Joint Air-to-Surface Standoff Missile.
Through the darkness, the Soldiers pushed forward toward their objective. Sweat was dripping off the chins of some, hitting the ground as each mile passed. This is only the beginning of earning the Army Expert Infantryman Badge.
Their rucksacks seemed heavier with each passing step, their helmets weighing down like lead covers on their heads. They had to complete a full 12 miles before their trek was done.
Once they reached their destination, there was one more task at hand: each Soldier had to treat a simulated casualty and carry him out on a litter.
This was the final event for the Expert Infantryman Badge testing that took place Dec. 11-15, 2017, at Joint Base Lewis-McChord, Washington.
Out of the 324 1-2 Stryker Brigade Combat Team Soldiers who started the Expert Infantryman Badge testing, only 73 successfully completed all the required tasks and earned their Badge — making the attrition rate 78 percent.
“The test has evolved over the years,” said Command Sgt. Maj. Walter A. Tagalicud, the I Corps command sergeant major. “It certainly differs from the one I participated in to earn my EIB in 1989. But, the spirit and intent remain. There is no greater individual training mechanism to building the fundamental warrior skills required in our profession, than the EIB.”
There is a lot of train up to the EIB, said Spc. Tyler Conner, an infantryman with Company A, 2nd Battalion, 3rd Infantry Regiment. Even if a Soldier is not trying out for the EIB, the train up for the testing is valuable to see the right way of doing infantry tasks. When a Soldier finally earns the EIB, it shows that they have honed their skills enough to be called an expert infantryman.
The EIB evaluation included an Army Physical Fitness Test, with a minimum score of 80 points in each event; day and night land navigation; medical, patrol, and weapons lanes; a 12-mile forced march, and Objective Bull (evaluate, apply a tourniquet to and transport a casualty).
“These crucial skills are the building blocks to our battle drills and collective gates,” Tagalicud said. “The Expert Infantryman Badge is as much about the training, leading up to and through the testing, as it is about proving your mettle.”
“Earning the EIB was one of the best experiences I had in the Army,” said Sgt. Wilmar Belilla Lopez, a Soldier with 2nd Battalion, 3rd Infantry Regiment. “Being tactically and technically proficient is the core of being a Soldier. When a Soldier earns their EIB, it signifies they have achieved a level of proficiency all Soldiers should strive for.”
“The Greek Philosopher Heraclitus said, ‘Out of every 100 men, 10 shouldn’t even be there, 80 are just targets, 9 are the real fighters and we are lucky to have them – for they make the battle. But the one, one is a warrior, and he will bring the others back,'” Tagalicud said while addressing the new EIB holders.
“You are that warrior. You Infantrymen, you Soldiers, you leaders, and candidates are the one in a hundred,” he said. “Many stepped forward to answer the question am I good enough. For you the answer in a resounding yes!”
The Expert Infantryman Badge was developed in 1944 to represent the infantry’s tough, hard-hitting role in combat and symbolize proficiency in infantry craft.
For the first Expert Infantryman Badge evaluation, 100 noncommissioned officers were selected to undergo three days of testing. When the testing was over, 10 NCOs remained. The remaining ten were interviewed to determine the first Expert Infantryman.
On March 29, 1944, Tech. Sgt. Walter Bull was the first Soldier to be awarded the Expert Infantryman Badge
Kilroy, the bald guy with the long nose hanging over a wall, may be the world’s first viral meme. While it didn’t originate with U.S. servicemen in World War II, it resonated with them. And Kilroy has had staying power all over the world well after WWII.
The graffiti originated with a British doodle called “Mr. Chad,” who commented on rationing and shortages during the war. Often accompanied by the phrase “Wot? No Sugar”, “Wot? No engines?”, or anything decrying the lack of supplies in Britain at the time. “Eventually,” etymologist Eric Shackle writes, “the spirit of Allied unity merged, with the British drawing appearing over the American phrase.”
The little graffiti doodle became a national joke. GIs and civilians alike would compete to draw “Kilroy was here” in the most remote, obscure places. “Kilroy was here” suddenly appeared on the torch of the Statue of Liberty, Arc de Triomphe in Paris, the Marco Polo Bridge in China, a girder on the George Washington Bridge in New York, and even the bellies of pregnant women in hospitals.
Kilroy the name is widely considered to originate from J.J. Kilroy, a welding inspector at the Bethlehem Steel Shipyards in Quincy, Massachusetts. The New York Times told the story of how Kilroy, tired of co-workers claiming he didn’t inspect their work, began writing “Kilroy was here” with a crayon, instead of making the usual chalk mark. When these ships came in for repairs in worldwide ports, wartime workers would open sealed compartments to find the doodle. This random appearance would be an amazing feat from the repair crews’ perspective since no one would have been able to access these areas.
For years, rumors and theories abounded about the origin of the name. In 1946, the American Transit Association held a contest, offering a full-size street car to anyone who could prove they were the real Kilroy. J.J. Kilroy entered and corroborated his story with other shipyard workers. The ATA sent the trolley to Kilroy’s house in Halifax, Mass. where he attached the 12-ton car to his home and used it as living space for his nine children.
China has tested a new anti-satellite weapon, marking a new threat to American space assets like reconnaissance satellites and the Global Positioning System. The Dong Neng 3 missile was previously tested on two occasions, including this past December.
According to a report by the Washington Free Beacon, the test took place late last month, and was not successful due to a problem with an upper stage of the missile. The test was broadcast on the Internet by a number of users in China near the launch facility. This has been part of a long process as China has pushed to acquire the means to carry out warfare in space.
“Since the early 1990s China has developed four, possibly five, attack-capable space-combat systems,” Rick Fisher, a senior fellow at the International Assessment and Strategy Center said. “China may be the only country developing such variety of space weapons to include: ground-based and air-launched counter-space weapons; unmanned space combat and Earth-attack platforms; and dual-use manned platforms.”
Harsh Vasani from Manpaul University in India, noted that the purpose of those systems would be to “counter the United States’ conventional strength and gain strategic parity, Chinese strategists believe, Beijing will need to strike at the U.S. Achilles heel—Washington’s over-reliance on satellites for [command, control, communications, computer, intelligence surveillance, and reconnaissance]. Beijing plans to exploit the vulnerable space infrastructure of the United States in the case of a war.”
The United States has carried out a number of its own anti-satellite tests in the past. Most notable was the 1980s-vintage ASM-135 ASAT missile, capable of being launched by F-15 Eagle air-superiority fighters. After a 1985 test, though, Congress prohibited further tests against satellites, and the program was ended in 1988. The ASM-135 could destroy satellites anywhere from 350 to 620 miles above the Earth.
In 2008, the Ticonderoga-class cruiser USS Lake Erie (CG 70) used a RIM-161 Standard Missile SM-3 to destroy a failed satellite. Operation Burnt Frost was a success, with the failed satellite being destroyed 133 nautical miles above sea level. China and Russia protested the operation.
American defense officials claim that the United States has “very robust” capabilities in space. But Air Force Gen. John E. Hyten says that China and Russia have been developing space-warfare capabilities.
Hyten noted that Chinese and Russian threats to American space systems will be “a much nearer-term issue for the commander after me, and for the commander after that person, it will be more significant because the gap is narrowing quickly” between American capabilities and those of China and Russia. A 2013 test of an earlier missile in the Dong Neng series reached up to 18,600 miles over the earth.
“It’s not very complicated. You treat it as a war-fighting domain. And when you do that, the answers are not that complicated. You have to have increased maneuver capabilities on our satellites. We have to have defensive capabilities to defend ourselves. These are just war fighting problems,” he said.
The US Navy said on Wednesday that one of its aircraft was intercepted by a Russian jet while flying in international airspace over the Mediterranean Sea.
The US Navy P-8A Poseidon, an anti-submarine and anti-surface warfare aircraft, was flying over the Mediterranean Sea when it was approached by a Russian Su-35 fighter jet, US Naval Forces Europe-Africa said.
“The interaction was determined to be unsafe due to the SU-35 conducting a high-speed, inverted maneuver, 25 ft. directly in front of the mission aircraft, which put our pilots and crew at risk,” the Navy said in a statement.
The crew of the P-8A Poseidon experienced “wake turbulence” during the 42-minute encounter, the Navy said.
“While the Russian aircraft was operating in international airspace, this interaction was irresponsible,” the Navy added. “We expect them to behave within international standards set to ensure safety and to prevent incidents.”
A Russian Su-35 jet performed a similar maneuver toward a P-8A Poseidon over the Mediterranean Sea in June. The jet buzzed the US aircraft three times in three hours and conducted a pass directly in front of it.
“This interaction was irresponsible,” the Navy said in a statement at the time.
On both occasions, the Navy said its aircraft was flying in international airspace and was not provoking the Russian aircraft.
Russia performed another provocative test by firing an anti-satellite missile on Wednesday, US Space Command said.
Russia’s direct-ascent anti-satellite test “provides yet another example that the threats to US and allied space systems are real, serious and growing,” Gen. John Raymond, the head of Space Command and chief of space operations for US Space Force, said in a statement.
“The United States is ready and committed to deterring aggression and defending the nation, our allies and US interests from hostile acts in space,” Raymond added.
President Donald Trump has confirmed that Mike Pompeo, the CIA director who is awaiting confirmation as secretary of state, met with Kim Jong Un in North Korea early April 2018.
Trump said the two men interacted “very smoothly” and formed a “good relationship.”
The talks are the highest-level meetings between US and North Korean officials since Madeleine Albright, then secretary of state, met Kim Jong Il in 2000.
“Mike Pompeo met with Kim Jong Un in North Korea last week,” Trump tweeted April 18, 2018. “Meeting went very smoothly and a good relationship was formed. Details of Summit are being worked out now. Denuclearization will be a great thing for World, but also for North Korea!”
The meeting was remarkable given that only one year ago North Korean propaganda accused the CIA of plotting to kill Kim.
Pompeo’s trip, which reports out April 17, 2018, said happened over the Easter weekend, an apparent conflict with Trump’s announcement, had been kept quiet as the US and North Korea deliberate on how best to coordinate a planned summer meeting between Trump and Kim.
(Photo vy Michael Vadon)
The news of Pompeo’s secret trip comes after South Korea confirmed that its officials were in talks to end the 68-year war on the Korean Peninsula with a peace deal, something to which Trump has given his blessing.
Any peace deal, however, would require Chinese and UN approval as well, since both are signatories to the 1953 armistice that paused, rather than ended, the war between North Korea and South Korea.
Other reports indicate that Trump has a plan to disarm North Korea of nuclear weapons by 2020. Experts, however remain deeply skeptical of Kim’s intentions.
Kim turns over a new leaf?
Though North Korea has touted its missile program as being able to hit the US with nuclear payloads, a capability experts believe the country has or is close to obtaining, Kim has recently opened himself up diplomatically like never before, starting with North Korea’s participation in 2018’s Winter Olympics in South Korea.
In recent weeks, Kim left North Korea for the first time since he took power in 2011 to meet Chinese President Xi Jinping in Beijing. He has also opened up his country to South Korean pop bands, which he is thought to love. Kim actually attended a K-pop concert where he was reportedly in good humor and made jokes.
North Korea strictly controls the media in its country, and citizens caught enjoying South Korean media have been put to death or taken to labor camps.
Do Jong-hwan of South Korea’s Ministry of Culture, Sports, and Tourism told foreign media that K-pop songs being performed in North Korea “could have considerable influence” on the country’s culture, according to NK News.
Experts have told Business Insider that Kim opening his country to the outside media could easily lead to his death, as his government holds power without input from its people and has kept them in meager conditions while South Korea has thrived.
Or is Kim waging a diplomatic offensive?
North Korea has moved toward talks with the US several times before, only to back out — though never under its current leader. Also, no other North Korean leader has met with a sitting US president, as Kim and Trump plan to summer 2018, though that has largely been because US presidents have rejected such meetings or imposed conditions that have not been met.
Thae Yong-ho, the highest-ranked North Korean defector, reportedly warned a meeting of the Mulmangcho Foundation organization that Kim was unlikely to deliver in the talks.
According to the South Korean newspaper Chosun Ilbo, he said: “Kim will act during his summits with Seoul and Washington as if he were determined to dismantle nuclear weapons in stages — first declaring dismantlement followed by incapacitating nuclear weapons and denuclearization.”
In Thae’s view, Kim will extract concessions from the US but never truly rid his country of nuclear weapons, given that Kim wrote possession of such weapons into the country’s constitution in 2011.
Despite the moves toward peace and reconciliation on both sides of the Korean Peninsula, the US and its allies have resolved to maintain what the Trump administration calls a “maximum pressure” strategy against Pyongyang, which calls for harsh sanctions and a buildup of military forces in the region.
It’s been a long time since the Cubs won the World Series. 108 years, in fact; the last time the Cubs won was in 1908, when they captured two World Series titles in a row.
Last night they made history and broke the Curse of the Billy Goat by clinching Game 7 of the World Series in extra (rainy) innings with a final score of 8-7.
A lot has happened in the world since 1908. The internet, Communism, Justin Bieber. But what about warfare?
Well, the military has changed quite a bit too, and some of the changes have completely revamped the way wars are fought today. Here are ten of the biggest military innovations and changes that occurred since the last time the Cubs won the World Series:
1. No more cavalry charges
Cavalry charges were still pretty common in the early 20th century, and in World War I all sides used horses to some extent. The Germans stopped utilizing armed cavalry on the battlefield shortly after the war’s outset, but the Ottoman Empire and the British used cavalry extensively in the Middle East theater.
During World War I, machine guns cut through horses in swaths, and the chemical weapons first used by the Germans killed many more. They were still used to drag equipment through the mud, however, and at one point German troops were told that the life of a horse has more tactical value than that of an infantryman.
Ultimately, though, machine guns and artillery rendered the horse-led cavalry charge obsolete. The horses were replaced by tanks, although these didn’t truly live up to expectations until World War II.
Although the Wright Brothers first flew a heavier-than-air manned airplane in 1903, planes in warfare didn’t come about until around 1911. During World War I airplanes became very important for reconnaissance missions, and as they became more maneuverable, some planes were designed to shoot down the recon planes. This led to fighters, bombers, and the jets that we know today.
Modern warfare generally favors the side that controls the skies, and for that reason, high-tech planes with sophisticated radar and other technologies are closely guarded secrets by states concerned about their leakage. The United States’ protracted counterinsurgency wars, however, have proven that even though you control the skies, it doesn’t always mean you win.
3. U.S. Army Special Forces started operating operationally
The first true Special Forces Group, the 10th, was formed in 1952 under Col. Aaron Bank. They evolved from Office of Strategic Services troops that had served behind enemy lines during World War II. Concurrent with this was the founding of the Psychological Warfare School, later known as the John F. Kennedy School of Special Warfare. The original goal of the Army’s Special Forces was “to infiltrate by land, sea or air, deep into enemy-occupied territory and organize the resistance/guerrilla potential to conduct Special Forces operations, with emphasis on guerrilla warfare.”
Special Forces have fought in every conflict since Korea and evolved into a number of different roles. They have grown in number and size and now consist of some of the most elite soldiers in the United States Army, trained in multiple missions, including direct action and foreign internal defense.
4. Chemical weapons: a sick burn
The Cubs might have gone 108 years without winning a world series, but the world has only gone 101 years since the first chlorine gas attack.
On April 22, 1915, a man named Fritz Haber oversaw the world’s first successful chemical weapons use. The German scientist had been attempting to convince a German commander to use the gas on Allied troops but had thus far met with scorn and derision. One commander, however, let him try it, and when the wind finally turned toward the Allied troops, he unleashed the gas.
That single attack killed more than 1,100 Allied troops. By the end of World War I, more than 50 different poisons had been used on the battlefield, and gas masks had become a tactical necessity.
Today, the use of chemical weapons is a war crime, although that didn’t stop Saddam Hussein from gassing thousands of Kurds in northern Iraq, or Bashar al-Assad using gas on his own people.
5. Meals, Ready to Eat began constipating troops everywhere
The Department of Defense decided to re-vamp their combat rations in 1975, when they declared the MRE would be the new way of feeding troops in combat. The first delivery of MRE’s occurred in 1981, and they were first field tested by the 25th Infantry Division in 1983.
MRE’s were a huge step forward for field rations because they could be kept almost indefinitely, and they did not require a flame to heat the entrees. MRE’s nowadays are much tastier than the maggot-filled tack that soldiers of the Continental Army used to eat, and troops can pick and choose menu items. Plus, Jalapeno cheese. Enough said.
6. Aircraft carriers became a thing
With the advent and importance of aircraft in modern warfare, it was only natural that nations sought to project that flight power to different parts of the world. After all, what good was a runway for planes if it wasn’t near the combat zone?
To that end, armies and navies first tried launching balloons off of wooden ships, but when the propeller plane came around, they started putting aircraft on ships. The Japanese ship Wakamiya lowered seaplanes onto the water using its crane in 1914 during the battle of Tsingtao, making this the first use of an “aircraft carrier” in warfare.
During the 1920’s, truly dedicated carriers with launch pads were commissioned and became an integral part of shaping the way the world fights wars. Nowadays, the US Navy’s powerful carriers carry lethal jets and ground forces to places all over the world in order to project United States military power.
Tanks, along with airplanes and aircraft carriers, changed the way that wars are fought. Although the infantry was the major component of fighting in World War I, by World War II the way was being led by quick, lethal tanks that could maneuver and shoot accurately at the same time. The armor provided by the vehicle shielded its occupants from most small arms fire and allowed infantry to follow behind.
Modern land warfare owes its origins to the tank, which debuted at the Battle of the Somme in 1916 to limited success. They simply could not operate in the artillery-churning mud of the front, and often became bogged down before even advancing.
During World War II, the Germans used their lightning-fast tanks in the Blitzkrieg doctrine in combination with airplanes and infantry. Later on, tanks became more and more technologically advanced, and in modern times a tank can make an enormous difference on the battlefield, although they are still vulnerable to ever-more-lethal anti-tank rockets and missiles.
8. Night vision let people see the night, visually
In the early days of World War II German scientists experimented with night vision devices with some limited success, even going so far as to equip their Panther tanks with night vision. But it wasn’t until the Vietnam War that the first practical, mass-produced night vision devices, the AN/PVS-1 and 2 starlight scopes, were introduced. Even though they were bulky and easily broken, these scopes gave U.S. troops an advantage on the battlefield. They used ambient light to amplify the picture around them, allowing troops to see enemies moving in the dark.
Today, the United States military has some of the best night vision around, giving it advantages in the wars that it fights worldwide. Each member of an infantry or special operations unit can have his or her own individual night vision device, which are now compact and project pictures in high definition. Some devices even incorporate thermal imaging along with amplified ambient light to produce a better picture. This gives US troops a massive advantage over enemies in Afghanistan and Iraq, who have to use captured equipment and have little repair capability.
9. Widespread use of body armor
While the concept of protecting oneself from harm with armor has existed for millennia, the modern age of personally-issued body armor didn’t occur until around the time of the Korean War. Even then, the vests were issued mostly for protection from shrapnel, and were bulkier and heavier than modern vests.
It wasn’t until the 1971 discovery of Kevlar by scientist Stephanie Kwolek that body armor became ligher and able to stop real bullets, including most pistol rounds.
In 1975, American Body Armor introduced a vest that used 15 layers of Kevlar and a “shok plate,” which could protect against high-velocity rifle rounds. This set the standard for modern military body armor, which now often consists of so-called “soft” armor for pistol rounds and shrapnel, and hard ceramic plates for high-velocity bullets. Advances in technology have made it so that troops, particularly those in well-funded special operations units, can have the best of both worlds: lightweight protection for vital organs and ultimate maneuverability.
10. Missiles and precision-guided munitions
While airplanes changed the way wars were fought in the 20th century, the way airplanes were used was changed just as fundamentally with the advent of guided missiles. Although civilizations had been experimenting with rocketry for centuries, the V1 and V2 rockets of Germany in World War II were the first true guided missiles used in warfare. Following that, various countries began using missiles on their ships, jets and trucks, and creating massive, world-travelling Intercontinental Ballistic Missiles equipped with nuclear warheads. If it weren’t for our massive experimentation in missile technology, the world would not have known the war-shaping theory of Mutually Assured Destruction, or the standoff capabilities of a guided missile destroyer launching cruise missiles into Saddam Hussein’s Iraq.
Modern missiles use Global Positioning Systems to find and destroy the enemy, and are becoming ubiquitous for the United States; today, more than 80 percent of bombs dropped by the United States military are precision-guided They are essential in preventing civilian casualties in a world where states fight terrorist groups rather than each other.
The Army has started building an emerging technology connecting soldier night-vision goggles to thermal weapons sights, allowing soldiers in combat to more quickly identify and destroy enemy targets, service officials said.
Army officials told Scout Warrior that Low-Rate Initial Production of the technology, called Rapid Target Acquisition, began in recent months. The system is slated to be operational in combat by 2018.
Rapid Target Acquisition merges two separate Army developmental efforts to engineer, deliver and combine new, upgraded night vision goggles, called Enhanced Night Vision Goggle III, or ENVG III, with next-generation thermal weapons sights –called Family of Weapons Sights – Individual, or FWS-I, Army officials said.
Army Soldiers tracking and attacking enemies in fast-moving combat situations will soon be able to shoot targets without bringing their rifle and weapons sights up to their eyes, service officials told Scout Warrior.
A wireless link will show the reticle from thermal weapons sights directly into the night vision goggle display, allowing soldiers to quickly track and destroy targets with great accuracy without needing to actually move the weapon to their shoulder and head to see the crosshairs through the thermal sights.
Enhanced targeting technology is of particular relevance in fast-developing battle circumstances such as Close Quarter Battle, or CQB, where targets can emerge and disappear in fractions of a second. Being able to strike quickly, therefore, can bring added lethality and make the difference between life and death for soldiers.
“This provides rapid target acquisition capability. The soldier no longer has to shoulder their weapon. If you can imagine looking through a goggle and some target or threat presents itself, a soldier no longer has to come all the way up. He or she can put the bubble on the image and engage the target in that manner,” Lt. Col. Timothy Fuller, former Product Manager, Soldier Maneuver Systems, told Scout Warrior in an interview last year, before initial production began.
FWS-I is a thermal sight mounted on top of an M4 rifle. It can also be configured for crew-served weapons such as a .50-cal machine gun or sniper rifle, Army officials said.
“The thermal image you are seeing is wirelessly transmitted to the Enhanced Night Vision Goggle III and is displayed in its display. What you ultimately have is the crosshairs and a portion of the thermal weapon sights image spatially aligned to the image that the soldier sees in the night vision goggles,” said former Maj. Nicholas Breen, Assistant Product Manager, Family of Weapon Sights-Individual.
The Army’s ENVG III, which will begin formal production next Summer, will provide soldiers with image-intensification, improved resolution and a wider thermal camera field-of-view compared to prior models.
“The night vision goggle takes two channels. This incorporates an image-intensification where you look through your goggle and are seeing a standard night vision goggle view and a thermal image all in one image. The two channels are on top of one another and they are fused together so that you get all of the benefit of both channels,” Maj. Brandon Motte, former Assistant Product Manager, Enhanced Night Vision, said.
The improved, or higher-tech, ENGV IIIs will also help with maneuverability and command and control by enabling soldiers to see a wider field of view with better resolution and even see infrared lasers, Motte added. The technology is now going through production qualification testing and will be operational in 2017.
“This greatly improves the lethality and visibility in all weather conditions for the soldier – one very small, very lightweight night vision goggle,” Motte said.
Of greatest importance, however, is that the ENVG III will enable the wireless link with the weapon sights mounted on the gun.
“The reticle will show up in the night vision goggle when the weapon is pointed at a target,” Fuller explained. “As soon as you see a target, you can engage. You no longer have to bring it up to your face. The display is right in front of your eyes.”
The Army plans to acquire as many as 40,000 ENVG IIIs. ENVG III is being engineered to easily integrate FWS-I as soon as it is slated to be operational in 2018.
BAE Systems and DRS are the defense industry vendors involved in the developmental effort, Army officials said.
Those mad bois over at the Defense Advanced Research Project Agency are at it again. This time, they want to create a system that would let you eat your own trash, and to be honest, you’d probably like it. (The system, not the taste.)
Senior Airman Frances Gavalis tosses unserviceable uniform items into a burn pit March 10, 2008, at Balad Air Base, Iraq.
(U.S. Air Force Senior Airman Julianne Showalter)
Right now, the U.S. military either carts out or burns much of its trash, depending on security and environmental factors. This is resource-intensive for a force, especially during missions that are already logistically strained like special operations, expeditionary task forces, and disaster response.
But that means that the military has to burn fuel to bring supplies in on trucks, then use more fuel to cart out the trash or burn it. If the trash can be recycled locally instead, especially if it can be turned into high-need items like fuel, lubricants, food, or water, it could drastically cut down on the logistics support that troops need.
And that’s why DARPA wants you to eat your own trash. Not because they find it funny or anything, but because macronutrients can be pulled out of trash and re-fed to troops to supplement their diets.
A DARPA graphic shows how a military force’s trash and forage could be fed through a system to create organic products like fuel and food.
And that leads us to ReSource, a new program under DARPA’s Biological Technologies Office. It’s led by Program Manager Blake Bextine, and he said in a press release that, “In a remote or austere environment where even the basics for survival can’t be taken for granted, there can be no such thing as ‘single use.'”
A successful ReSource system will be capable of completing three main processes: breaking down mixed waste, including recalcitrant, carbon-rich polymers like those in common plastics; reforming upgradeable organic molecules and assembling them into strategic materials and chemicals; and recovering purified, usable products. In the case of food, the ReSource output would be a basic product composed of macronutrients ready for immediate consumption.
Spc. Mary Calkin, a member of the Washington State National Guard, takes a plate of food at the Freedom Inn Dining Facility at Fort Meade, Maryland.
(U.S. Army photo Joe Lacdan)
Operators would feed waste into the system and then select what supplies were most valuable to them at the time. Need food? Well, it sounds like you’re getting a paste, but at least you’ll have something to keep you going. But when there is plenty of MREs or locally sourced food to go around, commanders could opt for fuel for generators and lubricants for equipment.
And there’s no reason that the feedstock would necessarily be limited to strictly trash. After all, a bunch of tree branches may not be edible for troops, but the ReSource setup might be able to extract the nutrients and create something that troops could consume, maybe with a lot of spices.
Systems would range in size depending on what is needed, potentially as small as a man-portable system for small teams but going as high as a shipping container that could support much larger operations. Ideally, no specialists would be needed to run the system. Troops don’t need to know how the system works; they just feed waste in and take supplies out.
It’s a new DARPA program, meaning that DARPA is looking for researchers to bring ideas and nascent technologies to the table for consideration.
Their Proposers Day meeting for ReSource will take place on August 29 in Phoenix.
But Kim told Li that the regime had already taken steps towards denuclearization, like refraining from further nuclear and missile testing, and awaited the US to reciprocate in its actions. US intelligence reports indicate that North Korea has continued to work on its nuclear program and missile arsenal.
“We would like the United States to take some kind of action that is reasonable, then we would like to move forward along the process of a political solution,” Kim told Li during their meeting, according to the Asahi Shimbun, citing Chinese state media.
The North Korean leader added that the country is “taking measures by sticking firmly to the agreement” made with President Donald Trump during their summit in June 2018, though he did not expand on what measures had been taken, Asahi added.
North Korean Leader Kim Jong Un.
Moscow official Valentina Matviyenko said on Sept. 10, 2018, that Kim appealed to Russia to help ease crippling sanctions imposed against the regime, given the “steps they have been taking” in line with Kim’s agreement with Trump, Russia’s TASS state news agency reported.
“Those are very serious steps aimed at the denuclearization of the Korean Peninsula,” she said, adding that Kim expects “reciprocal” measures by the US because “it is impossible for only North Korea to take unilateral steps on denuclearization.”
The relationship between the US and North Korea remains uneasy
Relations between North Korea and the US have grown stale in recent months, though both sides appear to be open to dialogue.
But on Sept. 10, 2018, the White House said it’s planning another summit between Trump and Kim after it received “further evidence of progress” with Pyongyang in the form of a “very warm and very positive” letter. Press Secretary Sarah Huckabee Sanders said no details have been finalized, and said it will not release the full letter unless Kim agrees it should be made public.
On Sept. 9, 2018, Trump praised Kim’s muted 70th anniversary celebrations, which didn’t feature its usual showcase of nuclear weapons, as a sign of progress.
“This is a big and very positive statement from North Korea,” he tweeted. “Thank you To Chairman Kim. We will both prove everyone wrong! There is nothing like good dialogue from two people that like each other!”
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Soldiers are about to get their hands on the Army’s new Joint Light Tactical Vehicles (JLTVs), and the first unit will start receiving the trucks as 2019 begins.
These deliveries keep the program right on schedule, following an Army Systems Acquisition Review Council decision in December 2018 to move forward with fielding JLTVs to the 1st Armored Brigade Combat Team, 3rd Infantry Division. The unit, located at Fort Stewart, Ga., will start receiving its own JLTVs in January 2019, and should be fully equipped with about 500 new JLTVs by the end of March 2019.
“The JLTV program exemplifies the benefit of strong ties between the warfighter and acquisition communities,” said Dr. Bruce Jette, the assistant secretary of the Army for Acquisition, Logistics, and Technology. “With continuous feedback from the user, our program office is able to reach the right balance of technological advancements that will provide vastly improved capability, survivability, networking power, and maneuverability.”
The new trucks represent a significant modernization success for the Army and Marine Corps, with the program on track to replace many venerable High Mobility Multipurpose Wheeled Vehicles (HMMWV).
“I simply could not be prouder of the team that is bringing JLTV to reality,” Jette continued. “Our single focus is giving soldiers better capabilities, and our team of soldiers, Marines, and civilians worked tirelessly to deliver an affordable, generational leap ahead in light tactical vehicles.”
Joint Light Tactical Vehicles demonstrate their extreme off-road capability at the U.S. Marine Corps Transportation Demonstration Support Area at Marine Corps Base Quantico, Va.
(U.S. Army photo by Mr. David Vergun)
The JLTV family of vehicles is designed to restore payload and performance that were traded from light tactical vehicles to add protection in recent conflict. JLTVs will give soldiers, Marines, and their commanders more options in a protected mobility solution that is also the first vehicle purpose-built for modern battlefield networks.
“We are very excited to get these trucks into the hands of our soldiers,” said Col. Mike Adams, 1st Armored Brigade Combat Team commander. “It’s an honor to be chosen as the first unit to receive such an improved capability, and I look forward to getting it into our formations.”
The JLTV program remains on schedule and on budget as it wraps up its low rate initial production phase, yet the program office’s work is far from over. As warfighter needs change, the team will continue to explore ways to refine the design and the capability it offers.
More deliveries are slated across each service in 2019. Ultimately, the Army anticipates purchasing 49,099 vehicles across its Active, Reserve, and National Guard components, and the Marine Corps more than 9,000.
The JLTV will be fielded in two variants and four mission package configurations: General Purpose, Close Combat Weapons Carrier, Heavy Guns Carrier, and a Utility vehicle.
Entering the Imperial German Navy in 1911, Karl Dönitz, a Berlin native, served as a submarine commander in WWI as Hitler was coming into power. While underway on deployment in 1918, his UB-68 was badly damaged by British forces and eventually sunk, but Dönitz was captured and transported to a POW camp.
After nine months of captivity, Dönitz was released from custody back to German hands where he was appointed by General Admiral Erich Raeder to command and create a new German U-boat fleet.
Under his new position, he developed a U-boat patrolling strategy called “wolfpack” formations — meaning groups of submarines would maneuver in straight lines. Once the patrolling U-boats came in contact with enemy vessels, they would signal the wolfpack who would then charge forward and attack.
Admiral Karl Dönitz meets with Adolf Hitler (Source: Wikipedia Commons)
In 1943, Dönitz replaced General Admiral Raecher as Commander-in-Chief (the same man who originally assigned him) and with his naval warfare expertise began winning Hitler’s trust.
During his role as Commander-in-Chief, Dönitz was credited with sinking nearly 15 million tons of enemy shipping, coordinating reconnaissance missions, and allowing his U-boat commanders to strike at will when they believed they could inflict the most damage. At that same time, he commanded of 212 U-boats and had another 181 on standby used for training. His tactics proved to be superior to those of his enemys until the invention of microwave radar which managed to spot his German created U-boats sooner than before.
After Hitler died, his last will and testament named Dönitz as commander of the armed forces and the new Reich president. For the next 20 days, he served the last leader of Nazi Germany until the British once again captured him on May 23, 1945.
During the Nuremberg Trials, Dönitz was charged with multiple war crimes and sentenced to 10 years in Berlin’s Spandau prison. Upon his release, he published two books and continued to state he had no knowledge of any crimes committed by Hitler.