The U.S. Air Force may end the careers of four Texas pilots it believes were dealing ecstasy and pot.
There were no witnesses. No drug paraphernalia were found. The officers’ drug tests all came back clean.
The evidence the Air Force found? Text messages between those involved through a search conducted before a warrant was granted. The texts themselves were quotes from “Pop Another Pill” by JellyRoll, songs by Warren G., Miley Cyrus and quotes from the 2005 film “Wedding Crashers.” The pilots’ took a trip to Las Vegas, where Cyrus’ “We Can’t Stop” became a theme of their textual conversations after they heard it on the radio.
The four Airmen are already off of flight status, stripped of their wings, and have huge, glaring blemishes on their records, which will hurt their Air Force careers as well as any possibility of becoming a commercial pilot once they leave the Air Force.
One pilot told his buddy who was at a wedding to come meet him on the town afterward and to “bring you[r] bridesmaid bitches.” The pilots also joked about “poppin pills” and “smokin’ bud.” According to The Daily Beast, one of the accused wrote his commanding officer:
“I can’t imagine a scenario in which a group of Air Force officers would be texting about engaging in criminal acts if that’s what they actually had done,” told the CO. “Maybe I’m naive in this regard, but it makes no sense to me.”
America’s biggest hater was born into one of Saudi Arabia’s wealthiest families.
In 2009, the Bin Laden family was listed as the 5th wealthiest Saudis by the Wall Street Journal, with a reported net worth of $7 billion. Yet, despite being born into extreme privilege he used his wealth to fund extreme ideology and terror. The way he lived his life was the key to his charisma, according to the American Heroes Channel video below.
The US Lockheed U-2 Spy plane is arguably one of the most capable platforms in the sky, but it needs backup when it comes in for a landing.
With only two wheels, the aircraft is incredibly unsteady when it touches down, and pilots have their hands full during the entire landing process.
The solution? Send a back-up pilot to trail the plane in a car while offering control inputs. The ground pilot can reach speeds around 140 mph while attempting to keep up with the aircraft. And without his help the plane could ground loop or worse.
Heat, smoke, and that loud “wop-wop” sound make helicopters easy targets on the battlefield. For these reasons, helicopters make the unlikeliest candidates for stealth technology. But during the 1990s and early 2000s, Boeing-Sikorsky challenged that notion with the RAH-66 Comanche helicopter.
The Light Helicopter Experimental program is the brainchild of the U.S. Army. It charged Boeing-Sikorsky with developing armed reconnaissance and attack helicopters. The result incorporated stealth technologies that minimized radar and human detection. It used advanced sensors for reconnaissance intended to designate targets for the AH-64 Apache. The helicopter was also armed to the teeth with tucked away missiles and rockets to destroy armed vehicles. Two prototypes were built and tested but the project was ultimately canceled in 2004.
Universal pictures has the option for former Army Staff Sgt. David Bellavia’s memoir of the Second Battle of Fallujah, “House to House.” They’ve selected their writer to adapt the book into a screenplay and it’s another Army infantry veteran, Max Adams.
Staff Sergeant David Bellavia captures the brutal action and raw intensity of leading his Third Platoon, Alpha Company, into a lethally choreographed kill zone: the booby-trapped, explosive-laden houses of Fallujah’s militant insurgents. Bringing to searing life the terrifying intimacy of hand-to-hand infantry combat, this stunning war memoir features an indelibly drawn cast of characters, not all of whom would make it out of the city alive, as well as chilling accounts of Bellavia’s singular courage: Entering one house alone, he used every weapon at his disposal in the fight of his life against America’s most implacable enemy.
Bellavia was nominated for the Medal of Honor for his part in clearing a building of insurgents after he and his men were ambushed. He ultimately received the Silver Star. Adams served with the Rangers during 11 years of service from 1995-2006. He recently produced two movies, “Bus 657” starring Robert De Niro and “Precious Cargo” starring Bruce Willis.
China’s no-holds-barred military modernization program has included some attention-grabbing new technologies seemingly drawn from the recesses of science fiction. In addition to the development of artificial intelligence technology, experiments in weather control, and the development of microwave “heat ray” weapons, Beijing has also reportedly pursued programs to genetically engineer super soldiers.
And if a recent Chinese news report is to be taken at face value, the Chinese military has already deployed troops equipped with strength-enhancing exoskeleton suits to the disputed Sino-Indian Himalayan border.
According to a report by the Chinese state broadcaster CCTV, a detachment of Chinese border guard troops wearing the exoskeleton suits hauled a supply delivery to a mountaintop outpost in China’s southwestern Ngari prefecture — a Himalayan territory within the Tibetan Autonomous Region that includes portions of China’s contested border with India. In a video news report posted online, Chinese soldiers don devices that attach to their legs and waists, providing extra propulsion and support as they shouldered loads (containing food parcels to celebrate the Lunar New Year) up a rugged mountain trail at a reported altitude of roughly 16,700 feet.
Chinese forces first advertised their use of the exoskeletons in the Himalayan region in February, according to Chinese news reports, which touted the technology as a way to increase an individual soldier’s load-carrying capacity — especially at high altitude. An October CCTV video showed Chinese soldiers lifting heavy crates with the assistance of another, more substantial exoskeleton suit variant with a brace that extends the length of the wearer’s spine.
While eye-catching, the varied Chinese exoskeleton suits are more or less analogous to the designs currently being tested by the US military. Last year, the US Army began a four-year, $6.9 million research program to evaluate exoskeleton suits for military use. The suits under review are designed to artificially enhance the physical performance limits of a soldier — allowing him or her to run faster, jump higher, and carry heavier loads.
“As we explore the more mature exoskeleton options available to us and engage users, the more we learn about where the possible value of these systems is to army operations,” David Audet, a division chief in the Soldier Effectiveness Directorate at the US Army Natick Soldier Research, Development and Engineering Center, told Army-technology.com.
The US Army is currently evaluating multiple exoskeleton variants, including designs by American defense firms such as Lockheed Martin and Dephy.
Lockheed Martin’s Onyx suit includes leg attachments that resemble therapeutic leg braces connecting to a waist belt. The Onyx uses electromechanical knee actuators, multiple sensors, and an artificial intelligence computer to boost human strength and endurance, according to Army-technology.com.
“Before the army can consider investing in any development above what industry has done on their own, we need to make sure that users are on board with human augmentation concepts and that the systems are worth investing in,” Audet said.
US Special Operations Command (SOCCOM) and the Defense Advanced Research Projects Agency (DARPA) have also built exoskeleton suits of their own. Comprising a roughly 700-pound suit replete with anti-ballistic, full-body armor and an array of sophisticated sensors, the SOCCOM design was deemed unwieldy and unworkable and was ultimately canceled, according to industry reports.
The DARPA exoskeleton is a so-called soft suit that facilitates easier freedom of movement while providing extra power to a soldier’s waist, hips, thighs, and calves.
China and India share a 2,000-mile-long border in the Himalayas, which includes some of the harshest terrain and environmental conditions on earth. It is an ideal testing ground for China’s burgeoning exoskeleton technology.
Much of the region is above 14,000 feet in altitude. It is arid and cold, with severe exposure in places. The unfiltered sunlight at high altitude can cause blindness if not wearing the right sunglasses. And the lack of oxygen can cause lethal afflictions like pulmonary and cerebral edemas to strike without warning.
Deployed troops have to spend weeks acclimating to the reduced oxygen levels at such heights before they’re able to perform their duties. For the Indian army, this takes place at an outpost on the Chang La pass — which, at 17,586 feet in altitude, is roughly the same height as Mount Everest base camp.
Tensions between China and India inflamed in May after reports of fistfights between Chinese and Indian border patrols at two different sites along the so-called Line of Actual Control, or LAC, which denotes the two countries’ Himalayan frontier in a remote Indian region called Ladakh.
Chinese units have also claimed territory near Pangong Tso, a high-altitude lake that marks part of the Himalayan frontier between the two countries. The two sides have overlapping claims on the lake. A hand-to-hand brawl in June left 20 Indian soldiers dead; Chinese troops have also used microwave weapons to harass Indian troops, according to news reports.
Both Indian and Chinese forces are in the midst of a phased withdrawal from the contested Himalayan border region, Indian news outlets report. The bilateral moves are intended to restore the border area to its status prior to last summer’s escalated tensions.
“Both sides will cease their forward deployments in a phased, coordinated and verified manner,” Indian Defense Minister Rajnath Singh said Feb. 11.
Feature photo: Screenshot from YouTube courtesy of Chinese Media Perspective
When a soldier is wounded on the battlefield, medics get the call.
Medics are sort of like paramedics or emergency medical technicians in the civilian world, except paramedics and EMTs are less likely to carry assault rifles or be fired at by enemy forces. When everything goes wrong, soldiers count on the medics to keep them alive until they can be evacuated to a field hospital.
Ninety percent of soldier deaths in combat occur before the victims ever make it to a field hospital; U.S. Army medics are dedicated to bringing that number down.
To save wounded soldiers, the medic has to make life or death decisions quickly and accurately. They use Tactical Combat Casualty Care, or TCCC, to guide their decisions. TCCC is a process of treatment endorsed by the American College of Surgeons and the National Association of Emergency Medical Technicians.
First, medics must decide whether to return fire or immediately begin care.
Since the Geneva Convention was signed, the Army has typically not armed medics since they are protected by the international law. But, the Iraq and Afghanistan wars have mostly been fought against insurgencies who don’t follow the Geneva Convention and medics have had many of their markings removed, so they’ve been armed with rifles and pistols.
When patients come under fire, they have to decide whether to begin care or return fire. The book answer is to engage the enemies, stopping them from hurting more soldiers or further injuring the current casualties. Despite this, Army medics will sometimes decide to do “care under fire,” where they treat patients while bullets are still coming at them.
Then, they treat life-threatening hemorrhaging.
Major bleeding is one of the main killers on the battlefield. Before the medic even begins assessing the patient, they’ll use a tourniquet, bandage, or heavy pressure to slow or stop any extreme bleeds that are visible. If the medic is conducting care under fire, treatment is typically a tourniquet placed above the clothing so the medic can get them behind cover without having to remove the uniform first.
Now, they can finally assess the patient.
Once the medic and the patient are in relative safety, the medic will assess the patient. Any major bleeds that are discovered will be treated immediately, but other injuries will be left until the medic has completed the full assessment. This is to ensure the medic does not spend time setting a broken arm while the patient is bleeding out from a wound in their thigh.
During this stage, the medic will call out information to a radio operator so the unit can call for a medical evacuation using a “nine-line.” Air evacuation is preferred when it’s available, but wounded soldiers may have to ride out in ambulances or even standard ground vehicles if no medical evacuations are available.
Medics then start treatment.
Medics have to decide which injuries are the most life-threatening, sometimes across multiple patients, and treat them in order. The major bleeds are still the first thing treated since they cause over half of preventable combat deaths. The medics will then move on to breathing problems like airway blockages or tension pneumothorax, a buildup of pressure around the lungs that stops a soldier from breathing. Medics will also treat less life-threatening injuries like sprains or broken bones if they have time.
Most importantly, Army medics facilitate the evacuation.
Army medics have amazing skills, but patients still need to get to a hospital. Medics will relay all information about the patient on a card, the DA 7656 and the patient will get on the ambulance for evacuation. The medic will usually get a new aid bag, their pack of medical materials, from the ambulance and return to their mission on the ground, ready to help the next soldier who might get wounded.
Marine Corps-wide implementation will take place no later than the beginning of fiscal year 2022, with active-duty forces transitioning by October 1, and Marine Forces Reserve transition in FY22. During the second and third quarters of fiscal year 2021, Weapons Training Battalion at Marine Corps Base Quantico, Virginia, will provide training and assistance on the conduct of ARQ to formal marksmanship training units in order to facilitate the transition to service-wide ARQ implementation.
The ARQ includes a three-day course of fire. Day one includes a “holds day,” with the drill portion conducted first. Days two and three are pre-qualification and qualification, respectively, where the destroy portion is conducted first with engagements starting far to near in order to foster an offensive combat mindset.
The more operational training requires Marines to conduct the course of fire in helmet and body armor but allows the opportunity to use bipods, rest the weapon on their magazine, or rest their weapon on their assault pack as long as time constraints are met. Scoring is measured by lethal effects with destroying targets in the allotted time.
“This enables the individual Marine the opportunity to engage their weapon system from multiple firing positions and find the most efficient way to utilize alternate shooting positions throughout the course of fire,” said Viggiani. “Our operating environment has changed over the years, so we had to make changes to our qualifications on marksmanship.”
Other significant updates include the incorporation of a singular target throughout the course of fire, with exception of a moving target at the 100-yard line, with a requirement to score by hitting “lethality zones” and the introduction of support barricades at the 100 and 200 yards, allowing Marines to shoot from the standing, kneeling, or supported position with stationary and moving targets. This transition from a competition-style course of fire to assessing lethal effects on a target is a significant change for the ARQ.
Similar to the Physical Fitness and Combat Fitness Tests, Marines must achieve a minimum standard in each portion of the course of fire to qualify in the overall assessment.
The implementation of the ARQ directly impacts the mission statement, “We must adapt our training in a manner consistent with the threat and anticipated operational challenges,” as stated in the Commandant’s Planning Guidance.
This article originally appeared on Marines. Follow @USMC on Twitter.
In early 1918, American troops were reaching France and beginning to make an impact on the ebb and flow of the war. While the previous combatants had been largely deadlocked for years, fresh American troops could turn the tide of otherwise evenly matched fights.
Germany was on the losing side of this power shift and needed to win the war before more American troops and equipment could arrive. A grand offensive was planned that would come to be known as the Fourth Battle of Ypres or the Battle of Lys.
If successful, it would have forced the British back to the channel ports and possibly caused an evacuation like that in nearby Dunkirk 22 years later.
A British artillery crew maneuvers its 18-pounder field gun at Saint Floris during the Battle of the Lys, also known as the Fourth Battle of Ypres. (Photo: Imperial War Museum)
A two-day artillery bombardment preceded an attack on April 9, 1918, that drove the Portuguese defenders in the Ypres Salient back five miles and cost 7,000 Portuguese lives.
British troops in the area were forced to pull back and cover the gaps of the withdrawing Portuguese soldiers and nightfall on April 9 found them in a precarious position. They held the high ground that the Germans desperately needed and they were outnumbered. The British 19th Division was attempting to hold off a concerted attack by the entire German Fourth Army.
In this brickfilm, a stop-animation movie made almost entirely with Legos, YouTube user Snooperking recreates that disastrous morning for the allies in April 1918 as the British attempt to hold the line and prevent the Germans taking the high ground.
Snooperking, YouTubeSnooperking does a pretty impressive job with the Legos, representing dead bodies from previous fighting with small skeletons and using different Lego heads to capture the fear of the attackers, the resolve of the defenders, and the utter panic when any soldier finds himself on the wrong end of the bayonet.
Luckily, while the middle weeks of April 1918 were disastrous for the British in terms of lost territory, they did bleed the Germans heavily for every yard of territory lost. The German offensive stalled and was called off at the end of April. German losses during the attack allowed for their stunning defeats a few months later as Allied forces, bolstered by American reinforcements, went on the offensive.
Then the late 1990s Asian financial crisis hit Thailand. Bangkok’s grand plans for its carrier were significantly hobbled. Commissioned in 1997, the same year the financial crisis struck the country, the Chakri Naruebet — which means “Sovereign of the Chakri dynasty,” the Thai monarchy’s ruling family — was mostly consigned to sitting in port due to lack of funding.
Now, according to The Motley Fool, Asia has plenty of aircraft carriers, as China, India, Japan, and South Korea all have carriers of different sizes. Not wanting to be left out, Singapore is on its way to constructing a carrier too.
All this competition has only made Thailand’s once-proud carrier look like a bizarre reminder of the country’s dysfunction, rather than the symbol of growing prestige that it was intended to be.
According to The Diplomat, Thailand’s AV-8S Matador (Harrier) accompanying jet fleet was withdrawn from service in 2006, leaving Bangkok with an aircraft carrier without aircraft. Thailand experienced a military coup that same year, along with a second one in 2014.
Thailand ordered its aircraft carrier from Spain in 1992. The vessel was commissioned five years later, in 1997
Almost immediately, Thailand ran into budget constraints. The Chakri Naruebet was put to port for the better part of each month and in 2006 its associated air wing was withdrawn. The Harriers are now over 30 years old.
Even while operational, the carrier has been outclassed by the larger vessels of India and China, not to mention the US’s super carrier fleet pictured below. It’s now the smallest functioning aircraft carrier in the world.
Still, despite its shortcomings, the Chakri Naruebet has proved useful in humanitarian missions. The Diplomat notes that the carrier was used after the 2004 Indian Ocean tsunami as well as in rescue operations after flooding in Thailand in 2010 and 2011.
Milkor’s Multi-Shot Grenade Launcher (MSLG) is a revolver on steroids.
Originally introduced in 1983, this six-shooter is designed to be simple, rugged, and devastating. It uses the time-tested revolver principle to fire six rounds in less than three seconds from up to five football fields away. Each chamber can be loaded with a variety of rounds, including shrapnel, flares, smoke, non-lethal rounds, and more.
Using it easy. Simply crank and load and you’re ready to fire.
The technology behind these rifles takes a shooter’s experience, skill, and environment factors out of the equation. Simply tag your target and squeeze the trigger. It’s that simple. The same tracking and fire-control capabilities found in advanced fighter jets are incorporated into these rifles, according to TrackingPoint.
“Being proficient at Call of Duty or Battlefield takes more practice and skill than firing a weapon in the real world does now,” reported Timothy for Engadget. “This is the future we live in.”
The rifle also has a password-protected firing mechanism, which doesn’t fire until you’ve aligned the rifle with your target. It also features the ability to video stream, which allows you to share the view from the scope to any device connected to the Internet.
This three-minute video demonstrates how the rifle works:
A new short film created by the U.S. Air Force has been nominated for an Emmy Award.
Produced by Airman Magazine, the two-minute video captures the harrowing challenges airmen face during SERE training. “The Perfect Edge” compares the Survival, Evasion, Resistance, and Escape program that airmen undergo to the process of forging a survival knife, and the parallel is visually striking.
It features real footage of participants engaging in the intense wilderness survival and physical training exercises at SERE, along with narration by Senior Airman Joseph Collett, an instructor at the school.