Imagine you’re in the Air Force, working the flightline during a war with China when, suddenly, a Chinese J-20 is seen nearby. It’s about to come rain death on your base and — most importantly — you. Luckily, the ground-based laser defenses zap it out of the sky before the dorm rats even get a chance to raid the Burger King.
The Air Force probably never saw its High-Energy Laser Flexible Prototype that way, but it’s definitely how it could have played out. But we’ll never know, because the lasers are gone for now.
Artist rendering of the High-Energy Laser Flexible Prototype in action.
The military isn’t giving up on lasers entirely, despite the recent cancellations of laser weapons systems by both the Air Force and Army. The Pentagon just isn’t sure where the focus of directed energy should be right now. The purpose of the original High-Energy Laser Flexible Prototype was to build a ground-based defense system, then scale it to individual aircraft defenses. The Air Force is no longer interested in that direction.
“We’re trying to understand where we actually want to go,” Michael Jirjis, who oversees the Air Force strategic development, planning, and experimentation office’s directed-energy efforts, told Air Force magazine. “Internally to the Air Force, we’ll hold another DE summit sometime later in the spring to understand senior leader investment and where they want to go for the community at large.”
Firms like Lockheed-Martin are still developing laser defenses for tactical aircraft.
But developing lasers and microwave systems will continue, just not with the HEL, which would have been operational around March 2020 if everything went as planned. The scrapping of the program took little more than a month after requests for proposals were sent out.
It’s not often that the Big Army follows the lead of the nation’s smallest fighting force, but the Corps’ recent moves to outfit its infantry grunts with high-technology small arms has gotten the attention of the Army’s top general.
At a recent meeting with senators on Capitol Hill, Army Chief of Staff Gen. Mark Milley told lawmakers he was seriously considering outfitting front-line soldiers with a new rifle just adopted by the Corps for all its infantry troops.
In 2010, the Marine Corps shocked the services by providing an alternative to the M249 Squad Automatic Weapon machine gun with what was essentially a souped up M4 carbine. The new M27 Infantry Automatic Rifle was made by German firearms manufacturer Heckler Koch — dubbed the “HK416” — and featured a better, longer barrel, a gas-piston operating system and an automatic fire capability.
It is a rifle very similar to ones fielded to SEAL Team 6 and Delta Force.
The Corps argued that precise fire was more effective at suppression than area fire, so the SAW gunner on some missions carried the new M27 instead of the SAW. Fast forward seven years, and the Corps has decided to outfit all its infantrymen with the Gucci rifle.
Now the Army is taking a hard look at the M27 and its advantages of reliability, accuracy and function as a potential near-term replacement for the M4 — which is gas operated and features a 14.5-inch barrel.
“We’re taking a hard look at that and probably going to go in that direction as well,” Milley told lawmakers. He also added that the service is developing a 7.62 round that can penetrate new body armor manufactured by Russia.
The revelation comes as the Army is set to release a years-long study on whether to replace the 5.56 round with a new one in the face of a growing threat from enemy weapons the fire a Russian-made round that can reach nearly double the range of the current M4 chambered in the 1950s-era caliber.
Sources say the Army is also inching toward issuing an “Urgent Needs” request to field more than 6,000 rifles chambered in the heavier, longer-range 7.62 NATO round for troops deployed to battlefields like Syria, Iraq and Afghanistan.
Before you laugh it off and remind us all that Black Panther and Avengers: Infinity War are just movies (and/or comics) and should not be taken seriously, let me remind you there are numerous examples of sci-fi and fantasy leading to the development of real-world technology. Video calling, holographic projections, tablets, Bluetooth devices, and even tractor beams were all inventions of fiction that later became reality. Not to put too fine a point on it, but the U.S. is currently building the TALOS suit, an Iron Man-inspired suit of mechanical armor.
So, it’s not all that surprising that a CIA scientist would break down Wakanda’s advanced, fantastic tech to see what’s possible — and to see what could become a real threat.
Inching toward being the first supervillain, one day at a time.
Vibranium is the rare metal that Wakanda has in abundance, deposited there by an asteroid 10,000 years ago. The metal can absorb vibrations from all kinetic energy, which includes both conventional and energy weapons. The ability of the metal to absorb vibration also means it absorbs sounds. This material is what makes Captain America’s shield indestructible.
A real-world metal with these comic-book properties doesn’t exist, but there are a few substances that come close, according to “Rebecca,” the CIA’s scientist.
Tungsten Carbide – This chemical compound can compress materials and store energy to be released later.
Diamond nanothreads – Carbon atoms bonded together the way they are seen in diamonds can hold a lot of energy when woven into fabric.
Vibranium – Elon Musk’s Hyperloop is developing a material they call “Vibranium” (because of course Elon Musk is), a woven carbon alloy that is eight times stronger than steel and five times lighter. The threads can also store and send data about its condition.
2. Tactical Sand
Vibranium-infused sand forms real-time depictions of tactical situations — it’s data visualization using sound waves to form shapes in the sand. The technology may be fictional, but the theory behind it is very much a reality. Rebecca says it’s based on Chladni’s law, which states that different sound frequencies cause sand to form different patterns.
But a pattern isn’t a tactical display. What about the actual data coming in, can that be represented in sand? The answer is yes, and MIT is doing it right now. Researchers can make sand respond to real-time movements, using it as they would pixels, allowing people who are in a remote area to interact with data in real time.
3. Kimoyo Beads
Tiny beads of vibranium that can hold personal data or perform specific functions, all triggered by touch, are a feature of every Wakandan.
Devices that can be engaged via touch clearly exist (most of you are reading this on a touchscreen device, after all) as does remote control technology. The problem, at the moment, is in the holographic communication. The physics of light waves and the space required for holographic projections restricts this technological function.
What excited “Rebecca” most about Kimoyo beads is the use of blockchain technology in storing personal information. Blockchain technology means data is not stored in a central server and is therefore much less vulnerable to hacking and theft than traditional databases.
Unfortunately the nanomachines just shred whatever clothing you’re wearing.
4. The Panther Habit
T’Challa’s Black Panther suit is comprised of woven Vibranium nanoparticles, tiny machines that emanate from his necklace, swarming over his skin and forming a protective suit that can absorb energy, regenerate, and self-replicate.
Rebecca notes that nanotechnology is primarily being developed in the medical field right now, but swarm intelligence like the kind used by the Panther Habit is being developed for use with drones. As for lightweight cloth that can absorb vibrations and shocks, there are a few companies who are working on similar technologies that have a lot of interest from national sports leagues, the U.S. military, and law enforcement.
5. Invisibility Cloaks
Using lens technology to bend light around objects, like the tech being developed at the University of Rochester, gives researchers the ability to hide objects. Right now, this technology only works on human vision, and must be seen through the lens, but the evidence below is pretty amazing.
Nanotechnology opens the door to real invisibility cloaking, and is already being done on a very, very small scale. But the CIA’s scientist points out that hiding a whole country from satellites that have radiation and heat detection is still going to be very unlikely, even if it can’t be seen with the human eye.
6. Basotho Blankets
Basotho blankets are the amazing tribal blankets worn by the border tribe that just happen to double as deflector shields. Unfortunately, even if we consider vibranium to have near-magical properties, light will never be able to stop a physical object or other light, as Rebecca points out.
She does point to another way to create an energy shield:
“In Physics of the Impossible, physicist Michio Kaku says that you’d need a “plasma window,” a frame in which gas could be heated to 12,000°F, to vaporize metals (even vibranium?) Alternately you might use high-energy laser beams that crisscrossed each other, to vaporize objects, but both of these require more rigid structure than a cloak. Back to carbon nanotubes! If you could weave those into a lattice (or a cloak), they could create a screen of enormous strength, capable of repelling most objects. The screen would be invisible, since each carbon nanotube is atomic in size, but the carbon nanotube lattice would be stronger than any ordinary material. Add in some cool hologram effects, and you could have a pretty nifty shield that would be the envy of any intelligence service operating in a warzone.”
After America dropped the atomic bombs at Hiroshima and Nagasaki, it became clear that warfare had changed. America stopped building some conventional weapons of war, including tanks, relying on the new weapons to guarantee peace. Meanwhile, the Soviet Union was working on two new, important weapons of war: their own atomic bombs and tanks that can protect a crew through the blast.
The T-54 had a massive gun that surprised its contemporaries in the 1950s, but it predicted the rise of the modern main battle tank.
(ShinePhantom, CC BY-SA 3.0)
The Soviet Union didn’t have the resources to compete with America tank for tank and bomb for bomb worldwide, but they did hope to control as much of Eurasia as possible, and they knew this would result in a clash along the borders of the Warsaw Pact and Western Europe.
The Soviet military leadership wanted to know that, even if a tactical nuclear exchange went down, they would be able to fight through the aftermath. That meant that their tank crews needed to be lethal, protected from anti-tank weapons, but also isolated from nuclear fallout.
The T-54B was already an impressive tank, first rolling off the line in 1949. It was simple to operate, relatively cheap for a main battle tank, and well-balanced. The Soviets and the partnered nations that would go on to buy export version of the tank saw it as a successor to the T-34, the most produced tank of World War II.
But the tank was more accurately a descendant of the T-44, a tank with a gun so big that firing it would wear down the transmission. The increased firepower in the T-44 and, later, the T-54, would be necessary in tank-on-tank combat on any Cold War battlefield.
But the early production T-54s still had plenty of faults, and tank designers improved the platform throughout the 1950s. The T-54A and T-54B introduced upgrades like wading snorkels, fume extractors, and an upgraded gun called the D-10TG. The T-55 was designed with all the knowledge and upgrades from the T-54’s development. The T-55 would be lethal right off the starting block. But being a lethal medium tank isn’t enough to survive nuclear war.
A Slovenian M-55, a highly modified T-55 medium tank.
(MORS, CC BY 3.0)
Believe it or not, the primary systems of a tank in the 1950s were about as survivable as they could be from the bomb. Obviously, no tank could survive at ground zero of a nuclear bomb, but it would be possible for a tank to survive the blast near the borders of the area affected. After all, the armor is designed to survive a direct hit from a fast-flying, armor penetrating round at any given point. An atomic bomb’s blast is more powerful, but it’s spread out over the entire hull and turret.
And so the designers figured out how to overpressure the tank, creating higher pressure within the tank so that all of the little leaks in the armor were pushing air out instead of allowing it in. And the crew compartment was covered in an anti-radiation lining that would reduce radiation traveling through the hull. Finally, a filtration system cleared incoming air of debris and then pumped it into the crew cabin, allowing the crew to breathe and making the overpressure system work.
Again, none of this would make the crew immune from the effects of a bomb. The blast wave could still crush the hull and burst blood vessels in the brains of the crew. The heat wave could still ignite fuel and fry the people inside. Worst of all, plenty of radiation could get through and doom the combatants to deaths of cancer.
But the crew would likely survive to keep fighting, and had some chance of a decent life after the war if they made it. For a few years, at least.
The T-54 and T-55 went on to become the most-produced tanks in world history, but luckily the T-55 adaptations were never actually tested in combat. It and the British Centurion would undergo testing for nuclear blasts. They survived, but you really didn’t want to be inside when the blast hit.
The Object 279 heavy tank was designed for nuclear warfare, but it never went into production due to its high weight.
But it wasn’t to be. Soviet leader Nikita Khrushchev thought it was time to relegate heavy tanks to the dustbin of history, and he won out. Object 279 and most other heavy tank designs were cast out, leaving the path open for the lighter T-55 medium tank.
The Air Force’s X-37B Orbital Test Vehicle is back on the ground after completing its latest record-breaking unmanned mission in space.
The experimental, clandestine space plane landed at NASA’s Kennedy Space Center in Florida on Oct. 27, 2019, after more than two years in orbit, the service said in a release. This was the X-37B’s fifth space mission. Its last orbit ended in May 2017 after 718 days in space.
“The safe return of this spacecraft, after breaking its own endurance record, is the result of the innovative partnership between government and industry,” Air Force Chief of Staff Gen. David Goldfein said in a statement. “The sky is no longer the limit for the Air Force and, if Congress approves, the U.S. Space Force.”
This was the second time the X-37B landed has landed at the Kennedy Space Center Shuttle Landing Facility. It took off for its fifth mission on Sept. 7, 2017.
While its pay loads and most of its activities are classified, the Air Force said at the time that the mission would carry “the Air Force Research Laboratory Advanced Structurally Embedded Thermal Spreader (ASETS-II) payload to test experimental electronics and oscillating heat pipe technologies in the long-duration space environment.”
The Air Force’s X-37B Orbital Test Vehicle Mission 5 successfully landed at NASA’s Kennedy Space Center Shuttle Landing Facility Oct. 27, 2019.
(U.S. Air Force photo)
The space plane “conducted on-orbit experiments for 780 days during its mission, recently breaking its own record by being in orbit for more than two years,” the release said. That brings the total number of days spent on-orbit for the X-37B to 2,865, officials said.
The last two missions have pushed the boundaries for a test vehicle, originally designed to spend up to 270 days circling the Earth.
What the X-37B does is literally a matter of rocket science. According to the service, the X-37B is exploring the practicalities and risks of “reusable space vehicle technologies” while also experimenting with space technology.
Under the purview of the Air Force Rapid Capabilities Office, the test vehicle can autonomously reenter the atmosphere and eventually land horizontally on a flight line.
“This program continues to push the envelope as the world’s only reusable space vehicle,” said Randy Walden, director of the Rapid Capabilities Office.
“With a successful landing today, the X-37B completed its longest flight to date and successfully completed all mission objectives. This mission successfully hosted Air Force Research Laboratory experiments, among others, as well as providing a ride for small satellites,” Walden said Sunday.
In July 2019, the service’s former top civilian gave a glimpse into the space plane’s mission.
Air Force X-37B spaceplane successfully returns to earth after 780-day mission
Speaking about space awareness and deterrence at the Aspen Security Forum, Heather Wilson described the vehicle as a “small version of the [NASA space] shuttle.”
It “can do an orbit that looks like an egg and, when it’s close to the Earth, it’s close enough to the atmosphere to turn where it is,” she said at the time.
“Which means our adversaries don’t know — and that happens on the far side of the Earth from our adversaries — where it’s going to come up next. And we know that that drives them nuts. And I’m really glad about that,” she added.
Jonathan McDowell, an astronomer and astrophysicist at the Harvard-Smithsonian Center for Astrophysics, told Military.com that Wilson’s comments on its movement may shed light on “a previously secret orbit-related capability,” and explained that the aircraft’s movement likely throws an adversary off, even if just for a short time.
“The dip into the atmosphere causes a change in the timing of when it next comes overhead. So [trackers’] predictions are off, and [they] have to search for it all over again,” McDowell said at the time.
The Air Force is preparing to launch the sixth X-37B mission from Cape Canaveral Air Force Station, Florida, in 2020.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
Troops lose their mind when they have to go to either Fort Irwin or Twentynine Palms. They’re both in insanely hot climates, offer very little to do outside of training, and the living conditions are far worse than what POGs are accustomed to. Despite all that, everything comes to a standstill when a single desert tortoise shows up.
The same thing happens when a red-cockaded woodpecker appears at Fort Benning, Indiana bats at Fort Knox, and piping plovers at RTC Great Lakes. These are all objectively unpleasant military installations that have endemic species of animals that put a stop to training just by showing up.
This causes a headache for many troops in leadership positions and is the butt of many jokes among the junior enlisted. It stops becoming funny, however, when leadership tells their troops that they can’t leave behind even a single breadcrumb that could attract the predators of said animals.
(Fort Drum Garrison Public Affairs)
This is all because the animals listed above are endangered and their safest habitats are on military installations.
Back in 1973, the Endangered Species Act was passed, stating that the government will do its part to protect its endangered animals and prosecute anyone who bring them harm. While it’s easy to issue out fines to anyone who accidentally kills a desert tortoise, it’s even easier (and you know, better) to take preventive measures and keep them alive.
The military does its part in a large way — far larger than most organizations dedicated to saving these species. In 2011 alone, the U.S. military spent $7.6 million on keeping desert tortoises safe — a grand total of over $100.9 million since 1993. That money has gone a long way in keeping these at-risk animals alive for many generations.
(U.S. Army photo by Staff Sgt. Michael Williams)
“But these are just some dumb turtles!” someone in the back of the formation may yell. That class clown might be right — these tortoises could be dumb, indeed — but it doesn’t matter. If you allow one invasive fish, for example, to fade away because of the enormous amount of money required to protect it, then there’s a justification allowing any species to die out, putting the animal kingdom right back where it was in 1972.
Potential dumbness aside, every animal must be treated with the same delicate gloves or we risk losing them all.
The next “good idea fairy” solution is to just move them away from military installations. It should be fairly obvious why taking slow-moving prey away from a habitat where they’re cared for and are kept safe from predators and tossing them into a new, unfamiliar landscape devoid of such protections is a bad idea. If you’re having trouble seeing why that’s a problem, we’ve got an example for you:
They tried this once with the desert tortoises at Fort Irwin in 2008. The logic behind it was that the tortoises would be far safer somewhere where they wouldn’t be accidentally blown to bits by troops in training. The relocation effort cost $50 million and, within a year, about 30% of all the tortoises (who have an average life-span of over 100 years) died before the program was scrapped.
There were many factors that contributed to the dying off of thousands of tortoises. First, being put in an unknown environment meant that they had no idea where the food or water was. This was made worse when packs of predators discovered an enormous buffet of food that couldn’t run or hide.
(U.S. Air Force photo by Heide Couch)
There are over 400 species of endangered animals on military grounds and, even with human intervention, these are the best habitats for them. Each of the species that are protected by the U.S. Armed Forces are all carefully monitored to make sure that no harm comes to them.
It’s not uncommon for troops to incorporate their nesting grounds into their training. While preparing for a mission, their nests are treated in the same way as schools or hospitals in the battlefield. Troops just avoid them at all costs.
The good news is that this ongoing effort to protect them has yielded some very visible results. While there are outliers in the desert tortoise populations (California droughts are partially to blame), animal populations at other installations have all boomed in recent years. Simply adjusting fire from one part of the range to another at Joint Base Lewis-McChord has helped the streaked horned lark population almost quadruple in less than a decade.
Protecting these species requires a little effort and a creates bit of inconvenience, but it’s been proven that the military installations these animals call home are truly the best places for these species to thrive.
The T-38 Talon has seen a long career training fighter pilots, entering service in 1961. Since then, over 72,000 pilots have been trained in that plane. But there were a number of countries that needed an advanced jet trainer, but had no access to the T-38. Those would be the Soviet Union and their allies.
Thankfully, for them, the Czechoslovakian aircraft manufacturer Aero came along. In 1972, the L-39 Albatros entered service with the Czechoslovakian Air Force, and then was imported by the Soviet Union and its allies. In the 45 years since, it has proven to be an excellent trainer and light-attack plane. MilitaryFactory.com notes that almost 3,000 of these planes have been built – compared to only 1,146 T-38s!
Unlike the T-38, the L-39 wasn’t supersonic – its top speed is 391 miles per hour. It’s just under 40 feet six inches long, with a wingspan of roughly 31 feet, and about 15 feet six inches tall. It has a maximum range of just under 1,100 miles. The lane can carry up to 1,100 pounds of weapons, including a 23mm cannon in a centerline pod, AA-2 Atoll missiles, and rocket pods. There are also provisions for two wing tanks.
The L-39 was exported to the Soviet Union (and after 1991, to the various successor states), as well as to many other Warsaw Pact countries (Poland being a notable exception), and to planes like Libya, Algeria, Vietnam, and North Korea. Since the fall of the Soviet Union, the L-39 airframe has been receiving Western technology, including engines and avionics.
The Russian military will be replacing its standard issue AK-74M rifle with the AK-12 and AK-15, according to Military Times, citing Russian state-owned media.
The “5.45mm AK-12 and 7.62mm AK-15 are officially approved and recommended by Russian Ministry of Defense for issue to Infantry, Airborne and Naval infantry troops of Russian Armed Forces,” the Russian defense manufacturer, Kalashnikov Concern, which also made the AK-47 and AK-74M, said in a press statement in January 2018.
The AK-12 and AK-15 have 30-round magazines and can shoot 700 rounds per minute, the Kalashnikov statement said. They’re also equipped with “red dot, night and IR sights to underbarrel grenade launchers, forward grips, lasers and flashlights, sound suppressors and more.”
The two new weapons will be part of Russia’s “Ratnik” program, a futuristic combat system that includes modernized body armor, a helmet with night vision and thermal imaging, and more.
The first-generation Ratnik suit was reportedly given to a few Russian units in 2013, and some pieces of the suit were spotted on Russian troops in Crimea.
Russia claims the second-generation suit will be operational in 2020, and the third-generation suit will be operational in 2022.
See more about the AK-12 and AK-15 in the short Kalashnikov video below:
People well beyond their teens seek military service. There are age limits in the military for a reason, but even for the SEAL training program, the window to attend Basic Underwater Demolition / SEAL Training (BUD/S) is from 17-28 years. I’ve been asked this question frequently; from people in the age bracket as well as many beyond the age limit who would need age waivers in order to join the Navy and enter the SEAL Training program.
Does age really matter?
In my opinion, age does matter but not necessarily in the way many people think. Typically, the reason why people do not finish SEAL training is they were underprepared — that has nothing to do with age. If you look at reasons why people quit or fail the course there is a laundry list of reasons: too cold, too uncomfortable (wet and sandy), too much running, too much swimming / pool confidence, too much PT / load bearing events (boats / logs / rucks), too much negative feedback, too much everything. BUD/S will expose a weakness quickly and if you are not prepared for that, it can be overwhelming. If someone says they did not make it because they were “too old” then the entire recruiting system is wrong and the Navy should change the age limits. People in their late twenties and early thirties (and even older) have made it to and through BUD/S before. The age limits are fine.
(U.S. Navy photo by Mass Communication Specialist 3rd class Megan Anuci)
In my opinion, the 17-18 year old candidates have a harder time than the older candidates. (see Perfect Storm for Failure) Maturity goes a long way with this type of training and a few years of preparation will help tremendously in your ability to handle the daily work load and physical standards of each phase. Even some candidates on the younger side of the age bracket are still growing and susceptible to many running overuse injuries at a higher rate than others.
What should the older candidate do before and during BUD/S?
Recovery — It is a small difference, but the 18 year old body will naturally recover faster than a body a decade or older, so recovery has to be the number one goal every day for the older BUD/S student. But to be honest, recovery is critical for ALL BUD/S students. Actively pursuing recovery from a tough day / week of training needs to be accomplished by all students in order to be successful no matter what the age. This means good food, hydration, healthy snacks, rest on weekends, good sleep nightly (when available), stretching, foam rolling, compression garments, massage tools and wound / joint care will all help the active student attending any selection program.In my opinion, the 17-18 year old candidates have a harder time than the older candidates. (see Perfect Storm for Failure) Maturity goes a long way with this type of training and a few years of preparation will help tremendously in your ability to handle the daily work load and physical standards of each phase. Even some candidates on the younger side of the age bracket are still growing and susceptible to many running overuse injuries at a higher rate than others.
Performance — No matter what your age is, there is a fitness standard, tactical skills standard, and a military standard you have to meet. Well, “exceeding the standard should be the standard” and mindset of any BUD/S student in preparing and attending SEAL Training – young or old. There is no age performance drop at BUD/S, just one standard for all students to meet.
(U.S. Navy photo by Mass Communication Specialist 2nd Class Shauntae Hinkle-Lymas)
Injuries — Another thing to consider is that injuries happen at BUD/S to all students – all ages. Knowing how to play with pain is part of the game for all successful students. But being able to discern aches / pains from real injuries requires some maturity. Seeking medical advice before it gets so bad that you fail events is something you need to understand and be open to.
Misconception — I think many people who are not in their teens feel they “missed the boat” on joining the military. The human body is far more capable at getting into better physical conditioning (all areas) 10-15 years passed 20 years old or less. There is not a doubt in my mind that someone in their late 20’s and early 30’s can attend BUD/S and crush it – as many people have and still do today. It just requires thorough preparation, focused mindset on goal accomplishment, and getting it done. Remembering how many hurdles you had to jump through just to get the opportunity to serve in the military, qualify for Special Ops training, and years of preparation should be a constant in your head. There will be days that make you question your abilities, but you have to keep pushing yourself forward IF you really want it.
A quick word about age waivers (over 28 years old)
Age waivers are available on a case by case basis. An applicant has to stand out in many areas in order to even get the process of age waivers to move up the chain of command from the recruiter’s office. Here is a short list of ways to stand out among the crowd.
1. Physical Test Scores: PST scores have to be above average in order to be taken seriously: 8 Minute 500yd. swim, 100 pushups, 100 situps, 20 pullups, 9-minute 1.5 mile run. Scores in this area and a recruiter will likely take you seriously and take the time to move the waiver up the chain of command.
2. Work History: What have you been doing for the last decade? What skillset / trade do you bring to the table? Are you a leader / entrepreneur? Have extensive travel history? Speak foreign languages?
3. Collegiate History: It may have been a while since college or you may have advanced degrees that will help you stand out amongst other enlisted candidates. Most SEAL enlisted have college degrees, many played sports, and some have advanced degrees.
4. Who you know: Sometimes a letter of recommendation from current Navy SEALs or higher ranking officials can go a long way to helping people decide if you are worth the chance of giving the age waiver.
This article originally appeared on Military.com. Follow @military.com on Twitter.
An Army astronaut on a six-month mission in space recently shared her experience, saying she still leans on her military training while aboard the International Space Station.
Lt. Col. Anne McClain, a former helicopter pilot who has flown over 200 combat missions, blasted into space on a Russian Soyuz rocket in early December 2018 to serve as a flight engineer for her crew.
“I spent my whole career working high-risk missions in small teams in remote areas, which is what we’re doing right now,” she said in an April 24, 2019 interview.
McClain, 39, is one of five soldiers in the Army Space and Missile Defense Command’s astronaut detachment. Its commander, Col. Andrew Morgan, is slated to launch July 20, 2019, the 50th anniversary of the Apollo 11 Moon landing.
During her stay, McClain has been able to complete two spacewalks — both about 6.5-hours long — for maintenance outside the space station, which is about the length of a football field.
Astronaut Lt. Col. Anne McClain is pictured in the cupola holding biomedical gear for an experiment that measures fat changes in the bone marrow before and after exposure to microgravity.
On March 22, 2019, she and another American astronaut replaced batteries and performed upgrades to the station’s power system. Then on April 8, 2019, she and a Canadian astronaut routed cables that serve as a redundant power system for a large robotic arm that moves equipment and supports crews while outside the station.
When she first started to train for spacewalks back in Houston, McClain said it reminded her of being an OH-58 Kiowa helicopter pilot on a scout weapons team.
The spacesuits, she noted, are like small spacecraft that need to be constantly monitored in order for their occupants to stay alive against the extreme temperatures and vacuum of space. Suits have their own electronics, power and radio systems — similar to components helicopter pilots often cross-check while remaining focused on the mission.
Astronaut Lt. Col. Anne McClain works in a laboratory inside the International Space Station Jan. 30, 2019.
Then there is the buddy team aspect of both operations.
“Up here on a spacewalk, that’s the other astronaut that’s outside with you,” she said. “On the ground, that was the other helicopter that I was flying with.
“Most importantly, you have to be able to work with that other person and their system — their spacesuit, their helicopter — in order to accomplish the mission,” she added. “It was actually amazing to me how many of the skills kind of carried over into that environment.”
Unique from her Army days has been her participation in scientific experiments on the station, the only research laboratory of its kind with over 200 ongoing experiments.
An upcoming experiment, she said, is for an in-space refabricator, a hybrid 3D printer that can recycle used plastic to create new parts.
“That’s a really exciting new technology to enable deep-space exploration,” she said.
Astronaut Lt. Col. Anne McClain, wearing the spacesuit with red stripes, and Air Force Col. Nick Hague work to retrieve batteries and adapter plates from an external pallet during a spacewalk to upgrade the International Space Station’s power storage capacity March 22, 2019.
In December 2018, NASA announced plans to work with U.S. companies to develop reusable systems that can return astronauts to the Moon. Human-class landers are expected to be tested in 2024, with the goal to send a crew to the surface in 2028.
What’s learned in these missions could then help NASA send astronauts to Mars by the 2030s, according to a news release.
While currently in low Earth orbit, McClain explained that resupply vehicles can come and go. Beyond that, crews would need to be self-sustained for longer periods of time.
“We’re using the space station as a test bed for some of the technologies that are going to enable us to work autonomously in space,” she said, “and hit some of our deep-space exploration goals.”
As with other astronauts, McClain has also become a guinea pig of sorts in human research tests that study how the human body reacts to microgravity.
Anne McClain, now an astronaut and lieutenant colonel, stands next to a OH-58 Kiowa helicopter.
One experiment she has been a part of is monitoring airway inflammation up in space.
With a lack of gravity, dust particles don’t fall to the ground and will often be inhaled by astronauts. The tests measure exhaled nitric oxide, which can indicate airway inflammation, she said.
This research could be important if astronauts are sent back to the Moon, which is covered with a fine dust similar to powdered sugar, she said.
“If that’s in the air and we’re breathing that for months on end, if we’re doing extended stays on the lunar’s surface,” she said, “we need to understand how that affects the human body.”
While there is no typical day in space, McClain said their 12-hour shifts normally start with a meeting between them and support centers in the U.S., Russia, Germany and Japan.
When not helping with an experiment, astronauts do upkeep inside the station that includes plumbing, electricity work, changing filters, checking computer systems, or even vacuuming.
Astronaut Lt. Col. Anne McClain uses the robotics workstation inside the International Space Station to practice robotics maneuvers and spacecraft capture techniques April 16, 2019.
The best parts of her day, she said, are when she gets the chance to peer down on Earth. Every day, the station orbits around the planet 16 times, meaning astronauts see a sunrise or sunset every 45 minutes.
“One of the cool things about going to the window is if you’re not paying attention, you don’t even know if it’s night or day outside,” she said. “You could look out and see an aurora over the Antarctic or you could look out and see a beautiful sunrise over the Pacific.”
After seeing Earth from above with her own eyes, McClain has come to realize people there are more dependent on each other than they may think.
Astronaut Lt. Col. Anne McClain poses for a photograph with her 4-year-old son before she launched to the International Space Station in early December 2018.
“You get this overview effect where you realize how small we are and how fragile our planet is and how we’re really all in it together,” she said. “You don’t see borders from space, you don’t see diversity and differences in people on Earth.”
Those back on Earth can also gaze up and enjoy a similar effect.
“Sometimes we focus too much on our differences, but when we all look up into space, we see the same stars and we see the same sun,” she said. “It really can be unifying.”
Whenever she glanced up at the stars as a young child, she said it was a magical experience and eventually sparked her interest in becoming an astronaut.
Her family supported her dream and told her she could do whatever she wanted as long as she put in the work.
The new PWS Diablo AR15 pistols give us the warm ‘n’ fuzzies.
A gear porn bulletin from WATM friends The Mad Duo of BreachBangClear.com.
Remember: At the risk of sounding orgulous, we must remind you – this is just a “be advised”, a public service if you will, letting you know these things exist and might be of interest. It’s no more a review, endorsement, or denunciation than it is an episiotomy.
PWS recently released a limited run of AR15 pistols, and while it’s too late to get one in hand for Christmas, it’s not too late to ask for one. Why? Two reasons:
One, its close kin to the Diablo AR pistol. Diablo, as you already know if you’ve ever watched Talladega Nights, is Spanish for “fightin’ chicken.”
Two, they make snow-dicks at their headquarters during the winter.
True story, and one that might stem from or more of the large number of veterans PWS employs.
There are actually two new pistols, both using the PWS long stroke *snicker* piston system. That system is something of a bastard offspring, merging elements of the Kalashnikov operating system with that of the Stoner. More on that below.
Both pistols use the Maxim Defense CQB Pistol EXC, a so-called “cheek rest” that runs something like $400 by itself. The EXC is a well regarded brace, and its use reduces overall weight.
The pistols are available in .223 Wylde or 300BLK, and with a 7.75 in. or 11.85 in. barrel, but the MK1 MOD1-P (Patrol) version features a forged receiver set with forward assist and uses a KeyMod rail, while the MOD2 uses PicMod, with a proprietary upper receiver with lightening cuts and no forward assist.
Barrels are machined there in-house at the PWS facility in Idaho; they’re rifled with a 1:8 twist.
Now, speaking of bastard offsprings, if you’re not already familiar with the PicMod system from Bootleg, you should check it out. PicMod itself is the love child of Pic rails and KeyMod.
In addition to providing the utilitarianism of having two mounting systems, it will allow you to tuck accessories like a WML in really tight too.
Grunts: utilitarianism. We may not be using that correctly, but you already knew that.
Both weapons ship with the PWS CQB Comp, a muzzle device designed to tame muzzle blast and improve rifle control at short distances.
Here’s a quick look at that long stroke *snicker* piston system:
If you’re looking for more details about the CQB Comp, you can learn more about the various PWS muzzle devices in a blog post from earlier this year on Rogue Dynamics (here). Here’s what they had to say about the CQB:
“At first glance it looks like some gimmicky, wannabe-sound suppressor, but just a few rounds later and it’s clear that this is something else. The CQB was specifically designed for SBRs that would be running in close quarters, with rounds going off inches from friendly forces.”
China is so desperate to stop jaywalkers it has turned to spraying them with water.
In Daye, in the central Hubei province, one pedestrian crossing has had a number of bright yellow bollards installed that spray wayward pedestrians’ feet with water mist.
The pilot system works by using a laser sensor that identifies movement off the curb when the pedestrian light is still red. The bollard then emits its water spray, set to 26 degrees Celsius, and announces, “Please do not cross the street, crossing is dangerous.”
Unsurprisingly, the bollards are also equipped with facial recognition technology and photographs of jaywalkers are displayed on a giant LED screen next to the crossing.
While many Chinese cities are displaying jaywalkers’ photos, names, and identification numbers on giant public screens, and even government websites, some cities are becoming more creative.
Shenzen has begun immediately texting jaywalkers after they commit their traffic infringement, while other cities only allow pedestrians to have their photos removed from public screens after helping a traffic officer for 20 minutes.
But why, of all crimes, does China focus so heavily on stopping jaywalkers?
Crossing roads in China can be very dangerous, and local governments are likely trying to minimize traffic jams and change pedestrians’ behaviors for their own safety.
According to the World Health Organization, China had more than 260,000 road traffic deaths in 2013.
An anecdotal contributor to this number appears to be the country’s compensation system. In China, drivers who injure someone customarily pay expenses, but paying up to $50,000 for a funeral or burial is far cheaper than what may be life-long medical bills. So for some drivers its more frugal to ensure a victim is deceased.
(Photo by Leo Fung)
There could also be less altruistic reasons for the clamp-down.
When one city built pedestrian gates at a busy intersection it was linked to attempts to strengthen “public morals.” In a country where the government attempts to — and largely succeeds in —censoring its citizens behaviour in accordance with morality and socialist values, the constant flood of jaywalkers flaunting the law and creating havoc is hardly an ideal scenario.
And while the new water spray system seems like a light-hearted solution to these problems, the consequences could be severe.
US subs remain far better than their Chinese counterparts, but in a conflict, numbers, and geography may help China mitigate some of the US and its partners’ advantages.
Naval modernization is part of Beijing’s “growing emphasis on the maritime domain,” the US Defense Department said in its annual report on Chinese military power.
As operational demands on China’s People’s Liberation Army Navy have increased, subs have become a high priority — and one that could counter the US Navy’s mastery of the sea.
The force currently numbers 56 subs — four nuclear-powered missile subs, five nuclear-powered attack subs, and 47 diesel-powered attack subs — and is likely grow to between 69 and 78 subs by 2020, according to the Pentagon.
China has built 10 nuclear-powered subs over the past 15 years. Its four operational Jin-class missile boats “represent China’s first credible, seabased nuclear deterrent,” the Pentagon report said.
In most likely conflict scenarios, however, those nuclear-powered subs would have limited utility, said Bryan Clark, a senior fellow at the Center for Budgetary and Strategic Assessments.
“They’re relatively loud, pretty easy to track, and don’t really have significant capability other than they can launch land-attack cruise missiles, and they don’t have very many of those,” Clark said. “They’re more of a kind of threat the Chinese might use to maybe do an attack on a … more distant target like Guam or Hawaii.”
The locations and composition of major Chinese naval units, according to the Pentagon.
(US Defense Department)
Conventionally powered subs are the “more important part of their submarine force,” Clark said, particularly ones that can launch anti-ship missiles and those that use air-independent propulsion, or AIP, which allows nonnuclear subs to operate without access to atmospheric oxygen, replacing or augmenting diesel-electric systems.
Since the mid-1990s, China has built 13 Song-class diesel-electric attack subs and bought 12 Russian-made Kilo-class subs — eight of which can fire anti-ship cruise missiles.
Kilos are conventional diesel subs, which means they need to surface periodically.
“Even with that, they’re a good, sturdy, reliable submarine that carries long-range anti-ship missiles,” Clark said. On a shorter operation where a Kilo-class sub “can avoid snorkeling, it could … sneak up on you with a long-range attack, so that’s a concern for the US.”
China has also built 17 Yuan-class diesel-electric, air-independent-powered attack subs over the past two decades, a total expected to rise to 20 by 2020, according to the Pentagon.
Then-Navy Secretary Ray Mabus leaves the Chinese Yuan-class submarine Hai Jun Chang in Ningbo, November 29, 2012.
(US Navy photo by Chief Mass Comm. Specialist Sam Shavers)
“The Yuan AIP submarine is very good,” said Clark, a former US Navy submarine officer and strategist.
“For the duration of a deployment that it might normally take, which is two or three weeks, where it can stay on its AIP plant and never have to come up and snorkel, they’re very good,” Clark added. “That’s a big concern, I think, for US and Japanese policymakers.”
Yuan-class boats can threaten surface forces with both torpedoes and anti-ship missiles.
For US anti-submarine-warfare practitioners in the western Pacific, Clark said, “it’s the Yuan they generally point to as being their target of concern, because it does offer this ability to attack US ships and [is] hard to track and there may be few opportunities to engage it.”
Despite concerns China’s current diesel-electric subs inspire, they have liabilities.
A Chinese Yuan-class attack submarine.
(Congressional Research Service)
As quiet as they are, they are still not as quiet as a US nuclear-powered submarine operating in its quietest mode. They don’t have the same endurance as US subs and need to surface periodically. China’s sub crews also lack the depth of experience of their American counterparts.
“Chinese submarines are not … as good as the US submarines, by far,” Clark said.
China’s subs have made excursions into the Indian Ocean and done anti-piracy operations in waters off East Africa, but they mostly operate around the first island chain, which refers to major islands west of the East Asian mainland and encompasses the East and South China Seas.
Chinese subs also venture into the Philippine Sea, where they could strike at US ships, Clark said.
Much of the first island chain is within range of Chinese land-based planes and missiles, which are linchpins in Beijing’s anti-access/area denial strategy. It’s in that area where the US and its partners could see their advantages thwarted.
The approximate boundaries of the first and second island chains in the western Pacific.
(US Defense Department)
“Now the Chinese have the advantage of numbers, because they have a large number of submarines that can operate, and they’ve only got a small area in which they need to conduct operations,” Clark said.
China could “flood the zone” with subs good enough to “maybe overwhelm US and Japanese [anti-submarine warfare] capabilities.”
The anti-submarine-warfare capabilities of the US and its partners may also be constrained.
US subs would likely be tasked with a range of missions, like land attacks or surveillance, rather than focusing on attacking Chinese subs, leaving much of the submarine-hunting to surface and air forces — exposing them to Chinese planes and missiles.
“The stuff we use for ASW is the stuff that’s most vulnerable to the Chinese anti-access approach, and you’re doing it close proximity to China, so you could get stuck and not be able to engage their submarines before they get out,” Clark said.
Crew members demonstrate a P-8A Poseidon for Malaysian defense forces chief Gen. Zulkifeli Mohd Zin, April 21, 2016.
(US Navy photo by Mass Comm. Specialist 1st Class Jay M. Chu)
Numbers and location also give China a potential edge in a “gray-zone” conflict, or a confrontation that stops short of open combat, for which US Navy leadership has said the service needs to prepare.
China’s subs present “a challenge [US officials] see as, ‘What if we get into one of these gray-zone confrontations with China, and China decides to start sortieing their submarines through the first island chain and get them out to open ocean a little bit so they’re harder to contain,'” Clark said.
“If we’re in a gray-zone situation, we can’t just shoot them, and we don’t necessarily have the capacity to track all of them, so now you’ve got these unlocated Yuans roaming around the Philippine Sea, then you may end up with a situation where if you decide to try to escalate, you’ve got worry about these Yuans and their ability to launch cruise missiles at your ships,” Clark added.
“As the home team, essentially, China’s got the ability to control the tempo and the intensity,” he said.
The US and its partners have already encountered such tactics.
Beijing often deploys its coast guard to enforce its expansive maritime claims in the South China Sea (which an international court has rejected) and has built artificial islands containing military outposts to bolster its position.
When those coast guard ships encounter US Navy ships, China points to the US as the aggressor.
In the waters off the Chinese coast and around those man-made islands, “they do a lot of that because they’re on their home turf and protected by their land-based missiles and sensors,” Clark said. “Because of that, they can sort of ramp [the intensity] up and ramp it down … as they desire.”
The circumstances of a potential conflict may give Chinese subs an edge, but it won’t change their technical capability, the shortcomings of which may be revealed in a protracted fight.
“Can the Chinese submarines — like the Yuans that have limited time on their AIP plants — can they do something before they start to run out of propellant, oxygen, and start having to snorkel?” Clark said.
“So there’s a little bit of a time dimension to it,” he added. “If the US and Japan can wait out the Chinese, then their Yuans have to start snorkeling or pulling into port … that might make them more vulnerable.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.