Two more women are attempting to enter the U.S. Air Force’s combat controller and pararescue (PJ) battlefield airman career fields.
The women, who were not identified for privacy reasons, are the first to enter the official training pipelines of those career fields, according to 1st Lt. Jeremy Huggins, a spokesman for the Special Warfare Training Wing.
However, they are not the first two female candidates to attempt PJ or combat controller training overall, he said Nov. 1, 2019.
“One candidate is pursuing pararescue, [but] she is currently not in training,” Huggins said in an email. “The most common reasons for this are medical hold, administrative hold or waiting for a training class to begin. The second woman is a combat control (CCT) candidate, and she is currently in the Special Warfare Preparatory Class.”
U.S. Air Force pararescuemen.
(U.S. Air Force photo by Staff Sgt. Erik Cardenas)
The prep class runs eight weeks. Once she graduates, she will proceed to the Assessment and Selection (AS) course, he added.
The two new candidates make the 10th and 11th women to attempt any type of battlefield courses under the Special Warfare Training Wing, and the 11th and 12th to express interest in the program since the Defense Department opened combat career fields to all in December 2015.
Of the female candidates who have previously attempted to join the service’s special warfare program, seven pursued Tactical Air Control Party (TACP) training; one tried pararescue training. Another woman recently dropped from the special reconnaissance program — previously known as special operations weather team, or SOWT — in August 2019, according to Air Education and Training Command.
The 10th, who attempted to become a combat controller, left the program, Huggins said. AETC previously mistakenly said that she had graduated the prep course.
The battlefield airmen career fields are comprised of special tactics officer, combat rescue officer, combat controller, pararescue, special reconnaissance, TACP specialist and air liaison officer.
Combat controllers from the 21st Special Tactics Squadron fast-rope from a CV-22 Osprey.
(U.S. Air Force photo by Staff Sgt. Jonathan Snyder)
Huggins said it’s no secret that these career fields are tough.
“There is no specific timeline as to when we’ll see our first woman serving as a Special Warfare airman in one of the seven combat-related career fields,” he said. “From start to finish, it may take up to two years for a woman to join an operational unit because of the Air Force’s natural timeline to recruit, access, select and train.”
Earlier this year, Lt. Gen. Brian Kelly, the Air Force’s deputy chief of staff for manpower, personnel and services, said in written testimony before the Senate Armed Services subcommittee on personnel that attrition in these career field pipelines has been high because of the grueling training.
Attrition across the elite training pipelines ranges between 40 and 90 percent, depending on specialty, he added.
“Consequently, we do not foresee large numbers of females in operational units in the near term,” Kelly said in February 2019.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
North Korea on Sept. 15 conducted a new missile launch, less than two weeks after it tested what it called a hydrogen bomb, South Korean defense officials said, according to Yonhap News.
The missile was fired from an airfield near the North Korean capital of Pyongyang at 6:57 a.m. local time, and headed eastward over Japan, South Korean military officials said.
Military officials estimated that the missile reached an altitude of 479 miles and flew for nearly 2,300 miles, far surpassing the distance between Pyongyang and Guam, the closest US territory.
Emergency alerts in Japan were issued at about 7:06 a.m. local time. NHK, Japan’s public-broadcasting outlet, cited government information that said the missile fell into the Pacific Ocean about 1,240 miles east of Hokkaido, the country’s second-largest island.
Japan did not attempt to shoot down the missile, NHK added.
An initial assessment from US Pacific Command indicated that the projectile was an intermediate-range ballistic missile. The North American Aerospace Defense Command added that the missile “did not pose a threat to North America.”
“Our commitment to the defense of our allies, including the Republic of Korea and Japan, in the face of these threats, remains ironclad,” PACOM’s statement said. “We remain prepared to defend ourselves and our allies from any attack or provocation.”
The White House press secretary, Sarah Huckabee Sanders, said the White House chief of staff, John Kelly, had briefed President Donald Trump on the launch.
South Korean President Moon Jae-in and the country’s National Security Council were holding an emergency meeting in response to the launch.
It was the second time in two months in which North Korea fired a projectile over Japan. Late last month, North Korea launched a Hwasong-12 intermediate-range ballistic missile that also passed over Hokkaido and traveled about 1,700 miles, reaching a height of nearly 340 miles. If the initial estimates of the launch are accurate, they could be seen as an improvement in North Korea’s missile capabilities.
In response to the latest provocation, South Korea conducted a ballistic-missile drill, firing a Hyunmoo-II missile into the East Sea.
A day before the North Korean launch, a state agency threatened to use nuclear weapons to “sink” Japan and reduce the US to “ashes and darkness,” Reuters reported. The threat was a response to the latest UN Security Council resolution stepping up sanctions on North Korea over its latest nuclear test.
Earlier this month, North Korea conducted its sixth and most powerful nuclear test, one the country said was a hydrogen bomb. The underground test, which experts estimated to be four to 16 times more powerful than any of Pyongyang’s previous bombs, sent shockwaves that were felt in South Korea and China, according to The New York Times.
Though the sanctions, which imposed a cap on crude-oil imports and banned exports of textiles, were unanimously approved by member nations, President Donald Trump and Secretary of State Rex Tillerson downplayed their efficacy on North Korea. Critics have said the sanctions were watered down to appease China and Russia, Pyongyang’s closest allies, and reports have emerged that North Korea may be undercutting the sanctions by smuggling goods.
“With respect to the UN Security Council resolution and the president’s view that it was a small step, I share that view,” Tillerson said during a press conference. “We had hoped for a much stronger resolution from the Security Council.”
President Donald Trump’s hawkish national security adviser, John Bolton, infuriated North Korea with a strange and threatening comment about denuclearization in May 2018, and now he seems excluded from the countries’ talks.
The reason most likely goes back to Bolton’s comment in May 2018, that the US was looking at a “Libya model” for denuclearizing North Korea.
The Libyan leader Muammar Gaddafi was killed by rebels in 2011 during a conflict in which the US intervened a few years after Libya dismantled its nuclear program. Bolton’s comment was widely understood to imply that North Korean leader Kim Jong Un too would soon meet his end.
The Army is issuing Soldiers a new small arms 5.56 ammunition magazine designed expressly for the M4/M4A1 carbine and M16 family of weapons.
The 2nd Battalion, 75th Ranger Regiment from Joint Base Lewis-McChord, WA, was the first unit to receive the new “Enhanced Performance Magazine (EPM), as free issue In July,” said Anthony Cautero, Assistant Product Manager for the M4/M4A1 Carbine.
Other units are acquiring smaller quantities through the standard supply system.
Cautero said the regiment received 6,800 magazines in July.
More than 49,000 of the new magazines will be issued to other units at JBLM before the end of the year, he said.
Army engineers and scientists optimized the EPM to work with the M4/M4A1, M16 rifle, and standard military 5.56mm small arms round, the M855A1.
The M855A1, known also as the Enhanced Performance Round (EPR), has been in use since 2010.
Following the EPR’s release, engineering tests of M4/M16 rifles firing the M855A1 showed that the weapons were sensitive to the EPR’s steel tip.
A Picatinny Arsenal, N.J. engineering team subsequently made a design change to the magazine that corrected this issue.
The EPM eliminates weapon wear caused by the steel-tipped M855A1 at the upper receiver/barrel extension interface, a condition discovered during laboratory testing.
Soldiers insert the EPM into the magazine well of a carbine’s lower receiver that positions rounds for feeding.
The forward moving bolt and bolt carrier assembly strips the rounds from the magazine and feeds them smoothly into the chamber for firing.
Soldiers also can use the new magazine with the previous standard military 5.56mm round, the M855.
The EPM is tan-colored and has a blue-gray follower. The latter is the spring-loaded plastic component that positions each round up into the lower receiver of the weapon. Each magazine holds a maximum of 30 rounds.
Tests show that the EPM increases system reliability and durability.
It also ensures optimal performance in M4/M4A1 and M16 weapons when used with the EPM and EPR, Cautero said.
The Army expects to field more than 1.8 million of the new magazines over the next 12 months.
Center Industries of Wichita, Kansas, is the manufacturer.
Cautero said the Army has received more than 700,000 of the new magazines from the company to date.
Iranian Islamic Revolutionary Guard Corps Navy (IRGCN) vessels conducted unsafe and unprofessional actions against U.S. Military ships by crossing the ships’ bows and sterns at close range while operating in international waters of the North Arabian Gulf in April of 2020. (U.S. Navy photo)
On July 28, 2020, the Iranian military conducted a kinetic offensive drill against a mock-up dummy of a U.S. aircraft carrier in the Strait of Hormuz. The live-fire attack against the replica ship marked the beginning of Iran’s Payambar-e A’zam 14, or Great Prophet 14, annual military exercise. Broadcast on state TV, the exercise is held by the Revolutionary Guard Corps and showcases Iranian air and naval power.
The targeted mock U.S. carrier is a scale replica of the USS Nimitz built on a barge. The ship even features fake aircraft. Five years ago, it was used during Great Prophet 9 and sustained enough damage during the attack to take it out of action. It was repaired recently to partake in Great Prophet 14.
Unable to match western superpowers like the United States in a conventional fight, Iran focuses more on asymmetrical warfare. Great Prophet 14 demonstrated these military capabilities. Combat divers placed and detonated a contact mine on the hull, fast boats circled the ship and troops fast-roped from a helicopter onto the ship’s deck.
Iranian forces also launched a number of missiles from the land, air and sea during the exercise. A helicopter-launched Chinese C-701 anti-ship missile targeted the mock carrier and struck its hull. The missile fire put US troops at Al-Dhafra Air Base in the UAE and Al-Udeid Air Base in Qatar on alert.
USS Ronald Reagan and Carrier Strike Group Five (US Navy)
The exercise received criticism from the U.S. Navy’s Fifth Fleet. “The US Navy conducts defensive exercises with our partners promoting maritime security in support of freedom of navigation; whereas, Iran conducts offensive exercises, attempting to intimidate and coerce,” said Fifth Fleet Spokeswoman Commander Rebecca Rebarich.
While the exercise showcased a number of Iranian military assets attacking the mock carrier, it is highly unlikely that these tactics would be effective against the real deal. Between airborne early warning aircraft, combat air patrols, destroyer escort screens and its own defense systems like the Phalanx CIWS, an American aircraft carrier is one of safest places to be during an Iranian attack. To paraphrase the late, great Bruce Lee, mock carriers don’t fight back.
The 2018 Nuclear Posture Review emphasizes the capabilities needed to correct adversary miscalculations and, in doing, deters the use of nuclear weapons, the deputy undersecretary of defense for policy said Feb. 23, 2018, at National Defense University.
David J. Trachtenberg spoke at an NDU Center for the Study of Weapons of Mass Destruction seminar on Feb. 16, 2018.
The 2018 Nuclear Policy Review is the Defense Department’s fourth review of U.S. nuclear policy, posture, and programs since the end of the Cold War. The newest review, Trachtenberg said, “reaffirms long-standing bipartisan principles of U.S. nuclear policy, while at the same time recognizing the reality that a much more challenging nuclear threat environment has emerged since the previous 2010 Nuclear Posture Review.”
The review’s three corresponding outcomes comprise the “reprioritization of nuclear roles, the clarification of our nuclear policy, and the recommendations for deterrence capabilities, each of which has been subject to considerable mischaracterization in much of the public commentary today.”
The first outcome is that the 2018 review returns deterrence of nuclear attack against the United States, its allies, and its partners to the top priority of U.S. nuclear policy, he said.
Second, he said, to strengthen deterrence, the review notes that the United States will consider the use of nuclear weapons only in response to extreme circumstances that threaten its vital interests.
Third, the review recommends two nuclear programs to strengthen U.S. capabilities to deter attack and assure allies: the modification of a small number of existing submarine-launched ballistic missiles to include a low-yield option, and the pursuit of a nuclear sea-launched cruise missile, Trachtenberg said.
“These specific capabilities are recommended to strengthen the deterrence of war and the assurance of allies, thereby helping to ensure that nuclear weapons are not employed or proliferated,” he emphasized.
“Effective deterrence is about tailoring our capabilities to a potential adversary’s calculations regarding the use of nuclear force to ensure that it never can appear to be a useful option,” Trachtenberg explained. “We must assess our capabilities relative to the doctrine, exercises, statements, threats, and behavior of potential adversaries.”
The goal of DOD’s recommendations is to deter war, not to fight one, he pointed out.
“If nuclear weapons are employed in conflict, it is because deterrence failed,” he said. “And the goal of the 2018 NPR is to make sure that deterrence will not fail.”
Modernization of the U.S. nuclear deterrent, adoption of tailored deterrence strategies with flexible capabilities, and clarification of the roles of nuclear weapons all send a strong deterrence message to potential adversaries, while also reassuring U.S. allies, Trachtenberg noted.
In addition, he said, the review helps to ensure that U.S. diplomats speak from a position of strength.
Nuclear triad modernization
“Russia has little incentive to negotiate seriously about nuclear reductions without a robust and ongoing U.S. modernization program,” Trachtenberg said. “In fact, the 2018 NPR calls for the modernization of all three legs of our strategic nuclear triad.”
Defense Secretary James N. Mattis recently told Congress that Russia is unlikely to give up something to gain nothing, he noted.
“Critics who favor eliminating U.S. nuclear systems in the face of what is clearly an expansive Russian nuclear modernization effort, I believe, are undermining America’s greatest bargaining leverage and the prospects for future arms agreements,” Trachtenberg said.
The 2018 Nuclear Posture Review is one of several important reinforcing U.S. national security documents meant to guide U.S. policy in an increasingly complex and challenging world, he noted.
“Much as we might prefer otherwise, nuclear weapons are a regrettable necessity in the real world,” Trachtenberg said. “After the slaughter of two world wars, [nuclear weapons] have prevented large-scale great power conflict for more than seven decades. This is not a trivial outcome. In an era of renewed great power competition, adversaries, allies and the American people should know that the United States has the will and the flexible resilient nuclear forces needed to protect the peace.”
During the Korean War, the North American F-86 Sabre helped the United States keep control of the skies. As aviation historian Joe Baugher notes, the Sabre shot down at least 792 MiG-15s during the conflict (another 118 were scored as “probable” kills). MiGs, on the other hand, had only 78 kills against the Sabre.
That’s about a 10.15-to-1 ratio. If you include the probable kills, that ratio climbs to 11.67-to-1. That’s a pretty decisive edge for the Sabre. So, why was the F-86 so dominant?
First, many American F-86 pilots were World War II vets. Among the better-known dual-war pilots were James Jabara (15 kills in Korea, 1.5 in World War II), Francis Gabreski (6 kills in Korea, 28.5 in World War II), and John W. Mitchell (11 kills in World War II, 4 in Korea. He also lead the mission that killed Isoroku Yamamoto). Pilot quality matters — just ask Japan.
Second, the F-86’s armament was better for the air-superiority mission. The F-86 packed six M3 .50-caliber machine guns. These were faster-firing versions of the M2 machine guns used on the North American P-51 Mustang. By comparison, the MiG-15 had two NR-23 23mm cannon and one N-37 37mm cannon. This was designed to kill a lumbering bomber, not to deal with a fast, maneuvering fighter. Having the right tool for the job matters.
This series of four pictures taken from gun camera film shows the beginning of the end of a Russian-built MiG in an air battle high over North Korea. The “kill” was recorded by the camera in a U.S. Air Force F-86 “Sabre” jet flown by 2nd Lt James L. Thompson, a member of the 51st Fighter Interceptor Wing who was credited with the destruction. (USAF photo)
Third, the F-86 had a new, crucial piece of technology: the AN/APG-30, a radar gunsight. This made aiming the weapons much easier for the Sabre pilots. It used to be that a pilot (or anyone firing at an enemy plane) needed to judge angle and deflection on their own. With the AN/APG-30, the radar handled all that. All a pilot needed to do was to put the enemy plane in the center of his gunsight, squeeze the trigger, and bam, the MiG becomes a “good MiG.” Making it easier to put lead on-target matters.
In short, the F-86 came in with three big advantages over the MiG-15. Those advantages helped the Sabre keep South Korea free from Communist domination.
From day one, Navy SEAL training requires complete dedication from your body and your mind. You can prepare your body for the physical toll BUD/S will exact on you, but mental preparation is something else altogether. Navy SEALs gave out some of their mental preparation hacks that not only got them through training, but also through the high operations tempo SEALs face these days.
But even if you can’t be a SEAL (for whatever reason) or you don’t want to be (for whatever reason), you can still use Navy SEAL mind tricks to advance yourself along the path to your personal or professional goals using the tips in the infographic below, courtesy of Mike’s Gear Reviews.
We’ve all heard SEAL quotes before. “Get comfortable with being uncomfortable,” “the only easy day was yesterday,” and, of course, the ever-accurate “40 percent rule.” Get ready for some new axioms, because these might help you conquer the world — or at least the world as you see it.
Chances are good that you have a big event coming up in your life (and if you don’t, what are you doing? Go find one!) and you’ll need some focus, mental clarity, and calmness before you go out and change the world. Remember to visualize your objectives. Observe, orient, decide, and act. Trigger your consciousness. Control your arousal. Convert your fears to confidence.
Say you’re taking an adventurous hike off the beaten path. Your trail map isn’t making a lot of sense. The sun is starting to dip below the mountaintops and there’s a chill in the air. You brought enough supplies for a day hike, and that’s it. What do you do? Hope for the best, but prepare for the worst. If night is only a few hours off and you’re too mixed up or far away to make it back to the car, get ready to spend the night in the wild. If chipmunks can do it, so can you! These are the top 10 skills you should have to stay safe on your accidental adventure.
Finding and purifying water
Feeling a bit peckish? Too bad. Snacks are not your first order of business. Even people who are slim can go for weeks without food, but only a few days without water. Prioritize what will kill you first! To find water, start simple. Listen for the sounds of fresh, flowing water. If you don’t hear anything, follow the animals. They’re better at this than you are! Look for animal tracks, or note what direction birds are flying in the early morning.
Since water flows downhill, head towards low spots and you’ll likely find water. From there, purifying it is a must. Boiling water works well, but not many people carry a pot on day hike. Instead, plan ahead and bring purification tablets or a Life Straw. Alternatively, you can use one of these methods to collect water that’s already safe to drink.
Building a fire and keeping it lit
Keeping matches or flint in your backpack makes this step infinitely easier. There are multiple ways of starting a fire without either, so let’s start with the simplest. Remember that psychotic neighbor kid who liked to burn ants? That works on twigs and leaves, too. If you have a magnifying glass, a pair of glasses, or even ice, you can start a fire just by focusing the light of the sun on some dry kindling. Most of these methods are a little trickier, but they’re worth a try if you’re in a pinch.
Staying warm without a fire
If it’s pouring rain, building a fire will be nearly impossible. To stay warm without, try to stay as dry as you can. Water will draw heat away from your body, cooling you down faster. Layer clothing to create insulating pockets of air, but don’t let yourself get too hot either! Sweating will cool you down, so try to shed layers if you start feeling warm. It’s also a good idea to place something between your body and the ground for extra insulation.
Selecting an ideal location to make camp
Head uphill and look for spots with natural shelter, like large boulders. Thick trees can also provide some protection against the wind. Avoid low areas near water since they may be prone to flash flooding, and steer clear of areas with tall grass that might be home to venomous snakes that could make your impromptu night in the woods a whole lot scarier.
Building an appropriate shelter
Your options for shelter depend on what supplies you have. A survival knife or hatchet and a tarp will make things so much easier. If you don’t, you can try building a simple lean-to with branches and debris that will provide at least some barrier against the elements. There are lots more options, too!
Navigation, with a compass and without.
Navigating with a compass should be pretty self-explanatory. If you can’t use a compass, you probably shouldn’t be wandering through the woods to begin with. If you didn’t bring one, navigation depends on what part of the world you’re in. The sun does always rise in the east, so that can give you some sense of where you are.
Finding and prepping food
Fish, birds, and even non-venomous snakes make for decent meals if you can catch them. If not, try foraging. Look for edible plants and insects, but if you don’t know what it is, don’t eat it! Avoid unfamiliar plants and anything with more than six legs. Not that you wanted to eat a spider anyway. Whatever you find, cooking it will make it safer to eat and easier to digest.
First aid skills are important, but it’s better not to need them. Your biggest tool here is awareness. Be aware of your surroundings, and be aware of your own conditioning. Don’t push past your personal limits unless it’s 100% necessary for survival. If you push yourself to exhaustion, you’ll start slipping. In your weakened state, you’ll be less agile and more prone to injury. Your decision making skills will also suffer. Self-care in the wild is a luxury, not a necessity! Here are some more tips in case you need them.
Applying first aid correctly when needed
If you don’t know basic first aid, take a class before heading into the wilderness. Your backpack should have a first aid kit in it even for short excursions. These are some great tips to keep in mind if you manage to slice open your leg or burn yourself miles from a hospital. The short version: Stop bleeding with pressure and keep wounds clean and covered to prevent infection.
The Navy is working hard to advance an emerging “ghost fleet” concept wherein multiple surface, air and undersea drones operate in a synchronized fashion to conduct a wide-range of combat missions without placing sailors and marines at risk.
“We want to have multiple systems teaming and working together, surface, air and undersea,” Capt. Jon Rucker, program manager, Unmanned Maritime Systems, PEO LCS, said at the recent Surface Navy Association.
Rucker explained that the Pentagon and Navy are advancing this drone-fleet concept help to search and destroy mines, swarm and attack enemies, deliver supplies and conduct intelligence, reconnaissance and surveillance missions, among other things.
Swarms of small aerial drones, engineered with advanced computer algorithms, could coordinate with surface and undersea vehicles as part of an integrated mission, he explained.
As communications and networking technologies continue to evolve rapidly, drones will increasingly be able to function in a cross-domain capacity, meaning across air, sea, land and undersea operations.
Aerial swarms, for instance, could detect an enemy surface vessel and relay information to unmanned surface vessels or undersea drones to investigate or even attack. All of this could operate in a combat circumstance while needing little or no human intervention.
Rucker explained that the Navy, and its Office of Naval Research (ONR), has been working closely with the Pentagon’s once-secret Strategic Capabilities Office, or SCO, in an effort to fast-track this kind of technology into operational service.
The Strategic Capabilities Office is a special DoD-level effort to harness, leverage and integrate near-term emerging technology for faster delivery to combatant commanders at war.
Much of this involves merging new platforms, weapons and technologies with existing systems in a manner that both improves capability while circumventing a lengthy and often bureaucratic formal acquisition process, Dr. William Roper, SCO Director, told a small group of reporters last year.
The Office of Naval Research (ONR) has demonstrated technological advances in autonomy with groups of swarming Unmanned Surface Vessels (USV) designed to detect enemy ships, perform surveillance missions or even launch attacks, service officials said.
Algorithms governing autonomous maritime navigation have progressed to the point where USVs can more effectively “perceive” and respond to their surrounding environment while in transit, Robert Brizzolara, program manager, Sea Platforms and Weapons, ONR, recently told reporters.
During a recent “swarm” boat demonstration in the lower Chesapeake Bay, ONR-developed boats achieved a key milestone in the area of autonomous control.
“Unlike purely remote controlled boats, these boats are able to perceive their environment and plan their routes without human intervention. The role of the human is supervisory control,” Brizzolara said.
A human at a control station, using a low bandwidth connection, can perform command and control functions without needing to actually drive the vessels.
The demonstration used four USVs, working in tandem to perform a range of potential maritime combat operations. All four of the boats were able to see and sense a common picture for route planning, hazard avoidance and collision prevention, developers said.
“We are using a first-of-its-kind sophisticated perception engine which senses the presence of other vessels using a combination of sensors, radar, cameras and processing algorithms,” Brizzolara explained.
The ONR demonstration used 7-to-11 meter boats already in the Navy inventory as manned boats, and configured them with an autonomy “kit” enabling a range of unmanned mission possibilities.
The kits, called Control Architecture for Robotic Agent Command and Sensing, or CARACaS, are engineered to provide USVs with an ability to handle dynamic operational situations; this can include the execution of search patterns, harbor defenses, surveillance or even swarm boat attacks. Other possibilities among a wide range of uses include using autonomous USVs for supply and weapons transport, countermine operations, electronic warfare and amphibious operations.
The USVs are programmed with sensors linked to an established database of known threats such as enemy boats; they are also linked to one another with an ability to detect, track and trail “unknown” boats, Brizzolara said.
ONR is working closely with the Pentagon’s once-secret Strategic Capabilities Office, or SCO, in an effort to fast-track this technology into operational service.
The Strategic Capabilities Office is a special DoD-level effort to harness, leverage and integrate near-term emerging technology for faster delivery to combatant commanders at war. Much of this involves merging new platforms, weapons and technologies with existing systems in a manner that both improves capability while circumventing a lengthy and often bureaucratic formal acquisition process, Dr. William Roper, SCO Director, told a small group of reporters.
A key advantage of using remotely-controlled drone ships is that, quite naturally, they can save sailors and marines from being exposed to enemy fire during an attack operation. In fact, Roper maintained that USV autonomy brings the potential of substantially advancing amphibious warfare tactics.
“This can greatly help expeditionary logistics for a ship that is standing off from the shore. Instead of having to use an amphib manned by a lot of people – you have an unmanned supply boat,” Roper explained.
Fast-moving USVs could indeed lower risk and increase efficiency for a large number of missions, to include Intelligence, Surveillance and Reconnaissance (ISR), countermine operations, search and rescue, electronic warfare, supply and weapons transport and amphibious assaults.
Higher tech enemy sensors and longer range surface and land-fired weapons have drastically increased the vulnerability of approaching amphibious assault operations, making them more susceptible to enemy fire; as a result, the Navy and Marines have been evolving amphibious tactics to include more dis-aggregated approaches designed to spread out an approaching force – making it more difficult for enemy weapons to attack an advancing assault.
For example, the Iwo Jima attack in the Pacific during WWII, an historic amphibious assault, involved a group of Marines approaching enemy shores in close proximity to one another; weapons, Marines, equipment and attacking infantry all came ashore in rapid succession.
Modern threats, are changing amphibious tactics to succeed against higher tech more lethal enemy weapons.
“Instead of having to land as a single unit, they can now break out. There is safety in numbers and they can redistribute,” Roper explained.
When it comes to offensive surface operations, unmanned boats could form a swarming of small attack craft designed to overwhelm and destroy enemy ships with gunfire, explosives or even small missiles.
Roper explained that this strategic and tactical trajectory is greatly enhanced by the possible use of USVs. The Navy’s current inventory includes ship-to-shore amphibious craft called Landing Craft Air Cushions, LCACs, and Landing Craft Utility Vehicles, LCUs; these platforms, now being upgraded by newer transport boats able to move faster and carry more payload (such as Abrams tanks), are manned and therefore involve the use of a crew.
LCACs require a crew of 13, and LCACs use a crew of 5. New high tech LCAC replacements, called Ship-to-Shore Connectors, are already being developed and delivered to the Navy by Textron.
The Navy and ONR are already immersed in the development of a variety of USVs, including a mine-detecting Unmanned Influence Sweep System, or UISS, for the Littoral Combat Ship. The UISS is carried by a Textron-developed Common Unmanned Surface Vehicle, or CUSV.
The CUSV, in development since before 2009, can travel for more than 20-hours carrying up to 4,000-pounds at speeds of up to 20-knots, Textron information states. Also, it is engineered to withstand waves up to 20-feet.
The UISS is engineered to find and detonate undersea mines in order to save sailors and manned vessels from a potentially deadly explosion.
The Navy’s UiSS will be towed behind the unmanned vehicle and will emit sounds and magnetic signatures that mimic a ship – setting off nearby mines that listen for passing ships, according to a report from the US Naval Institute.
Sub-Hunting Drone Ship
The Navy is also advancing its recently christened Defense Advanced Research Project Agency, or DARPA, inspired submarine-hunting unmanned ship called Sea Hunter; the ship is built to travel up to 10,000 miles while using sonar and other sensors to locate enemy submarines. A high-frequency sonar will send acoustic “pings” into the ocean before analyzing the return signal to determine the shape, size, speed and characteristics of any undersea enemy activity.
The 135-ton ship is engineered to withstand rough seas up to Sea State 5 – or waves up to 6.5 feet.
The effort began in 2010 as an anti-submarine ship called “ASW Continuous Trail Unmanned Vessel,” or ACTUV. The Sea Hunter can be controlled by a human “tele-operator” able to maneuver the ship with a joystick. Also, it is possible the Sea Hunter could be armed with lethal weapons in the future, a scenario which current Pentagon doctrine says much hinge upon a human decision-maker in the role of command and control.
The Sea Hunter can be controlled by a human “tele-operator” able to maneuver the ship with a joystick. However, the progress of the platform’s technology, and the rapid advancements of algorithms enabling greater levels of autonomy, have inspired the Navy to begin thinking about additional missions for a drone that was initially conceived as a sub-hunting vessel.
“Right now, the sky is the limit, but, before we even get to that, we need to be able to have a more autonomous system that can steer and reposition itself,” Rucker said.
The ship is built to travel up to 10,000 miles while using sonar and other sensors to locate mines and even the quietest enemy submarines.
The Sea Hunter’s high-frequency sonar can send acoustic “pings” into the ocean before analyzing the return signal to determine the shape, size, speed and characteristics of any undersea enemy activity.
The 135-ton ship is engineered to withstand rough seas up to Sea State 5 – or waves up to 13 feet.
The 132-foot drone uses advanced hydro-acoustics, pattern recognition and algorithms for unmanned navigation to locate and shadow diesel-electric enemy submarines.
The idea is to track them, if necessary, over a period of months so they are compelled to stay away from strategically vital areas.
As technology evolves, the Navy plan is to rapidly migrate the system from something that is tele-operated to something that can increasingly perform a wider range of functions without needing human intervention.
“We are not yet at the point where we don’t have an operator supervising it,” Rucker explained.
Progress with the Sea Hunter will also involve replacing a turret on top of the drone with a range of sensors for ISR, surface-oriented technologies, weapons and electronic warfare systems, Rucker said.
“It will have an ability to work with the surface force, do command and control and go investigate,” Rucker added.
If the Sea Hunter is both more autonomous and armed with lethal weapons in the future, it will be engineered to align with current Pentagon doctrine which says any use of lethal force must hinge upon a human decision-maker in the role of command and control.
The Pentagon’s research arm is also extending testing of its sub-hunting drone able to travel autonomously for up to 90 days using sensors and sonar technology to search for enemy submarines and other airborne and undersea threats such as mines.
Navy Unmanned Surface Vehicle Master Plan
Meanwhile, the Navy is also developing refueling Unmanned Surface Vehicles that are launched and recovered from a host ship. A refueling and data transfer system that is remote from the host ship and proximate to the USV operating area will allow a substantially greater fraction of a Navy USVs’ endurance to be spent on performing the mission rather than on non-mission activities associated with refueling, including transiting to and from the host ship and being deployed and recovered on the host ship.
This effort, asking industry to design, build, test and demonstrate a prototype USV to be called Offboard Refueling and Data Transfer System, or ORADTS. It will be designed to be more rugged and survivable than existing USVs and travel at longer ranges to extend mission possibilities.
“The ORADTS design must improve on previous designs by providing a more robust system that enhances system usability in higher sea states, reliability, and maintainability for implementation in Navy operations,” a Navy Broad Area Announcement states.
This initiative represents a portion of the execution or operational manifestation of a 2007 service roadmap called “The Navy Unmanned Surface Vehicle Master Plan,” which calls for the eventual combat deployment of a broad range of USVs to include ships for countermine missions, surface warfare, anti-submarine warfare, Special Operations support and electronic warfare, among other things.
Plans for USVs include a small “X-class” of boats, a 7-meter “Harbor Class,” a “Snorkeler-Class” and an 11-meter “Fleet-Class” boat, the master plan states.
The currently-sought after ORADTS refueling USV is slated to be a larger “Fleet-Class” USV.
“It is approximately 38.5 ft in length, 10.5 ft beam and full load displacement 21,400 lbs. It can carry between 400 and 650 gallons of diesel fuel marine (DFM) and uses fuel at a rate between 25 and 40 gallons/hr.,” Navy documents describe.
The refueling port of the USV is located on the starboard side of the craft, above the waterline, about midship. There will be up to 2 terabytes of data to be offloaded from the USV, per refueling iteration, the documents add.
The Air Force is vigorously pursuing new avionics, radar, targeting sensors, weapons, glass cockpit displays and Artificial Intelligence for its F-22 stealth fighter to try to sustain air supremacy amid Russian and Chinese 5th-generation stealth fighter technical modernization, service officials said.
The service has an ambitious, wide-ranging set of objectives woven into this initiative; the Air Force aims enable the F-22 to ID targets at longer ranges, respond more efficiently to sensor input, sustain an air-to-air combat superiority over near-peer rivals and lay down a technical foundation such that the aircraft can quickly embrace new weapons, technologies, sensors and software as they emerge – all so that the F-22 can serve all the way out to 2060.
The multi-pronged effort is inherently connected to early iterations of increased computer automation and AI, as a mechanism to integrate otherwise disparate elements of F-22 avionics, sensors and mission systems. Common IP protocol standards, including both software and hardware, are engineered to provide a technical backbone enabling upgrades and integration of a variety of interconnected systems—to include radar warning receivers, AESA radar, LINK 16 connectivity, improved weapons, emerging sensor and targeting configurations and new transponders, able to identify friend or foe.
“The Air Force has made progress with efforts to upgrade sensors on the F-22. The Air Force continuously looks for ways to upgrade and enhance capabilities based on threats around the world, to include the F-22 sensors,” Capt. Emily Grabowski, Air Force spokeswoman, told Warrior Maven.
In concept and application, AI can lower a hardware footprint and increasingly use advanced algorithms to perform processes without requiring as much human intervention. For instance, a more integrated computer processor is better-equipped to potentially perform real-time analytics during a mission to make adjustments as maintenance and combat circumstances may require. Faster analytics, relying on newer forms of computer automation, can more quickly identify problems, recognize threats and streamline various cockpit functions.
In particular, this can mean the emergence of multi-function sensors where single systems can simultaneously perform different missions and organize incoming data. Such AI-oriented technologies can have targeting benefits for combat, threat-recognition improvements, longer-range enemy identification or weapons delivery applications.
Ken Merchant, Lockheed Vice President of F-22 Programs explained this to Warrior Maven in an interview, “we are starting AI, which includes what includes what we call enterprise sustainment organization. Our cockpit is still a series of six displays. Should we go to glass and synthesize new sensor inputs in front of the pilot? Can I squeeze all that information into a small display and sustain those for next 20-years, or should I go to glass?”
Many of these considerations, in terms of specifics, are expected to inform an upcoming mid-life upgrade and sustainment enterprise for the F-22 fleet. Merchant said the mid-life upgrade will not only extend the functional service life of the aircraft for several more decades, but also reduce technical risk. The mid-life work on the aircraft, slated for 2024, is primarily geared toward maintaining F-22 technological superiority while both China and Russia fast-track 5th-generation stealth aircraft.
Exploration of AI for the F-22 aligns, in many respects, with the current “sensor fusion” technologies built into the F-35; this includes organizing and displaying information from Electro-Optical/Targeting Systems (EOTS), Distributed Aperture Systems (DAS) and other sensors onto a single screen. Relying on advanced algorithms, this system is often referred to as man-machine interface, able to lower the “cognitive burden” placed on pilots, who can be freed up to focus on other priorities and decisions.
Specifically, Merchant said, F-22 engineers were already exploring a lightweight DAS-like sensor system for the F-22, able to bring advanced tech to the F-22 without compromising stealth advantages or maneuverability.
Computer-enabled AI, naturally, can greatly expedite completion of the Air Force’s long-discussed OODA-loop phenomenon, wherein pilots seek to quickly complete a decision-making cycle – Observation, Orientation, Decision, Action – faster than an enemy fighter. The concept, dating back decades to former Air Force pilot and theorist John Boyd, has long informed fighter-pilot training and combat preparation.
If pilots can complete the OODA loop more quickly than an enemy during an air-to-air combat engagement, described as “getting inside an enemy’s decision-making process,” they can destroy an enemy and prevail. Faster processing of information, empowering better pilot decisions, it naturally stands to reason, makes a big difference when it comes to the OODA loop.
This entire effort synchronizes with a current 3.2b software upgrade (covered extensively in Part 2 of the F-22 series), which uses agile software development to, among other things, upgrade F-22 weapons systems.
This progressive series of F-22 modernization enhancements feeds into a commensurate effort to update 1980s and 1990s computer technology, in some cases drawing on commercially available technical innovations, such as RedHat open-source software, Merchant explained. The mid-life upgrade will address much of this in an effort to ensure the pumps, valves and integrated core processors are brought up-to-date.
Newer F-22s are already getting advanced AESA radar, not unlike what is already on the F-35, engineered to accommodate software upgrades as they emerge. This architecture enables the aircraft radar warning receiver to broaden its threat library to identify new enemy aircraft. These upgrades involve the installation of new transponders able to quickly identify “friend or foe” aircraft more efficiently, developers explained.
“You can see air-to-air targets coming your way and a ground target will appear as a blip on a screen – with an information tag on it based on intel telling you what it is,” Merchant said.
Interoperability with the F-35 and 4th-gen aircraft will also be greatly improved by the addition of more LINK 16 data-link technology; the F-22 will be able to wirelessly transmit targeting, mapping and other sensor information to other aircraft without needing to rely upon potentially “hackable” voice transmissions, Merchant explained. Merchant said Lockheed and the Air Force are planning some initial flight tests of this transmit improvement by the end of this year.
“This will help everybody that is airborne see a common picture at the same time,” Merchant added.
A hardware portion of the upgrades, called a “tactical mandate,” involves engineering new antennas specifically designed to preserve the stealth configuration of the F-22, John Cottam, Lockheed F-22 Program Manager, told Warrior Maven.
“New antennas have to be first constructed. They will be retrofitted onto the airplane. Because of the stealth configuration putting, antennas on is difficult and time consuming,” he said.
Air Force is already using wirelessly-enabled automation to facilitate real-time analytics for conditioned based maintenance on board F-16s.
Automated CBM can help identify potential points of failure while an aircraft is in-mission and therefore increase safety and reliability while also lower costs and streamlining maintenance. AI is one of the emerging ways this can increasingly be accomplished. At the same time, AI is also fundamental to rapid targeting, navigation and other aircraft functions – it allows the aircraft to keep pace with rapid technology change and add new algorithms or computer processing tech as it becomes available.
Upgrading computer tech is something the Air Force is pursuing across the fleet, recognizing its significance to future combat; for instance, the service is progressing with an ongoing effort to equip the F-15 with the fastest jet-computer processor in the world, called the Advanced Display Core Processor, or ADCPII. Boeing developers tell Warrior Maven the system is capable of processing 87 billion instructions per second of computing throughput.
The F-22 will also continue to upgrade its collision avoidance technology which is somewhat different than the F-16s ground collision avoidance system which can automatically re-route an aircraft headed for collision. The F-22 system simply keeps the aircraft above a certain altitude in the event that a pilot is incapacitated. Also, auto-navigation software could be used to help an F-22 maneuver, re-position during an air-to-air engagement or land in challenged circumstances. A technology of this kind, called Delta Flight Path, is already operational on the F-35; the software helps guide the aircraft independently in circumstances where that might be necessary.
Autonomous, or semi-autonomous, flight is a fast-evolving technology across the US military services which increasingly see AI as a key wave to future warfare; the Air Force has already experimented with unmanned F-16s and there is a lot of work going more broadly in this area. Former Navy Secretary Ray Mabus once said the service’s F-35C will likely be the last “manned” fighter. This question, continues to inform an ongoing debate. AI enabled autonomous flight, while bringing some advantages without question, also has limitations, military scientists and engineers explain.
Thus far, AI-enabled computer programs are able to complete procedures much more quickly than efficiently, in many instances, than a human can. At the same time, there is still not as of yet a suitable substitute for the kind of problem-solving and dynamic decision-making ability provided by human cognition, scientists explain. For this reason, future explorations place a premium on machine-learning and autonomy as well as man-machine interface wherein algorithms are advanced to support a human functioning in the role of command and control.
For instance, Air Force former Chief Scientist Dr. Gregory Zacharias often talked about these questions over the course of several interviews with Warrior Maven in recent years. As an expert specialist in the area of autonomy, he talked about a fast-approaching day wherein pilots will be able to control nearby drone “wing-men” from the cockpit of an F-35 or F-22. Such a technology, naturally, could enable forward operating drones to conduct reconnaissance missions, test enemy air defenses and even fire weapons – all while a pilot remains at a safer standoff distance acting in the role of command and control.
In 1984, the Army was studying all sorts of paranormal phenomena, from men trying to walk through walls and move objects with their mind to killing goats from 100 feet away. One of the lesser-known experiments was in “astral projection” with soldiers trying to move their consciousness to a different time and space. And the most exotic locale they tried to reach was a million years ago on Mars.
They didn’t let him read the information in the envelope. So he didn’t know he was being asked to focus on the planet Mars in the year 1 million B.C.
His reports get pretty weird, pretty fast though. At the first set of coordinates, the subject claims to see a pyramid and the “after effect of a major geologic problem.” When told to go back to a time before the geologic event, he starts describing an entire ancient civilization.
I just keep seeing very large people. They appear thin and tall, but they’re very large. Ah…wearing some kind of strange clothes.
These thin and tall people lived in a series of structures built in the walls of massive canyons.
…it’s like a rabbit warren, corners of rooms, they’re really huge, I don’t, feel like I’m standing in one it’s just really huge. Perception is that the ceiling is very high, walls very wide.
The best part is how the guide responds to this. Remember, he’s hearing a “psychic” describe what ancient Mars was like. And when he hears that the rooms are large and laid out like a rabbit warren, he responds, “Yes that would be correct.”
Yeah, the dude asking psychics to describe an ancient Martian civilization was pretty sure what the rooms should look like.
The subject goes on to describe aqueducts, pyramid-shaped storm shelters, and more.
And in the storm shelters, the test subject actually spoke with these massive Martians. It turns out, their society was dying, and massive storms were destroying the planet. The Martians that the subject was speaking to were waiting for it all to collapse. But they had sent a group to populate somewhere new.
It’s like I’m getting all kinds of overwhelming input of the….corruption of their environment. It’s failing very rapidly, and this group went somewhere, like a long way to find another place to live.
No one says that this party of ancient Martians were the first humans. But we all get it, right?
According to a Slate article, retired Army Chief Warrant Officer Joseph McMoneagle claims to have been the test subject. He believes that the experiments were real and that he was really seeing the surface of an ancient planet. But he also says that such exotic requests were rare. He also said that he didn’t like studying Mars or UFOs or anything similar because “there’s no real way to validate the information.”
The Army’s remote-viewing program supposedly shut down in the 1990s because it “failed to produce the concrete, specific information valued in intelligence gathering.”