The second annual enlisted remotely piloted aircraft pilot selection board met last week to decide on the next enlisted airmen who will attend training and soon fly the RQ-4 Global Hawk.
The Air Force Personnel Center will decide on 40 new airmen — an increase from last year’s pool — out of 134 applicants by February, officials said.
“The board was held to select 40 Airmen total, including 30 primaries (same as last year) and 10 alternates (an increase of 5 from last year),” personnel center spokesman Mike Dickerson told Military.com.
An RQ-4 Global Hawk landed at Robins Air Force Base, Ga. May 24. The arrival of the unmanned aerial vehicle marks the first time an aircraft of this type has flown to an Air Force Air Logistics Complex. (U.S. Air Force photo by Roland Leach)
“We increased the number of alternates to provide greater flexibility for covering any future contingencies,” Dickerson said in a statement.
Whether or not this leads to a gradual, annual expansion of airmen selected for RPA training isn’t definite right now, Dickerson said.
Last year, the board picked two senior master sergeants, five master sergeants, nine technical sergeants, 14 staff sergeants and five alternates from about 200 active-duty applicants from various job assignments.
“The Air Force plans for the number of enlisted RPA pilots to grow to 100 within four years,” according to a service release at the time.
There first 30 airmen and five alternates selected are currently scattered throughout the training pipeline, Capt. Beau Downey, spokesman for Air Education and Training Command, told Military.com.
“AETC currently has 15 RPA pilots in training. Eight are in RPA Instrument Qualification and seven are in RPA Fundamentals Course, both a part of the 558th Flying Training Squadron at Joint Base San Antonio-Randolph, Texas,” Downey said in an email.
Meanwhile, there are 15 enlisted pilots who have attended or are in the process of completing the RQ-4 Formal Training Unit, or FTU, at Beale Air Force Base, California.
Downey said the program at Beale, under Air Combat Command, is broken into two phases: The first is Basic Qualification Training (BQT) and the second is Mission Qualification Training (MQT). Both phases culminate in a Form 8, or how one performs in his or her check ride.
“Students remaining at Beale for their operational assignment will complete both BQT and MQT at the Beale FTU,” he said.
There is also a segment at Grand Forks Air Force Base, North Dakota.
“Those students who will be assigned to Grand Forks [will] complete BQT at Beale and then move to the Grand Forks…for MQT,” Downey said.
ACC has graduated four enlisted pilots from the full program at the Beale unit. Another four completed Basic Qualification Training at the Beale FTU and have moved to the Grand Forks unit.
There are three currently in MQT at the Beale training unit and four in BQT. Of those four, two will remain at Beale and two will move to Grand Forks.
Another four enlisted airmen are scheduled to arrive at Beale at the beginning of February, Downey said.
The Air Force has expanded its RPA reach since it began training enlisted airmen on the RQ-4 Global Hawk. The service announced in 2015 it would begin training enlisted airmen to operate the unarmed high-altitude reconnaissance drone.
Recruits arriving at Marine Corps Recruit Depots in late November will be the first to go through an additional period of training, which will be known as fourth phase, designed to better prepare them for success as Marines.
The Marine Corps has reorganized a portion of the current 13-week recruit training to afford drill instructors additional time to mentor and lead new Marines. Among the slight modifications, recruits will tackle the Crucible, the demanding 54-hour challenge, a week earlier and then spend the final two weeks of training as ‘Marines’. The Crucible remains the culminating event for recruits as they earn the title ‘Marine.’
“Making Marines is one of the most important things that we do,” said Gen. Robert Neller, Commandant of the Marine Corps. “Earning the title is, and will remain, difficult. Our standards and requirements have not changed but as recruit training evolves we want to ensure we are preparing Marines for success in their follow-on training and service to our great country.”
Fourth phase will utilize the six F’s of Marine Leader Development framework: Fidelity, Fighter, Fitness, Family, Finances and Future. Marines will be in small groups covering subjects that are critical to success and growth in all aspects of their personal and professional lives.
Neller added that the Corps is seeking more time for these new Marines to get used to the idea that earning the title ‘Marine’ is just the beginning.
“We thought it was important that the drill instructor, the key figure in the development of these new Marines, had a role to play in the transition,” said Neller. “They were their drill instructors, but now they have to be their staff sergeant, their gunnery sergeant and we thought that was very powerful.”
As drill instructors transition from trainers of recruits to mentors of Marines, the expected result is a more resilient, mature, disciplined and better-prepared Marine.
“This is a normal evolution of the recruit training experience,” said Neller. “We are trying to keep the very best of what we do now [in recruit training] and add something to make it even better.”
Recruits at both Marine Corps Recruit Depots Parris Island, South Carolina, and San Diego will first tackle the fourth phase in early February 2018.
It shows the sheer scale of the infrastructure which keeps the internet running. It’s built up over decades, mainly as a result of private enterprise rather than coordinated state infrastructure projects, like road or water networks.
Lines shown on the map above are not exactly geographically correct, but they show the broad path of the cables and which territories they connect.
Europe’s network of submerged cables in detail. (Image Telegeography)
Although they are of obvious strategic importance to the countries involved, relatively little is done to guard them. In recent months, defense authorities have started to warn that state aggressors — Russia in particular — could cut them.
A U.S. admiral, one of Britain’s most senior military commanders, the former head of GCHQ, and a London-based think-tank all made similar warnings in a matter of days late last year.
In the foreword to the report, retired U.S. Navy Admiral James Stavridis claimed: “Russian submarine forces have undertaken detailed monitoring and targeting activities in the vicinity of North Atlantic deep-sea cable infrastructure.”
He said they have the capacity to make a concentrated hit, causing “potentially catastrophic” damage.
Air Chief Marshal Sir Stuart Peach, the UK’s most senior military officer, gave a speech in December in which he said: “There is a new risk to our way of life, which is the vulnerability of the cables that criss-cross the seabeds.
“Can you imagine a scenario where those cables are cut or disrupted, which would immediately and potentially catastrophically affect both our economy and other ways of living.”
The network of cables around North America. (Image Telegeography)
At the start of December, former GCHQ director Robert Hannigan told The Times newspaper: “In hybrid warfare, you could tweak the UK economy, even without bringing it to its knees, by just cutting a few [fiber-optic cables].”
“It could slow things down and with automated trading, you could make life pretty difficult if you wanted to without going for full conflict.”
Russia has responded to the threat by suggesting it is not serious. Its embassy in London ran a Twitter poll in response to the Times interview, where most respondents seemed not to take the prospect seriously.
U.S. Army Reserve Lt. Col. Lisa Jaster was 37 years old when she attended Ranger School. While the average age of attendees in the course ranges in the early 20s, that didn’t deter her, and in October of 2015 she graduated from the course.
She was the first woman in the U.S. Army Reserve to do so.
Four years later, her advice to others is simple.
“You have to be ‘all-in,'” said Jaster. “Be willing to give everything you have for the school and maintain your integrity. The first week is published therefore you know what to expect and how to succeed. Once you’ve passed the physical entrance exam (RAP week), you will need to have the mental toughness to push through conditions that could beat a lesser person down.”
“Do not let ‘quit’ in,” she continued. “That means once you allow quitting into your mind as an option, it will move in, live there, steal your motivation, and eventually defeat you from within.”
Maj. Lisa Jaster in late 2015, after her graduation from Ranger School that previous October.
(Courtesy of Lt. Col. Lisa Jaster)
The all-in attitude that Jaster says is the key to success for Ranger school has also been tantamount to accomplishments in other aspects of her life. As a citizen soldier, she demonstrates that one can serve their country while continuing to have a civilian career.
In the past three years, Jaster has been a senior project engineer with Shell Oil Co. before becoming the director of civil engineering for MS Engineering. She also has become a professional speaker with Leading Authorities, holding engagements across the country.
In the Army Reserve, she has been a battalion executive officer, an engineering team lead supporting the Iraqi Security Forces during Operation Inherent Resolve, and is now the brigade executive officer for the 420th Engineer Brigade, 416th Theater Engineer Command.
Throughout all of her experiences, her definition of leadership and what is expected of leaders has one constant: be consistent in your words and actions, and set the example for others to follow. This definition has served her well in both her military and civilian life.
“Everyone needs to be led as an individual, and each individual brings something to the fight as long as they are vested in the end state,” said Jaster. “A leader is someone who inspires those around them to be better versions of themselves.
U.S. Army Reserve Lt. Col. Lisa Jaster, executive officer, 420th Engineer Brigade, poses with her family after promotion from Maj. to Lt. Col. Jaster graduated from Ranger School in 2015, the first female officer in the Reserve to do so.
(Photo by Capt. Daniel Johnson)
“Traditionally,” she continued. “I have said that consistency is the most important aspect of leadership to ensure subordinates can perform in the absence of guidance,” After Ranger School, I have created the three Cs – Consistency, Communication and Competence. There are a lot of other aspects to being an effective leader, but these are necessary starting blocks.”
Jaster approaches her personal life with the same care as her professional one. A dual military couple, she and her husband, Marine Corps Lt. Col. Allan Jaster, have two children. Their support of each other and their children has been a critical factor in their accomplishments.
“Balancing the Citizen (employee, mom, wife, sister, daughter, and individual) with the soldier is very complicated,” said Jaster. “I used to try to silo both aspects of who I am but found that so much bleeds over from one job to the other that I need to be fluid with those lines.
“What that means,” continued Jaster. “Is that Army conference calls can happen during cheer practice, and I might need to review proposals for work while I am in the field with the Army. It means being open and honest with my spouse, my military boss, and my civilian supervisor about what I can handle and what might be coming up. Having a strong support team with regards to extended family, friends and hired help is critical to ensure nothing at home drops.”
Jaster does not want her Ranger School experience to define her. Since her completion of the course, she has advised to not identify soldiers and civilians by their race, sex or creed, but their skills, attributes and performance.
She created the hashtag #deletetheadjective for social media to emphasize her message, and throughout all of her speaking engagements, she has consistently stated the best teams are those with the highest level of competencies, not just a group identity. Being in the Army Reserve has allowed her to serve her country while creating awareness, and discussion, of the topic.
U.S. Army Reserve Lt. Col. Lisa Jaster, executive officer, 420th Engineer Brigade, receives a new patrol cap from her family signifying her promotion from Maj. to Lt. Col.
(Photo by Capt. Daniel Johnson)
“Ranger school was just part of my path,” said Jaster. “It was not an end state. I have a larger public voice because of graduating from Ranger School. My true failure or success is what I decide to do with that voice. If I can live by the Ranger Creed and set an example which brings our community together for a smooth gender integration, then that is the goal I am striving for.”
Looking forward to the future, Jaster continues to strive for excellence. Whether in uniform or out, she has used her previous accomplishments to continue to fuel her drive to succeed and set the example for others to follow. Her discipline and dedication to her family, civilian profession, and military career is a standard she refuses to let falter.
“Ranger School does not make me a good or a bad officer,” said Jaster. “It does mean there are certain external expectations of me that were previously only self-imposed. This gives me an additional drive to continue to train martial arts, strength, endurance and tactics, even when time constraints make it difficult and my current job doesn’t require it.
“I am looking forward to being a battalion commander,” she continued. “After battalion command, I am not sure what the Army holds, but I plan to stay in uniform as long as I can.”
Navy veteran Tyler Welch used to patrol the streets of Iraq as a corpsman. Now, he’s fighting a new battle against fires.
Welch is part of the Veterans Fire Corps crewmember program, run through the Southeast Conservation Corps. SECC is an AmeriCorps-affiliated non profit that engages recent-era veterans, partnering with the U.S. Forest Service Southeast Region. SECC started the Veterans Fire Corps program in 2018. The 10-month intensive training program engages recent-era military veterans up to age 35 in fuels reduction, fuels management, and wildland firefighting.
For veterans like Welch, the program is a perfect fit for his transition.
“Wildland firefighting had been an idea in the back of my head for a few years as a job to looking into when I got out of the military,” Welch said. “The program that SECC is running piqued my interest because it is a veteran program and is a lengthy training program allowing me to see several parts of the wildland world.”
Navy veteran Tyler Welch went from corpsman to Veteran Fire Corps member.
Welch served tours in Hadditha, Iraq, with Marines as the senior corpsman; and in Basra, Iraq, and Kuwait as a search and rescue medical technician. Stateside, he served at Marine Corps Air Station Cherry Point, North Carolina, and at Naval Hospital Whidbey Island, Washington. Seeking a new challenge, he sought something that could use his military service.
“The biggest skills I’ve carried over from the military that have helped with the program are team work and leadership,” he said. “Additionally, just being able to grind and get the work done on the hard day. It’s not always easy or fun, but at the end of the day you look back and see what you accomplished.”
For those looking for a challenge, Welch had three pieces of advice. The first is to keep fit, as days are long. The second is carryover advice from military service: get a good pair of boots. The third is to go camp and get used to being in the woods, living out of a tent and campground.
VFC crewmembers can earn certifications related to fuels management. This includes courses on firefighting, wildland fires, chainsaws, incident management, first aid and CPR. Southeast National Forests use VFC, which facilitates opportunities for crew members to work across a variety of districts and landscapes while simultaneously assisting forests with a myriad of fuels related needs.
“This program is designed to engage veterans in a truly hands-on experience,” said SECC Director Brenna Kelly. “Through rigorous and repeated trainings as well as field-based project work, veterans will earn necessary certifications and practical experience needed to compete for career positions related to fire and natural resource management.”
Navy veteran Tyler Welch went from corpsman to Veteran Fire Corps member.
Home base for VFC crews is the Conasauga Ranger District of the Chattahoochee-Oconee National Forest in Georgia. The crew roves throughout the Southeastern United States for the duration of the program.
Some projects require members to work five days at a time with two days off. Other projects require camping and living on project locations for 8-14 days, with a set amount of days off. Members cannot use drugs or alcohol during work related travel at any time.
In addition to a stipend, members receive paid trainings and certifications and an education award upon program completion. Members also receive food and accommodations during overnight travel and transportation to and from work sites.
This article originally appeared on VAntage Point. Follow @DeptVetAffairs on Twitter.
The USS Illinois (SSN 786) was commissioned Oct. 29 in a ceremony at Groton, Connecticut.
The Virginia-class fast attack submarine can carry 12 Tomahawk cruise missiles to strike at targets on enemy shores, or it can switch some of its missiles out with other payloads to deliver special operators or mines to contested areas around the world.
Conventional periscopes don’t exist on the Illinois or other Virginia-class submarines. Instead, they feature photonic masts that send video and other image data to screens throughout the ship.
The Illinois is a Block III-version of the Virginia class, and features a horseshoe-shaped sonar instead of the older, spherical sonars. And, instead of packing 12 vertical missile tubes, Block III subs carry two sets of six missiles in Virginia Payload Tubes. If the Navy adopts a new missile in the future, the VPTs allow the Illinois to more easily switch to the new weapon.
The boat carries an S9G pressurized water reactor. The nuclear reactor powers the vessel for its entire lifecycle without ever needing refueling. The pump-jet propulsors push the boat forward are quieter than a traditional propeller.
Missions on the Illinois can go on for three months or longer, and the crew can spend nearly the entire time submerged.
To learn more about Virginia-class submarines, check out the Navy infographic below.
The alert sowed confusion, fear, and, pandemonium — especially among tourists — in the 38 minutes before it was officially declared a false alarm. Some hotel guests peered through windows and doors to catch a glimpse of the incoming threat. Others scrambled to their rooms to stuff a bag and dash for the car (which you should never do in a nuclear attack).
One married couple in town from St. Louis rebuffed their hotel’s instructions to stay inside and instead stepped out onto nearby Waikiki Beach.
“We were afraid of being inside a building and getting crushed, like in 9/11,” the couple told Business Insider in an email. “We were afraid to follow all of the hotel employees calmly telling us to go into a ballroom.”
That is, until one of them googled “safety nuclear bomb how shelter” from the beach — and found a Business Insider article titled “If a nuclear bomb goes off, this is the most important thing you can do to survive.”
Our story advises going inside if there’s a nuclear explosion, which the couple said they then did.
It does not address how to act if there’s an incoming intercontinental ballistic missile launched by a nation like North Korea. As Hawaii’s false alarm suggests, the latter may come with a few minutes to a half-hour of warning.
“The good news is the ‘get inside, stay inside, stay tuned’ phrase works for both for the threat of a potential nuclear detonation as well as a nuclear detonation that has occurred,” Brooke Buddemeier, a health physicist and expert on radiation and emergency preparedness at Lawrence Livermore National Laboratory, told Business Insider.
But Buddemeier, who has worked for more than 15 years with federal, state, and local stakeholders on response plans to nuclear-disaster scenarios, says there are some important differences that can improve your chances of survival.
“Having a plan and knowing what to do can really help alleviate a lot of anxiety,” he said.
Here’s how to act and where to take shelter if you get an alert about an ICBM or other nuclear threat.
A flash, a burst, and a blast
Knowing what you’re trying to avoid can help keep you safe. All nuclear blasts are marked by a handful of important effects:
1. A flash of light.
2. A pulse of thermal (i.e., heat) energy.
3. A pulse of nuclear radiation.
4. A fireball.
5. An air blast.
6. Radioactive fallout.
The first three arrive almost instantaneously, as they travel at light-speed — though thermal radiation can last several seconds and inflict severe burns miles from a blast site.
The final two effects travel close together, but the air blast goes much farther. It causes the most damage in a nuclear explosion by tumbling vehicles, toppling weak buildings, and throwing debris. The majority of fallout arrives last, as it’s lofted high into the sky and sprinkles down.
There are two upshots: Going inside can greatly limit or even block these devastating effects, and a nuclear weapon’s power is not infinite but limited to the device’s explosive yield. That makes a single blast or even a limited nuclear exchange survivable for most people.
Arms-control experts suspect a nation like North Korea may have missile-ready warheads that would explode with 10 to 30 kilotons’ worth of TNT. That ranges from less than to roughly twice the yield of either nuclear bomb the US dropped on Japan in 1945.
The worst destruction, where the chances of survival are least likely, is confined to a “severe damage zone.” For a 10-kiloton blast — equivalent to two-thirds of the Hiroshima bomb blast, or 5,000 Oklahoma City truck bombings — that’s about a half-mile radius.
Vehicles offer almost no protection from radiation, including fallout, and a driver can experience dazzle — or flash blindness — for 15 seconds to a minute.
“The rods and cones of your eyes get overloaded and kind of have to reboot,” Buddemeier. “It’s just long enough to lose control of your car. If you happen to be driving at speed on the roadways, and you and all the other drivers around you are suddenly blind, I think that would probably result in crashes and injuries and road blockages.”
If there’s a missile alert, the best move is to get to the closest place where you can safely pull over, get out, and make your way into a building.
“When you go inside, go into the interior middle of the building, or a basement,” he said. “This would prevent injuries from flying glass from the blast, it would prevent dazzle from the blast, and it would prevent thermal burns.”
The deeper and lower in the building you can get, and the farther from windows (which can shatter), doors (which can fly open), and exterior walls (which can cave in), the better your odds.
“When I think of where I would go for protection from prompt effects, and from the blast wave in particular, I think of the same kinds of things that we do for tornadoes,” Buddemeier said. “If your house is going to be struck by a wall of air or a tornado or a hurricane, you want to be in a place that is structurally sound.”
Another tip: Steer clear of rooms with a lot of ceiling tiles, fixtures, or moveable objects.
“Be in an area where if there’s a dramatic jolt, things aren’t going to fall on you,” he said.
Buddemeier said that at his office building, he’d go to the stairwell.
“It’s actually in the core of the building, so it has concrete walls, and it doesn’t have a lot of junk in it,” he said. “So that would be an ideal place to go.”
At home, a three-story condo building, he’d head toward the first floor and move as much toward its center as possible.
“I do not have a basement, but if I did, that’s where I’d go,” Buddemeier said. “The storm cellar Auntie Em has in Kansas is great too.”
Staying inside can also limit how much invisible nuclear radiation produced by a blast will reach your body.
Too much exposure over a short time can damage the body enough to limit its ability to fix itself, fight infection, and perform other functions, leading to a dangerous condition called acute radiation sickness or syndrome.
Typically, about 750 millisieverts of exposure over several hours or less can make a person sick. This is roughly 100 times the amount of natural and medical radiation that an average American receives each year. A 10-kiloton blast can deliver this much exposure within a radius of about a mile, inside the “moderate damage zone.” (Several miles away, radiation dosage drops to tens of millisieverts or less.)
But Buddemeier says most exposure assumptions are based on test blasts in the desert.
“There’s no assumption that there’s some kind of blocking going on,” he said, which is all the more reason to put as much concrete, steel, and other radiation-absorbing building materials between you and a blast.
Buddemeier said a decent shelter could reduce your exposure by tenfold or more.
The shelter you find before a blast, however, may not be the best place to stay afterward.
How to avoid radioactive fallout after an explosion
The next danger to avoid is radioactive fallout, a mixture of fission products (or radioisotopes) that a nuclear explosion creates by splitting atoms.
Nuclear explosions loft this material high into the atmosphere as dust-, salt-, and sand-size particles, and it can take up to 15 minutes to fall to the ground. High-altitude winds can make it sprinkle over hundreds of square miles, though it’s most intense near the blast site.
The danger is from fission products that further split up or decay. During this process, many shoot gamma rays, an invisible yet highly energetic form of light that can deeply penetrate the body and inflict significant radiation damage.
But a nuclear attack would probably create more radioactive fallout than a missile-launched warhead. That’s because warheads are often designed to explode high above a target — not close to the ground, where their fireballs can suck up and irradiate thousands of tons of dirt and debris.
Regardless, Buddemeier says sheltering in place for at least 12 to 24 hours — about how long the worst of this radiation lasts — can help you survive the threat of fallout.
“If your ad hoc blast-protection shelter is not that robust and there’s a bigger robust building nearby or a building that has a basement, you may have time to move to that building for your fallout protection after the detonation has occurred,” Buddemeier said.
He added that, depending on your distance from the blast, you might get 10 to 15 minutes to move to a better shelter — ideally, a windowless basement, where soil and concrete can help block a lot of radiation.
Buddemeier said that at his basement-less condo, he’d move to the center of the middle floor after a blast “because the fallout is going to land on the ground around my house, and that first floor would have slightly higher exposure than the second floor.”
But it’s best to hunker down in your blast shelter if you’re unsure whether it’s safe to move, he said. Fires and obstructive debris, for example, are likely to be widespread.
“The most important thing in both cases is to be inside when the event occurs, either when the detonation occurs or when the fallout arrives,” Buddemeier said.
A 2014 study suggests that waiting an hour after fallout arrives to move to a better location that’s within 15 minutes can be a smart idea in limited situations.
Buddemeier is a fan of the phrase “go in, stay in, tune in”: Get to your fallout shelter, stay in for 12 to 24 hours, and tune in with a radio, phone, or other device for official instructions on when to evacuate and what route to take to avoid fallout.
“Fallout casualties are entirely preventable,” he previously told Business Insider. “In a large city … knowing what to do after an event like this can literally save hundreds of thousands of people from radiation illness or fatalities.”
Other tips for making it out of a nuclear disaster alive
There are many more strategies to increase your chances of survival.
Having basic emergency supplies in kits at home, at work, and in your car will help you prepare for and respond to any disaster, let alone a radiological one.
For preventing exposure to fallout after a blast, tape plastic over entryways or broken windows at your shelter and turn off any cooling or heating systems that draw in outside air. Drinking bottled water and prepackaged food is also a good idea.
And if you’ve been exposed to fallout, there’s a process to remove that radioactive contamination:
–Take off your outer layer of clothes, put them into a plastic bag, and remove the bag from your shelter.
–Shower if you can, thoroughly washing your hair and skin with soap or shampoo (no conditioner), or use a wet cloth.
–Blow your nose to remove any inhaled fallout.
–Flush your eyes, nose, and facial hair (including eyebrows and eyelashes) with water, or wipe them with a wet cloth.
–Put on uncontaminated clothes (for example, from a drawer or plastic bag).
Potassium iodide pills, while often billed as anti-radiation drugs, are anything but fallout cure-alls. Buddemeier estimates that radioiodine is just 0.2% of the overall exposure you may face outdoors and says the pills are more helpful for addressing longer-term concerns about food-supply contamination. (The government will provide them for free if they’re needed, according to the Food and Drug Administration.)
The single most important thing to remember if a nuclear bomb is supposed to explode, he says, is to shelter in place.
“There were survivors in Hiroshima within 300 meters of the epicenter,” Buddemeier said. “They weren’t in [buildings] to be protected. They just happened to be in there. And what major injuries they received were from flying glass.”
Some 50,000 troops and thousands of vehicles are ranging across Norway and the Norwegian and Baltic seas for NATO’s exercise Trident Juncture, which officials have said is the alliance’s largest exercise since the Cold War.
The focus for the dozens of ships and planes taking part turned in November 2018 to the naval portion of the exercise.
All 29 NATO members and Sweden and Finland are taking part in Trident Juncture, but only about 16 countries are joining the naval drills, bringing 65 ships and submarines and eight maritime-patrol aircraft.
The maritime contingent will be split — about 5,000 sailors and 30 vessels on each side — sometimes facing off against each other.
US Navy guided-missile destroyer USS Forrest Sherman the North Sea, Oct. 23, 2018.
(US Navy photo by Mass Comm. Specialist Seaman Raymond Maddocks)
US Naval Forces Europe-Africa chief Adm. James Foggo, who is leading Trident Juncture, has said the exercise, which is done regularly, was scheduled for autumn in the northern latitudes for a reason: “We’re toughening everyone up.”
Harsh conditions have taken a toll. Before Trident Juncture’s official start on Oct. 25, 2018, two Navy ships carrying Marines to Iceland for pre-exercises had to take shelter at Reykjavik. (The exercise ends on Nov. 7, 2018.)
On one of them, the USS Gunston Hall, heavy seas damaged the well deck and landing craft and injured sailors. The conditions also restricted what Marines could do in Iceland.
US Marines board a CH-53E Sea Stallion helicopter aboard USS Iwo Jima during an air-assault exercise in Iceland, Oct. 17, 2018.
“Our Marines and their amphibious ships were coming to Iceland, were going to spend some time in the port of Reykjavik, and also conduct a practice amphibious land and a practice amphibious air assault,” Foggo said on the latest episode of his podcast, “On the Horizon.”
“Because of the weather, we did not get the amphibious landing off, but that is part of the learning curve of operating at this time of year in the latitudes of the high north,” he added.
“We’ve made it quite clear that we will look for operational risk management first,” Foggo said. “This is an exercise, not a crisis, but weather can be as capable an adversary as another nation that invades your territory, and we’re finding out that there’s some very challenging conditions out there.”
‘Colder temperatures, higher winds, and unpredictable seas’
Thousands of sailors from NATO navies, including roughly 6,000 with the USS Harry S. Truman carrier strike group, are still at sea, operating in what can be tough conditions.
After a shortened deployment around Europe this summer, the Truman left Norfolk in late August 2018 and sailed into the Arctic Circle on Oct. 19, 2018, becoming the first US aircraft carrier to do so in nearly 30 years.
Aviation Ordnanceman 3rd Class Michael Powell moves ordnance on the flight deck of the aircraft carrier USS Harry S. Truman, Oct. 23, 2018.
(US Navy photo by Mass Comm. Specialist 2nd Class Thomas Gooley)
Since then the strike group has been in the Norwegian Sea, at times working with Norwegian navy ships inside that country’s territorial waters, Lt. Cmdr. Laura Stegherr, a spokeswoman for the Truman strike group, said in an email.
The group took several steps to prepare its ships and crews to be “confronted by the trio of colder temperatures, higher winds, and unpredictable seas operating in the Norwegian Sea and north of the Arctic Circle,” Stegherr said.
“This included ensuring all sailors exposed to the elements — such as sailors working on the flight deck, sailors conducting underway replenishments, and bridge wing lookouts — were outfitted with durable, high-quality cold-weather gear,” Stegherr added. “All equipment, from as small as a computer monitor to as large as a forklift, was secured for sea.”
Operational planners, meteorological and oceanographic experts, and navigators worked together to chart a safe course, Stegherr said.
Aviation Boatswain’s Mate (Handling) Airman Angelina Peralez mans a sound-powered phone for an aircraft-elevator operation in hangar-bay control aboard the USS Harry S. Truman, Oct. 29, 2018.
(US Navy photo by Mass Comm. Specialist 3rd Class Victoria Granado)
The high flight deck on a carrier would likely be spared from the churn at sea level, said Bryan Clark, a senior fellow at the Center for Strategic and Budgetary Assessments.
But ocean spray can reach topside on a carrier, Clark said, and “if you get some precipitation or something, you’ve got to think about going up there and de-icing the deck, which, if you’re on a ship, that could be a huge hassle.”
Crews on aircraft carriers and amphibious assault ships also have to worry about aircraft, which are vulnerable to the cold.
“When you go up in the North Atlantic, even at lower altitudes you’re running into some temperature problems, and you’ve got much higher humidity, so icing can be a problem” on fixed-wing aircraft, Clark said.
Rotor blades on helicopters and other aircraft can accumulate ice, weighing them down.
“Also hydraulics are a problem,” especially for aircraft, Clark added. In intense cold, “the hydraulic oil starts to become too viscous, and the system is designed to operate at a certain level of viscosity, and if it starts to become too thick, the pressure goes up and you could end up blowing seals.”
Sailors signal an E-2D Hawkeye ready for launch on the aircraft carrier USS Harry S. Truman, Oct. 27, 2018.
(US Navy photo by Mass Comm. Specialist 2nd Class Thomas Gooley)
On ships with the Truman, like guided-missile destroyers USS Farragut and USS Forrest Sherman and guided-missile cruiser USS Normandy, where crews are closer to the water, harsh conditions can be felt more acutely.
“On a surface ship you’ve got parts of the ship that are not very well heated,” Clark said.
On “the bridge, for example, you have sliding doors, essentially, that go out to the bridge wings, and in the bridge wings you’re exposed. You’re out there exposed to the elements, and the bridge itself is not particularly insulated, because it’s got a bunch of windows.”
“It sort of affects people’s performance, just because you’re constantly cold,” Clark added.
On surface ships, the masts and antennas sprouting from the superstructure can gather ice, affecting the performance of that equipment and even the handling of the ship — in extreme cases, the ship’s centers of gravity and buoyancy can be affected.
De-icing solutions are available, but they aren’t always effective on every surface. “So you kind of have to constantly go up there and chip and clear ice off of the mast,” Clark said.
Sailors on the guided-missile destroyer USS Farragut supervise the refueling probe during a replenishment-at-sea with fleet-replenishment oiler USNS Big Horn, Oct. 20, 2018.
(US Navy photo by Mass Comm. Specialist 2nd Class Cameron M. Stoner)
Even below deck, the outside environment is still a factor.
“For the engineering plants, you use the seawater to cool a lot of your components,” Clark said. “In the case of a surface ship that’s got gas-turbine power plants, you use that to cool the gas-turbine power plant, depending on how old the ship is.”
Cooler water can make engines and other components more efficient, but water that’s too cold can also take a toll.
“If you’re trying to cool a gas-turbine generator … there’s kind of an ideal temperature range that you want to maintain it at,” Clark said. “So if the cooling water becomes too cold, it’s hard to keep it in that normal range. It actually gets too cold, and you start to get less efficiency out of your turbine.”
Using water that’s too cold to cool components can also lead to condensation, which in turn can cause corrosion or short-circuits in electronics, Clark added.
Gunner’s Mate 1st Class Christopher Carlson watches the Royal Norwegian navy frigate HNoMS Thor Heyerdahl pull alongside the USS Harry S. Truman, Oct. 26, 2018.
(US Navy photo by Mass Comm. Specialist Seaman Joseph A.D. Phillips)
‘Rebuilding our muscle memory’
Despite the challenges of operating in northern latitudes, the Navy says its presence there will grow.
The “Truman is making the most of an operating area where carriers typically haven’t gone for a couple of decades, and in doing so, we’re kind of rebuilding our muscle memory,” Foggo said on his podcast. “It’s very important that we take those lessons back home for other future strike-group deployments … because it’s very challenging conditions up there.”
The Truman strike group returned to Norfolk in 2018 after three months deployed in the 6th Fleet area of operations, which cover the eastern Atlantic and Europe.
That was a departure from the usual six-month deployment — a change comes as a part of the “dynamic force employment” concept touted by Defense Secretary Jim Mattis as a way to add unpredictability to US military operations.
The Truman’s trip to the Arctic Circle is also part of that — “showing the Russians that we’re not bound by this constant carrier presence in the Middle East, so that we can go and operate closer to Russia and into areas that Russia traditionally has operated in, like in the Cold War,” Clark said.
“The other thing is to get US naval forces more practiced operating in these environments in case they have to in the future,” Clark added. “Because in particular one of the things they’re likely doing is anti-submarine warfare.”
An MH-60R Seahawk helicopter lands on the USS Harry S. Truman, Nov. 5, 2018.
(US Navy photo by Mass Comm. Specialist Seaman Joseph A.D. Phillips)
The submarines in Russia’s Northern Fleet, which is based not far from Russia’s border with Norway, are considered highly capable, Clark said. Foggo himself has warned about Russian submarines — their land-attack cruise missiles in particular.
“That’s the primary trend up in the Northern Fleet,” Clark said. “So I imagine a lot of what the carrier strike group is doing up there is anti-submarine warfare.”
Stegherr said strike group aircraft had carried out operations at sea and over land to support Trident Juncture and that “the strike group conducted high-end air, surface and subsurface warfare operations” with partner forces, which were meant “to refine our network of capabilities able to respond rapidly and decisively to any potential situation.”
The Truman strike group’s presence in the North Sea, the Norwegian Sea, and the Arctic Circle “demonstrates to our allies and partners that we will uphold our commitments, regardless of the vastness or the unforgiving nature of the sea,” Rear Adm. Gene Black, commander of the Truman strike group, said in a statement.
“This may be the first strike group to operate for this length of time this far north in many years, but it will not be the last.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The Army is working to engineer a sleek, high-speed, first-of-its-kind long-range ground-launched attack missile able to pinpoint and destroy enemy bunkers, helicopter staging areas, troop concentrations and other fixed-location targets from as much as three time the range of existing weapons, service officials said.
The emerging Long Range Precision Fires, slated to be operational by 2027, is being designed to destroy targets at distances up to 500 kilometers.
“The Long Range Precision Fires Missile will attack, neutralize, suppress and destroy targets using missile-delivered indirect precision fires. LRPF provides field artillery units with 24/7/365 long-range and deep-strike capability while supporting brigade, division, corps, Army, theater, Joint and Coalition forces as well as Marine Corps air-to-ground task forces in full, limited or expeditionary operations,” Dan O’boyle, spokesman for Program Executive Office, Missiles Space, told Scout Warrior.
The new weapon is designed to replace the Army’s current aging 1980’s era MGM-140 Army Tactical Missile System, a ground-launched missile able to fire at least 160 kilometers.
“The LRPF will replace the Army Tactical Missile System (ATACMS) capability, which is impacted by the age of the ATACMS inventory and the cluster munition policy that removes all M39 and M39A1 ATACMS from the inventory after 2018,” O’boyle added.
A key aspect of the strategic impetus for the long-range LRPF weapon is to allow ground units to attack from safer distances without themselves being vulnerable to enemy fire, Raytheon and Army officials explained.
LRPF missile will have a newer explosive warhead and guidance technology aimed at providing an all-weather, 24/7, precision surface-to-surface deep-strike capability, O’Boyle added.
In addition, the LRPF will fire from two existing Army launchers, the M142 High Mobility Artillery Rocket System and the M270 Multiple Launch Rocket System, O’Boyle added.
The new weapons system will fire two missiles from a single weapons pod and uses a more high-tech guidance system than its predecessors.
Although additional competitions among vendors are expected in future years, however the Army did award a $5.7 million risk-mitigation contract to Raytheon for the LRPF program.
“We’re looking to replace a design originally from the 1980s,” said Greg Haynes, a Raytheon manager leading the company’s campaign for a new long-range weapon. “Missile technology has come a long way.”
The US Army was among the first-ever to deploy land-fired precision weaponry such as the GPS-guided Excalibur precision 155m artillery round and the longer-range Guided Multiple Launch Rocket System, or GMLRS. These weapons, which were first used in combat in Iraq and Afghanistan in the 2006 through 2009 timeframe, ushered in the advent of a new kind of weapon engineered to give Commanders more attack options and pinpoint enemy targets with great precision from long distances. In fact, among other things, GMLRS successfully destroyed Taliban targets in Afghanistan.
While precision fires of this kind would, quite naturally, be useful in full-scale mechanized force-on-force combat – they proved particularly useful in counterinsurgency attacks as Taliban and Iraqi insurgents deliberately blended in with innocent civilians among local populations. As a result, precision attacks became necessary, even vital, to US combat success.
Since the initial combat debut of these weapons, however, the fast pace of global technological change and weapons proliferation has fostered a circumstance wherein the US is no longer among the few combat forces to have these kinds of weapons. As a result, the US Army sees a clear need to substantially advance offensive ground-attack technology.
“Adversaries are already equipped with long-range weapons that could inflict substantial damage at distances beyond the Army’s striking power,” said former Army colonel John Weinzettle, now a program manager in Raytheon’s Advanced Missile Systems business.
Russia has two advanced helicopter gunships in service – the Kamov Ka-50/Ka-52 Hokum, and the Mi-28 Havoc. The obvious question – one thankfully never answered in real life – is how well they’d take out American (or Western) tanks and fighting vehicles?
The two helicopters competed against each other near the end of the Cold War — just as the Soviet Union was teetering but was still desperate to find something to match the tank-killing AH-64 Apache.
The Mi-24 Hind, which had earned a fearsome reputation as a “flying tank” in Afghanistan, was quickly becoming out-classed.
According to GlobalSecurity.org, the Mi-28 has a top speed of about 162 knots, and a range of 130 nautical miles. It is armed with the same 30mm cannon as the BMP-2, and carries about 250 rounds of ammunition. RussianHelicopters.aero notes that the Havoc can carry a wide variety of rockets and missiles.
The Kamov Ka-50 and Ka-52 are two versions of the Hokum attack helicopter. According to GlobalSecurity.org, the Hokum was officially named the winner of the competition with the Havoc in 1995, but in post-Cold War Russia, the production was slow.
Like the Mi-28, it has the same 30mm cannon used on the BMP-2 and can carry rockets and anti-tank missiles.
That is a total of 251 attack helicopters. This creates a problem for the Russians.
Having so few chopper means that they have two options: To either disperse the Havocs and Hokums, and let them be taken out piecemeal, or to concentrate them, and accept that the presence of Havocs and Hokums will be a big indication of where a Russian attack would take place for NATO intelligence.
So, how well would the Hokum and Havoc do in combat? One big problem is that the Russians will likely not have air superiority, largely due to the fact that many NATO planes are better.
While American and NATO F-22s, F-35s, Rafales, and Typhoons take air superiority from Russian Flankers and Fulcrums, a lot of F-16s and A-10s will be carrying out air support missions. The F-16s will feast on the Russian choppers when they aren’t dropping bombs themselves.
While those that reach the front will kill some Abrams, Leopard, Challenger, or LeClerc tanks, they will likely be wiped out as NATO takes advantage of air superiority.
An Air Force B-1B Lancer strategic bomber taking part in a training exercise with South Korean forces was threatened by the Chinese while in international airspace.
According to a report by FoxNews.com, the threat came while the Lancer was over the East China Sea. China set up an air-defense identification zone over the East China Sea in 2013, according to the state news agency Xinhua.
The B-1B Lancer carried out its training mission despite the threat. The United States and South Korea are carrying out Foal Eagle, an annual joint exercise held with South Korea. The exercises have long been protested by North Korea. According to a DOD release from earlier this month notes that over 30,000 American and South Korean troops are taking part.
China has had a history of harassing American aircraft and naval vessels in the South China Sea, including the 2001 EP-3 incident, when an EP-3E Aries II electronic surveillance plane collided with a People’s Liberation Army Navy J-8 Finback fighter. The Chinese pilot was killed in the collision, while the EP-3E made an emergency landing. The crew was held for ten days by the Chinese.
While the South China Sea is a well-known flashpoint, the East China Sea is also the location of maritime disputes, including one between China and Japan over the Senkaku Islands.
The Wall Street Journal reporter Rory Jones was aboard the USS Boxer in the hours before the US amphibious flattop downed an Iranian drone and recounted a series of tense encounters that led up to the engagement.
According to Jones, the Boxer was leading a flotilla of Navy ships through the Strait of Hormuz into the Persian Gulf, where Iran has repeatedly harassed international vessels. Just after 7 a.m. local time, Jones reported, an unarmed Iranian Bell 212 helicopter came so close to the Boxer that it could have landed on deck. A US helicopter chased away the Iranian craft, cutting short an incident that Capt. Ronald Dowdell, the commander of the Boxer, called “surreal.”
Shortly after, an Iranian military vessel sailed toward the Boxer flotilla, following it at 500 yards — the exact distance the Navy allows before it warns another vessel not to come closer. Jones reported that a US helicopter flew between the two ships, deterring the Iranian vessel before tailing an aircraft identified as an Iranian Y-12 surveillance plane.
The amphibious assault ship USS Boxer.
(U.S. Navy photo by Photographer’s Mate 3rd Class James F. Bartels )
After these incidents, the Iranian drone came “within a threatening range” of the Boxer, according to Chief Pentagon Spokesperson Jonathan Hoffman, prompting the US crew to take defensive action. Military.com reported that the Light Marine Air Defense Integrated System aboard the Boxer attacked the drone by jamming its signal.
INSIDER reached out to US Naval Forces Central Command to confirm Jones’ account of the hours leading up to July 18, 2019’s confrontation and didn’t receive an immediate reply. INSIDER has also reached out to the Iranian Ministry of Foreign Affairs and its mission to the UN regarding the incidents in Jones’ account.
Iran’s deputy foreign minister has denied Iranian involvement, and said that USS Boxer shot down its own drone.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
While 4K video was far from the technology of the day, the people over at AARP pulled out all the stops to get the legendary footage of history’s largest amphibious landing into the viewing technology of today. Narrated by acclaimed actor Bryan Cranston, the video series presents the personal letters and feelings of the men who landed on the beaches of Occupied France that day.
The first in the series, “Landing on Omaha Beach,” is the story of the landing through the eyes of Pfc. Dominick Bart, a 32-year-old infantryman who landed on the beach during the first wave. Cranston brings Bart’s experiences alive as he reads about the Private First Class’ experience on the beaches in Bart’s letter to his wife, Mildred.
Omaha was just one of five Allied sectors invaded that day, and one of two that would fall to the American invasion forces. Omaha’s principal challenge was the 150-foot cliffs overlooking the beach, from which Nazi guards rained death on the invaders.
Some 43,000 men assaulted Omaha Beach alone that day, and by 7:30 in the morning had managed to get through the beach to the cliffs. A half hour later, 900 American GIs were at the tops of the bluffs and assaulting the entrenched enemy positions. By 9:00 a.m., U.S. troops had cleared the beach and began moving inland. An estimated 2,000 – 5,000 men were killed and wounded in the assault on Omaha Beach alone, not to mention the four other sectors engaged by British and Canadian troops.