“He said there is going to be retribution like ISIS hasn’t seen,” said Republican Rep. Duncan Hunter Jr., a Marine Corps veteran of two tours in Iraq and one in Afghanistan, who was in the meeting with the king. “He mentioned ‘Unforgiven’ and he mentioned Clint Eastwood, and he actually quoted a part of the movie.”
Hunter would not say which part of “Unforgiven” the King quoted, but noted it was where Eastwood’s character describes how he is going to deliver his retribution. There is a scene in the picture in which Eastwood’s character, William Munny, says, “Any man I see out there, I’m gonna kill him. Any son of a bitch takes a shot at me, I’m not only going to kill him, I’m going to kill his wife and all his friends and burn his damn house down.”
Beyond airstrikes, Jordan could further contribute to the fight against ISIS through the use of its extremely effective special forces units.
The Syrian war is a mess, and it doesn’t seem to be getting better any time soon.
Hundreds of thousands of people have died, millions have been displaced and a new terror group has emerged called ISIS. What started off as a civil war is now a proxy war dividing most of the Middle East that has drawn in both Russia and the United States.
This Vox video attempts to decipher the tangled web of who’s fighting who and why in Syria.
Although the F-35 Lightning II regularly makes headlines for all the wrong reasons, Air Force pilots at Edwards Air Force Base in California have begun weighing in on the jet’s capabilities, and it’s good news.
US Air Force Lt. Col. Raja Chari, director of the F-35 integrated test force and commander of the 461st Flight Test Squadron, said that the F-35’s automated systems free up the pilot to focus on mission planning in an interview with Defense News.
“Each plane is its own command and control platform,” said Chari, who also has experience flying a legacy platform, the F-15.
“You don’t have to do as much stick and rudder, just getting to and from, because there are so many automated modes to use on the F-35 … [It] is almost as easy as breathing.”
US Air Force Maj. Raven LeClair, also of the 461st flight test squadron, raved about another unique aspect of the Joint Strike Fighter, the “glass” or dual touch-screen display which is highly customizable by individual pilots.
“It’s the Burger King jet,” Chari said of the F-35’s versatile setups. “You can have it however you want, your way.”
Combined with the F-35’s helmet, which employs six infrared cameras positioned around the plane to allow pilots to see through the jets’ airframe, F-35 pilots have an unprecedented awareness of the entire battle space.
“In this plane it’s 360 degrees and a much larger range of stuff that you are looking at so that you are not just thinking about what your particular jets doing, but now you are looking at other elements in a national strike package,” said Chari.
“So whether that’s looking at ground targets or emitters or air targets, you are building a much bigger picture than the traditional planes.”
Chari also spoke highly of the F-35’s ability to fly at a high angle of attack, or with its nose pointed up, saying that pilots are learning to use this quality to perform close-in flight maneuvers.
Not only are pilots touting the F-35’s next-gen capacities, maintainers are big on the plane’s internal diagnostic system.
Though critics have claimed that the Joint Strike Fighter’s Autonomic Logistics Information System (ALIS), a system that internally tracks and diagnoses problems with each part of each plane worldwide, could be wiped out by a single server failure, maintainers told Defense News that the claim is ludicrous.
“We’ve had that happen multiple times, and we can still use ALIS,” said RJ Vernon, supervisor of the Third Air Force about server failures affecting the F-35. In the event of a long-term server failure, the worst-case scenario would be that maintainers have to track the parts manually, which they already do with legacy fighters.
On the whole, Lockheed Martin contractors and Air Force technicians agree, the ALIS is a big help.
“It tells you everything you need to know instantly,” Vernon said. “ALIS reduces our troubleshooting drastically, it makes my job very easy.”
Air Force Staff Sgt. Cody Patters, who as worked on the A-10 and F-16s, said the F-35 was far easier to work on. His only complaint was waiting on the computer to load new tasks.
“We could teach you in 15 minutes,” Patters said of the user-friendly interface.
Additionally, the F-35 was built with maintainers in mind. The time they save working on the plane will translate to millions of dollars in savings over the life of the program.
For example, the panels of the plane allow easy access to maintainers, like the nose that comes off in a single piece. Also, the weapons bay doesn’t require cleaning, because the missiles are launched with air pressure instead of explosives that leave behind residue.
“Our jobs are drastically easier because of the way the jet takes care of itself,” concluded Patters.
In the 1960s, when a single military incident had the potential to spark a nuclear war, the US government needed a surveillance plane that absolutely could not be detected, intercepted, or shot down.
The answer was the SR-71.
The Lockheed Martin SR-71, or the “Blackbird” as it is commonly known, flew at the upper 1% of earth’s atmosphere at altitudes of 80,000 feet and speeds of over 2,000 mph — much faster and higher than any plane before it.
And every inch of the aircraft was meticulously designed to baffle radar detection.
The SR-71 was a marvel of engineering that flew in the US Air Force for more than 30 years. The plane holds records for speed and distance that stand to this day. It was so fast that the plane’s common protocol for avoiding missiles was to simply outrun them.
Former US Air Force Major Brian Shul describes his career as a pilot of iconic Blackbird in his book “Sled Driver.” He describes one incident in particular that he would never forget — something that reveals just how intense and difficult piloting the SR-71 could be.
As a Blackbird pilot, Shul is often asked about the plane’s top speed.
“Each SR-71 pilot had his own individual ‘high’ speed that he saw at some point on some mission,” Shul explains in the book.
Because the planes are so precisely engineered, and so costly, no pilot ever wanted to push the Blackbird to its absolute operating limits of temperature and speed. But you could fall short of those limits and still be going astonishingly fast: “It was common to see 35 miles a minute,” says Shul.
As far as his personal high speed goes, Shul says, “I saw mine over Libya when Ghaddafi fired two missiles my way, and max power was in order. Let’s just say that the plane truly loved speed and effortlessly took us to Mach numbers we hadn’t previously seen.”
Tales of the Blackbird’s speed and achievements in espionage are unsurpassed, but Shul’s most amazing anecdote in “Sled Driver” is the story of his slowest-ever run, which started off as a simple flyby to show off for friendly troops. It ended up the stuff of military legend.
While returning from a mission over Europe, Shul received a call from his home base in Mildenhall, England, requesting that he do a flyby of a small RAF base. An air cadet commander in that base was himself a former Blackbird pilot. Knowing what a spectacular sight the plane could be, he thought that a low-altitude flyby might give his troops a morale boost.
The Blackbird made its way to the RAF base, ripping through the skies over Denmark in just three minutes, and slowing down only to refuel midair.
Using the sophisticated navigation equipment aboard the Blackbird, Shul’s navigator, Walter, led him toward the airfield. He slowed the lightning-fast ship to sub sonic speeds and began to search for the airfield, which like many World War II-era British airbases had only one tower and very little identifiable infrastructure around it.
As the two got close, they were having trouble finding the small airfield. Shul describes the moments leading up to the flyby: “We got a little lower, and I pulled the throttles back from 325 knots we were at. With the gear up, anything under 275 was just uncomfortable. Walt (the navigator) said we were practically over the field — yet there was nothing in my windscreen.”
As the airfield cadets assembled outside in anticipation of catching a glimpse of the Blackbird, Shul and his navigator eased off the accelerator and began circling the forest looking for any sign of the base.
During the search, the Blackbird’s speed had fallen well below advisable or even safe levels.
“At this point we weren’t really flying, but were falling in a slight bank,” recalls Shul.
With the engines silent on the low-flying Blackbird, the cadets on the ground couldn’t see or hear anything. There was simply no way they could have expected what would happen next: “As I noticed the airspeed indicator slide below 160 knots, my heart stopped and my adrenalin-filled left hand pushed two throttles full forward.”
Shul describes what happened next as a “thunderous roar of flame … a joyous feeling.”
The cadets must have seen “107 feet of fire-breathing titanium in their face as the plane leveled and accelerated, in full burner, on the tower side of the infield, closer than expected, maintaining what could only be described as some sort of ultimate knife-edge pass.”
Shul and his navigator returned to base in silence. They were both shocked by the momentary lapse in speed that nearly saw their Blackbird plummeting towards the hard ground. They had come close to a full-on catastrophe — much too close for comfort.
The pair felt sure that their commander would have had a panic attack, and would be furiously waiting at base to ream the pilots and take their wings.
Instead, they were greeted by a smiling commander who told them that the RAF had reported “the greatest SR-71 fly-past he had ever seen.”
The spectators had taken their near-fatal mistake as an especially brave and well-executed stunt carried out by erudite professionals. The commander heard about the “breathtaking” flyby, and heartily shook both Shul and Walter’s hands.
Apparently, some of the cadets watching had their hats blown off from the extremely close passage of the Blackbird in full thrust. The cadets were shocked, but only the two pilots knew just how close a call the flyby had been.
As the pilots retired to the equipment room, they still looked at each other in a dazed silence. Finally, they broached the subject of the perilously low speeds.
“One hundred fifty-six knots (180 mph). What did you see?” The co-pilot Walter asked Shul, “One hundred fifty-two (175 mph),” he responded. These speeds are fast for a car, but in an aircraft designed to travel in excess of 2,000 mph, they are disturbingly slow and unsafe.
A year later, as Shul and Walter ate in a mess hall, he overheard some officers talking about the incident, which by then had become exaggerated to the point where cadets were being knocked over and having their eyebrows singed from the Blackbird’s raging thrusters.
When the younger officers noticed the patches on Shul’s uniform, indicating that he flew the SR-71, they asked him to verify that the flyby had occurred. Shul replied, “It was probably just a routine low approach; they’re pretty impressive in that plane.”
These missiles primarily engage their targets in space at the height of the ballistic missile’s flight path. To hit a DF-21D, the Aegis system will need to be on or near the projected flight path. Keeping carriers safe may require keeping an Aegis ship equipped with SM-3s permanently co-located with the carrier.
These are much cheaper than SM-3s, but the SM-6 is a final, last-ditch defense while the SM-3 is still the first call. That’s because SM-6s engage targeted missiles during their terminal phase, the final moments before the incoming missile kills its target. If the SM-6 misses, there isn’t time to do anything else.
The main problem for the Navy when using THAAD to protect its ships is that the THAAD system is deployed on trucks, not ships. It’s hard to keep land-based missiles in position to protect ships sailing on the open sea.
In a hypothetical war with Russia, the U.S. holds a lot of advantages. America’s Air Force and Navy are the largest in the world. The U.S. military is an all-volunteer force while Russia’s military is still reliant on conscriptions to fill out the ranks.
But there is one area of a conventional war where Russia holds a real advantage: artillery. While America has evolved into a leader in precision artillery fires, Russia has continued to build on its range and ability to deliver massed fires, which are more important factors in an artillery battle between armies.
The U.S. Army worked hard for its precision. Artillery presents a lot of natural challenges to accuracy. The arc of the round and the time of flight, anywhere from a few seconds to a few minutes, means that the environment gets a lot of chances to blow artillery off target.
Plus, artillery crews can’t usually see their targets or where their rounds land. A forward observer calls the guns from the frontline and reads off target data. The gun crew uses this description to fire. The observer will let them know if they hit anything, what corrections to make, and how many more rounds are needed.
Target movement makes the challenge even harder. Crews still have to rely on the observer, but against moving targets they also have to hope that the target won’t change its direction or speed in the 30 seconds to three minutes that the round is flying to the target.
But the U.S. managed to create precision fires by spending a lot of time and money on laser and GPS-guided artillery rounds that can steer during flight. It also trained its crews for maximum accuracy even when using more traditional rounds.
Because of this innovation and work, American artillery crews could engage enemy forces within a couple hundred meters of friendly troops as long as the observer agrees to a “Danger Close” mission and the crew double checks their math. Troops in Iraq and Afghanistan could drop rounds near schools and mosques while remaining confident they wouldn’t destroy any friendly buildings.
The problem is this precision isn’t as necessary in a fight against another nation state. After all, if the enemy has troops camped along a ridge, missing the center by a couple hundred feet wouldn’t matter much. The round would still hit one of the tents or vehicles. And massed fires, shooting a lot at once, would ensure that any specific target would likely be destroyed.
So instead of investing as much as the U.S. did in getting super accurate, Russia invested in getting more guns and rockets that could fire faster and farther.
Some of those new rockets and guns can fire farther than their U.S. counterparts, meaning that American artillerymen would have to drive their guns into position and emplace them while Russian artillery is already raining down around them.
Russia also invested in new capabilities like drones that pack into rocket tubes and kamikaze themselves against targets as well as thermobaric warheads that fit onto rockets and can be fired en masse. Thermobaric weapons release fuel or metal fragments into the air and then detonate it, creating a massive blast wave and flash fire.
These developments have not gone unnoticed by the U.S. Lt. Gen. H.R. McMaster gave a briefing in May where he talked about the new threats from Russia’s artillery and called for America to get more serious about artillery against a near-peer adversary.
It’s not time to go running under the tables, yet. Russia’s advantage in an artillery duel is partially countered by America’s dominance in the air. Bombers could launch strikes against the most-capable of the Russian guns provided that the guns aren’t defended by Russia’s top-tier air defenses.
America also has more numerous and more capable cruise and other long-range missiles than Russia, meaning that there would be opportunities to degrade Russia’s capabilities before the two artillery forces clashed. And America does have great drone and thermobaric capabilities, just not in its artillery corps.
But if America wants an advantage in all areas ahead of a potential war, it’s time to get serious about massed fires once again.
First World War hero Sgt. Stubby, a Boston Terrier who fought in the trenches with the American 26th Infantry Division and was credited with saving many of their lives, is the titular character and focus of a new animated movie hitting screens in 2018.
Then-Pvt. Robert Conroy assumed responsibility for Stubby and smuggled him onto the SS Minnesota with the 102nd. Stubby served predominantly as a mascot when the unit arrived in France, but began to take a more active role as a sentry.
He remained at the front and later caught a German spy attempting to slip into the American lines in the Argonne Forest. Stubby held the spy until humans could complete the capture.
Despite the grenade wounds and damage from multiple gas attacks, Stubby continued to serve until the end of the war and was once again smuggled across the ocean. Back in America, he rose to prominence as a celebrity.
He was made a lifetime member of the American Legion, Red Cross, and YMCA. The YMCA even put him on a three bones a day salary in exchange for his assistance recruiting members. General of the Armies John J. Pershing, former commander of all U.S. forces in Europe, personally pinned a medal on Stubby’s vest.
That vest has been well decorated with awards, some granted during the war and some, like the gold medal presented by Pershing, were granted after the war.
Stubby continued to live with Conroy until he died in the veteran’s arms in 1926.
NATO’s secretary-general made a short announcement to the press on May 10 in which he confirmed that the organization was requesting that its member states deploy more troops to Afghanistan, but ruled out a return to military combat in that country.
Jens Stoltenberg spoke following a meeting with the United Kingdom Prime Minister Theresa May at her official 10 Downing Street residence in London, where the two leaders were preparing the groundwork ahead of a Brussels NATO meeting scheduled for May 25.
Stoltenberg said military authorities would use the summit to debate NATO’s petition to deploy several thousand additional troops to Afghanistan.
Exact figures would be thrashed out in the coming weeks, the NATO chief said, adding that extra soldiers would not be deployed in a combative military capacity, but would rather provide training to the Afghan forces on the ground.
Some 13,500 NATO troops stayed on as advisers in the Central Asian nation when the Alliance officially ended its military intervention against the Taliban and Al-Qaida in 2014, some 12 years after the operation was launched.
Stoltenberg said that national defense contributions would be scrutinized during the Brussels summit.
NATO has asked its members to invest 2 percent of their GDP into defense spending.
There were two new heads of state for whom the forthcoming summit was set to be their first NATO outing; United States President Donald Trump and Emmanual Macron, who is due to officially take French presidency on May 14.
Airplane manufacturers have to make sure their planes can survive striking birds while the plane is at full speed. So, (dead) chickens are fired from large cannons at aircraft and engines to test their durability. The results can be messy, to say the least.
The testing is crucial to pilot safety and the survivability of the aircraft. The video below shows how much an F-16 canopy can flex without breaking, protecting pilots from taking a bird to the face at supersonic speeds.
Engines get similar treatment to make sure they’ll chop up and spit out a bird and keep running. The planes and their engines are also tested for how they perform when ice or liquid water is sucked through the engine.
The U.S. Army will continue with its Modular Handgun System effort despite heavy criticism from the service’s own chief of staff who called it too bureaucratic and costly for a low-tech item such as a pistol.
Army acquisition leaders recently attended a high-level meeting with Chief of Staff Gen. Mark Milley to determine what to do about the Modular Handgun System, or MHS, effort — keep as is, restructure or cancel it and start over, according to an Army acquisition official, who asked to remain anonymous because he is not authorized to speak to the media.
“The decision was to stay the course with MHS,” the official said.
This will likely ease a lot of worry from gun-makers competing in the effort since Milley has made no secret about his contempt for service’s effort to replace the current M9 9mm pistol.
The general has used recent public appearances to chastise a bureaucratic acquisition system for making it overly complicated to field equipment in a timely manner, citing the service’s MHS effort as a prime example.
But behind the scenes, Milley moved beyond criticism. His office recently asked the Army Special Operations Command’s G-8 office, which oversees fielding of equipment, if there is room for the Army to join its pistol contract to buy Glock 19s, according to another Military.com source who asked to remain anonymous because he is not authorized to speak to the media.
The compact Model 19 is one of Glock’s most popular handguns. New Glock 19s retail for $500-$600 each. USASOC is currently paying a base price of about $320 for each Glock 19, the source said.
With that price, the Army would pay about $91.8 million if the service were to buy 287,000 pistols, the quantity requirement outlined in the MHS effort, which is currently set to cost at least $350 million.
“The thing no one is talking about is the can of worms the chief has opened,” the Army acquisition said.
“I think it is good that the Army leadership is taking a bigger role in acquisition. On the other hand, there are huge risks when people like the chief have wrong or incomplete information, or jump into the middle of an active competition, the source said. “There are certain things one does not do, unless one is willing to live with the consequences.”
In this case, consequences mean the possibility of protests or lawsuits by gun makers participating in the MHS completion.
“Enough companies have submitted bids for there to be a good MHS competition,” the acquisition official said. “No one is saying how many that is or who they are. If they include the larger companies … it increases the prospects for litigation because they have the requisite resources, and that is what they do.”
Milley’s stance on MHS continues to draw attention from Congress.
Sen. Joni Ernst, a Republican from Iowa, questioned senior Army officials about it at an April 5 hearing of the Senate Armed Services Committee’s Airland Subcommittee hearing.
“This has been a real big issue,” she said. “Why is it so difficult for the Army to buy a basic item like a pistol?”
Lt. Gen. John M. Murray, deputy chief of staff of the Army’s office for programs, or G-8, agreed that the service has been down a “torturous path” on the handgun program.
“I will guarantee you [Gen. Milley] is involved with the testing, requirements and source selection, when we get to that point, in every intimate detail,” Murray said, describing how he has had “several very long and painful meetings with him in the past week or two and dug into how we got where we are and how do we fix this.”
The Army launched its long-awaited XM17 MHS competition in late August to replace its Cold War-era M9 9mm pistol. One of the major goals of the effort is to adopt a pistol chambered for a more potent round than the current 9mm. The U.S. military replaced the .45-caliber 1911 pistol with the M9 in 1985 and began using the 9mm NATO round at that time.
Gun-makers had until Feb. 12 to submit proposals to the Army.
The request for proposal calls on gun-makers to submit packages that include full-size and compact versions of their handgun as well as hundreds of thousands of rounds for testing.
One of Milley’s biggest criticisms of MHS is that the testing program is scheduled to last two years and cost $17 million.
In a break from tradition, the Army is also requiring competing firms to prove that they are capable of delivering millions of rounds of pistol ammunition per month in addition to delivering thousands of new handguns per month, according to the request.
The competition will also evaluate expanding or fragmenting ammunition, such as hollow-point bullets, that have been used by law enforcement agencies for years. The Army’s draft solicitation cited a new Defense Department policy that allows for the use of “special purpose ammunition.”
In 1997, 10 years after retiring from a 34-year career in the Army Reserve and Air Force Reserve, Edward Kosakoski was diagnosed with prostate cancer. Though his last assignment in the Reserve was as commander of the 74th Aeromedical Evacuation Squadron at Westover Air Force Base in Massachusetts, it was during the mid-1970s and early 1980s that Lt. Col. K was exposed to Agent Orange while flying training missions on several C-123 aircraft previously used for spraying the chemical defoliant in Vietnam.
Last week, VA service connected Col. K’s prostate cancer, awarding him compensation for his C-123 Agent Orange claim.
I’ve never met Col. K, but his story is captured in the claim file that his wife, Ingrid Kosakoski, filed on his behalf. That file shows a man who was drafted into the Army in 1953 and, after serving two years in France, had joined the Army Reserve, and who had received a commission in the Air Force Reserve after graduating from the University of Connecticut Pharmacy School in 1959. That file also shows that VA received Col. K’s claim prior to the recent regulation change.
After spending decades searching for proof of a connection between C-123s and the conditions known to be caused by Agent Orange, the Institute of Medicine issued a review that provided the supporting evidence VA needed to provide care and compensation to the Air Force and Air Force Reserve personnel who were exposed to Agent Orange through regular and repeated contact with contaminated C-123s and who also developed an Agent Orange-related disability.
“I have only praise for the VA personnel who handled Ed’s claim in Baltimore and St. Paul,” Ingrid said. “They were professional and compassionate, and I would urge others exposed to Agent Orange with known disabilities to file claims as soon as possible.”
In a recent phone conversation, longtime C-123 advocate and close friend of Col. K, Wes Carter, also stressed the importance of not waiting.
“The Secretary and his staff have worked hard, along with C-123 veterans in getting to this point,” said Carter, who also chairs the C-123 Veterans Association. “VA is ready and eager, already reaching out and helping our aircrews and maintenance personnel who are ill.
“This is the time for C-123 Veterans to get their claims to VA if affected by any of the Agent Orange-associated illnesses. Call the C-123 hotline at 1-800-749-8387 for any questions. I also recommend that vets ask their local VA medical center’s environmental health coordinator for an Agent Orange Registry exam.”
If you or someone you know was exposed to Agent Orange (whether in in Vietnam or its inland waterways, an area the Department of Defense has confirmed use of AO, or as in Col. K’s case aboard a C-123) AND you have a condition presumed to be related to AO, please file a claim for compensation.
If you need help filing a claim or want to talk to someone, you have many options:
Speak with an accredited Veterans Service Officer who can help you gather records and file a claim online
Call VA at 1-800-827-1000 for advice
If you want the fastest decision possible, consider filing a Fully Developed Claim through ebenefits.va.gov. An FDC allows you to submit all your evidence up front, identify any federal records for VA to obtain, and certifies that you have no other evidence to submit.
If you (or your loved one) meet certain conditions, such as financial hardship, advanced age, or terminal illness, VA can expedite your claim – just make sure we are aware of your situation. You or your VSO can notify us in writing, or by calling 1-800-827-1000. If your situation is dire, don’t wait!
The harrowing tale of how a U.S. Army Air Force B-24 top turret gunner evaded Nazis for six months after his plane was shot down in 1943 is now heading to the silver screen.
According to a story in The Hollywood Reporter, actor Jake Gyllenhaal’s production company Nine Stories has acquired the rights to make a film adaptation of “The Lost Airman,” a book about the odyssey that Staff Sgt. Arthur Meyerowitz faced in evading Nazis after the B-24 he was in was shot down.
The film is being produced for Amazon Studios.
According to a March 2016 review of the book, Meyerowitz suffered a serious back injury when he bailed out from the Liberator, which kept him from getting across the Pyrenees Mountains right away. This meant that Meyerowitz was in serious trouble — not only was he an Allied airman, he was also Jewish.
So, the French Resistance hid Meyerowitz in plain sight as an Algerian named Georges Lambert, a deaf-mute who had been injured in an accident who had been hired to work in a store in the city of Toulouse. Meyerowitz was joined by a Royal Air Force pilot named Richard Cleaver.
At great cost, the French Resistance eventually got Meyerowitz over the Pyrenees, but even then, there was still risk from Spanish officials who were perfectly willing to return “escaped criminals” to the Nazis (usually after the payment of a bribe).
Thus, the two pilots were not truly safe until they arrived in Gibraltar via a fishing boat.
Meyerowitz would receive the Purple Heart for the injury he suffered while escaping from the stricken B-24. He also would spend over a year in hospitals recovering from the untreated injury.
French Resistance fighters. (Photo from Wikimedia Commons)
Gyllenhaal is best known for starring in the movies “Nightcrawler,” ‘The Day After Tomorrow,” and “Jarhead.” The film is being produced by Academy Award-winning producer John Lesher, best known for “Birdman.” No release date has been set.