The iconic U-2 spy plane debuted in 1955, and it’s still deployable thanks to a meticulous inspection called the Programmed Depot Maintenance every 4,700 flight hours.
This incredibly complex process requires technicians to disassemble and strip the paint off the entire plane to analyze every part and make repairs. Over 1,800 individual parts are removed and revised and 40,000 rivets inspected. After completion, the aircraft is reassembled and repainted before returning to the flight line.
For a plane that’s flown over the Soviet Union, Cuba, Korea and other places around the world since its secret introduction to the inventory, it has proven its worth. The Air Force keeps 33 of them on standby and plans to keep it flying until at least 2019.
This time lapse video from Sploid shows the entire process in under two minutes:
Vigilance Elite just released footage from a training session with Reeves for John Wick: Chapter 3 – Parabellum, and you can see that he’s training like an operator, not just an actor. In the video below, trainer and former Navy SEAL Shawn Ryan walks Reeves through room clearing with a rifle — in particular, negotiating the “fatal funnel.”
This kind of dedicated training is just one reason why Reeves is highly respected and his films are so fun. Check out the video for a bit of Reeves-worship…but stay for the refresher in case you ever get into a sh*t sandwich.
Keanu Reeves Tactical Training for John Wick 3 with Vigilance Elite .MP4
“My character’s always in shit sandwiches,” jokes Reeves.
Reeves maintains a professional, respectful demeanor throughout the process, which is exactly the kind of attitude that bridges the divide between military and civilian audiences. Reeves is believable as an assassin because he puts in the work to understand weapons and tactics; military audiences can spot a phony a mile away and it ruins the cinematic experience.
Within the last few years, 360-degree cameras have hit the market and they’re changing the way we record our favorite memories. They may also have implications for how our nation fights its enemies.
When it comes to fighting a ground war, having as many sets of surveilling eyes as possible is a good idea — an idea that could save lives.
Although the infantrymen that patrol hostile streets on a daily basis are highly-trained, it’s near impossible to recount every single detail exactly as it happened after the fact.
In the event that something abnormal happens on a trip outside the wire, having footage from a 360-degree camera can provide you with all the analysis you need.
It could help with your disability claim
A lot of sh*t can happen while you’re outside the wire in a short amount of time.
In the event that something bad happens and the platoon doc wasn’t there to witness it, there’s a good chance that it was captured clearly with the 360-degree camera. That dramatic footage will come in handy when you’re battling the VA for compensation.
You could update your terrain maps
One of the most significant issues with serving in a war that takes place in a developing country is that enemies can quickly take down and rebuild their dried-mud structures.
With the help of a 360-degree camera, if a structure is, in fact, rebuilt after being wiped away via airstrike, the new footage will help you update terrain maps. By simply carrying one of these versatile tools, you’ll record new information without even trying.
It’s called surveillance, people.
We thought so.
The footage could be better than any war trophy
Who here wants to document an awesome firefight where you kick enemies’ asses from all angles?
It can help identify high-value individuals
This may come as a shocker, but when the bad guys interact with allied forces, they typically lie about their identities. Having a 360-degree camera on deck can help analysts identify potential threats, even if the allied troop isn’t looking.
Off the East Coast this month, the Navy’s newest aircraft carrier, the first-in-class USS Gerald R. Ford, reached several major milestones in a matter of hours, marking the advancement of the carrier’s crew and its systems.
The Ford completed flight deck certification and carrier air-traffic control center certification on March 20, after it achieved Precision Approach Landing Systems certification and conducted two days of flight operations.
F/A-18E and F/A-18F Super Hornets from four squadrons assigned to Carrier Air Wing 8 conducted 123 daytime launches and landings and 42 nighttime launches and landings aboard the Ford over a two-day period, exceeding the minimum requirements for each by three and two, respectively.
“Our sailors performed at a level that was on par with a forward deployed aircraft carrier, and this was a direct result of the hardcore training and deployment-ready mentality we have pushed every day for the past year,” Capt. J. J. Cummings, the Ford’s commanding officer, said in a release. “Our team put their game faces on, stepped into the batter’s box and smashed line drives out of the park. It was fun to watch.”
The certifications, photos of which you can see below, are major achievements not only for the carrier but also for the Navy, as the Ford is now the only only carrier qualification asset — meaning it can conduct carrier qualifications for pilots and other support operations — that will be regularly available on the East Coast this year.
Aviation Boatswain’s Mate (Handling) 1st Class Jawann Murray, assigned to USS Gerald R. Ford’s air department, signals an F/A-18E Super Hornet on Ford’s flight deck during flight operations in the Atlantic, March 21, 2020.
Before flight deck and carrier air-traffic control certification, the Ford did Precision Approach Landing Systems certification. PALS is a requirement for flight operations. along with air-traffic controllers, it aids pilots in night or bad-weather landings and guides them to a good starting position for approaches.
The Ford is doing an 18-month post-delivery test and trials period, now in its fifth month.
The carrier finished aircraft compatibility testing at the end of January, successfully launching and landing five kinds of aircraft a total of 211 times.
After that 18-month period, it will likely return to the shipyard for any remaining work that couldn’t be done at sea.
Chief Aviation Boatswain’s Mate (Handling) Derrick Williams, USS Gerald R. Ford’s flight deck leading chief petty officer, goes over flight deck operations inside Ford’s flight deck control, prior to flight operations in the Atlantic, March 23, 2020.
The Ford’s carrier air-traffic control center team assisted the flight-deck certification and had to complete its own certification in concert with it. CATCC certification was the culmination of a process that started at the Naval Air Technical Training Center in Florida last year.
Since that process began in October 2019, instructors from the training center have been working with Ford sailors during every phase — testing the sailors’ practical knowledge, reviewing their checklists, and observing their recovery operations.
That training was vital to the Ford sailors’ success this month. “We had no rust to knock off,” said Chief Air Traffic Controller Lavese McCray. “We’ve tested and trained for so many operations that it made the [certification] scenarios look easy.”
Inspectors from Naval Air Forces Atlantic praised the carrier air-traffic control center sailors in their certification letter, according to the release.
“It was very apparent the entire CATCC team put forth a great deal of effort preparing for their CATCC certification,” the letter said. “All CATCC functional areas were outstanding. Additionally, the leadership and expertise exhibited by the Air Operations Officer and his staff were extremely evident throughout the course of the entire week.”
The certification process is meant to test pilots and crews on operations they’ll face when deployed. In one recovery scenario, aircraft were stacked behind the Ford in 2-mile increments, waiting to land every minute, which deployment-ready aircraft carriers are required to be able to do. The Ford landed aircraft 55 seconds apart.
“The human element critical to [flight deck certification] is the relationship between ship’s company and the air wing in the ‘black top ballet’ of flight deck operations,” the release said. “During hours-long evolutions, the teams work together to communicate pilots’ status, their requirements, and provide them services.”
The March 20 certifications came a day after the Ford’s 1,000 recovery of a fixed-wing aircraft using its Advanced Arresting Gear on March 19 at 5:13 p.m. Moments later, the ship had its 1,000 launch with its Electromagnetic Aircraft Launch System.
The Ford’s first fixed-wing recovery and launch using AAG and EMALS were on July 28, 2017.
AAG and EMALS have been two of the most nettlesome of the Ford’s many new technologies, exceeded in their growing pains perhaps only by the Advanced Weapons Elevators, which are still not finished.
The Ford has the first new carrier design since the 1960s, which added to the difficulty of its construction. AAG and EMALS are both meant to support the greater energy requirements of future air wings and operate more safely than similar gear on older Nimitz-class carriers.
The Ford’s accomplishments come as the Navy grapples with a fleet-wide challenge in the coronavirus. The service’s first case came on March 13, when a sailor on the USS Boxer, in port in San Diego, tested positive. The first underway case came on Tuesday on the carrier USS Theodore Roosevelt.
Acting Secretary of the Navy Thomas Modly said Tuesday that three cases were detected on the Theodore Roosevelt. He said those were the first cases on a deployed ship and that the affected personnel were awaiting transfer off the carrier.
The “Big Stick,” which carries some 5,000 crew, visited Vietnam earlier this month. The Navy’s top uniformed officer said Tuesday that it wasn’t clear if the cases stemmed from that visit.
“Whenever we have a positive on any ship … we’re doing the forensics on each one of those cases to try and understand what kind of best practices, or the do’s and the don’ts, that we can quickly promulgate fleet-wide,” Chief of Naval Operations Adm. Michael Gilday said at the Pentagon.
Asked about specific policy changes, Gilday said, “we’re on it” but “no specifics yet.”
Aviation Boatswain’s Mate (Handling) Airman Christopher Nardelli, assigned to USS Gerald R. Ford’s air department, arranges the “ouija board” in Ford’s flight deck control, during flight operations in the Atlantic, March 22, 2020.
There are no reported cases on the Ford, which Gilday said Tuesday was also carrying “a couple of hundred shipyard workers” who were “working on many of her systems to continue to keep her at pace and on schedule” for deployment.
“We’re very proud of the fact that they are out there at sea with us and that they’re so committed to the Navy,” Gilday said of the shipyard workers.
But the Navy secretary said Tuesday that the service was in touch with industry partners to let them know it was aware of the challenge posed by the coronavirus.
“We rely particularly on our shipyards and our depots … We need them to continue to operate because you can’t lose those skills. We have to keep them maintained. So we’ve been very clear and very consistent in talking to our commercial partners,” Modly said.
“We are also concerned about the health of their people. We don’t want them putting them at risk either,” Modly added. “But we just need to be aware of what they’re doing in that regard, so that we can adjust our expectations about what they can deliver and when they can deliver.”
General Atomics-Aeronautical Systems has received a $39.6 million contract to provide MQ-9 Reapers to a Marine advisory unit in Afghanistan for air overwatch and reconnaissance, according to Pentagon announcements.
The Reapers, the first Group 5 unmanned aerial systems to be assigned exclusively to a Marine unit, may arrive in theater very soon, documents show. Group 5 is the largest class of UAS and includes platforms such as the RQ-4 Global Hawk and MQ-4C Triton.
According to the contract announcement, General Atomics contractors, not Marines, will operate the systems in Afghanistan. The award was first reported June 27, 2018, by The Drive.
While Task Force Southwest, a small contingent of several hundred Marines on the ground in Helmand Province, Afghanistan is primarily charged with providing advice and assistance to Afghan National Security Forces in their fight with local Taliban elements, a significant portion of the unit’s work involves coordinating strikes on enemy targets using UAS.
When Military.com visited the unit in December 2017 and toured its operations center, Marines coordinated three deadly strikes in a single morning, using small ScanEagle drones to identify targets and Air ForceF-16 Fighting Falcons to drop ordnance to take them out.
“This is what we do on a daily basis, is provide overwatch,” Capt. Brian Hubert, battle captain for Task Force Southwest, told Military.com at the time. “And then also, there’s a little bit of advising, because we will call them and say, ‘Hey, think about doing this, or we see you doing this, that looks good, you should go here.’ We’re trying to get them to the point where eventually, with their Afghan Air Force, they can do all themselves.”
Having Reapers, which can fly at top speeds of 300 miles per hour and can carry more than 3,700 pounds of ordnance, including Hellfire missiles, GBU-12 Paveway II bombs and GBU-38 Joint Direct Attack Munitions, would allow the Marine task force to operate more independently rather than depending on other units for deadly force from the air.
“Task Force Southwest currently uses Group 5 [Unmanned Aerial Systems] extensively when they are provided from available assets in theater,” Brig. Gen. Benjamin Watson, commander of the task force, told Military.com in January 2018. “An organic Group 5 UAS capability will give us more capacity to assist our Afghan partners as they conduct continuous offensive operations against the enemy in Helmand province.”
(U.S. Air Force photo)
As an additional benefit, having the Reapers available may help the Marines prepare to receive and operate their own Group 5 drone, the MUX, which is now in the requirements phase.
That system, which will be designed to take off vertically from a ship and provide surveillance and network capabilities from the air, is planned to reach initial operational capability around 2027.
The contract award notice for the Reapers does not specify when the systems will arrive in Afghanistan. Earlier solicitations called for the capability by March 2018. But all work on the contract is set to be completed by November 2018, the announcement states.
This article originally appeared on Military.com. Follow @military.com on Twitter.
Before the advent of stealth aircraft, the U.S. military had a very different approach on how to operate its planes in contested airspace. That approach could be summarized in two words:
In those early years of air defense system development, the U.S. was less interested in developing sneaky aircraft and more concerned with developing untouchable ones– utilizing platforms that leveraged high altitude, high speed, or both to beat out air defenses of all sorts — whether we’re talking surface to air missiles or even air superiority fighters.
Lockheed’s legendary Kelly Johnson, designer of just about every badass aircraft you can imagine from the C-130 to the U-2 Spy Plane, was the Pentagon’s go-to guy when it came to designing platforms that could evade interception through speed and altitude. His U-2 Spy Plane, designed and built on a shoestring budget and in a span of just a few months, first proved the concept of flying above enemy defenses, but then America needed something that could also outrun anything Russia could throw its way. The result was the Blackbird family of jets, including the operational SR-71 — an aircraft that remains the fastest operational military plane ever to take to the sky.
You could make a list of 1000 amazing facts about the SR-71 without breaking a sweat — but here are three even a few aviation nerds may not have of heard before:
The Blackbird had over 4,000 missiles fired at it. None ever hit their target.
The SR-71 Blackbird remained in operational service as a high speed, high altitude surveillance platform for 34 years — flying at speeds in excess of Mach 3 at altitudes of around 80,000 feet. This combination of speed and altitude made it all but untouchable to enemy anti-air missiles, so even when a nation knew that there was an SR-71 flying in their airspace, there was next to nothing it could do about it. According to Air Force data collected through pilot reports and other intelligence sources more than 4,000 missiles were fired at the SR-71 during its operational flights, but none ever managed to actually catch the fast-moving platform.
Its windshield gets so hot it had to be made of quartz.
Flying at such high speeds and altitudes puts incredible strain on the aircraft and its occupants, which forced Lockheed to find creative solutions to problems as they arose. One such problem was the immense amount of heat — often higher than 600 degrees Fahrenheit — that the windshield of the SR-71 would experience at top speeds. Designers ultimately decided that using quartz for the windshield was the best way to prevent any blur or window distortion under these conditions, so they ultrasonically fused the quartz to the aircraft’s titanium hull.
The SR-71 was the last major military aircraft to be designed using a ‘slide rule.’
There are countless incredible facts about the SR-71 that would warrant a place on this list, but this is one of the few facts that pertains specifically to the incredible people tasked with developing it. Not long after the SR-71 took to the sky, the most difficult mathematical aspects of aircraft design were handed off to computers that could crunch the numbers more quickly and reliably — but that wasn’t the case for the Blackbird. Kelly Johnson and his team used their “slide rules,” which were basically just specialized rulers with a slide that designers could use to aid them in their calculations in designing the mighty Blackbird. Years later, the aircraft was reviewed using modern aviation design computers only to reveal that the machines would not have suggested any changes to the design.
Just for fun, here’s Major Brian Shul’s incredible “Speed Check” story about flying the Blackbird.
Major Brian Shul, USAF (Ret.) SR-71 Blackbird ‘Speed Check’
Though women have made a lot of progress in recent years, especially in the military and defense sectors, there are still very few women in senior positions in the U.S. military-industrial complex. Only a third of the senior positions at the Department of State are women, and less than a fifth hold such positions at the Defense Department.
Alexis Visser is a 19-year-old international relations student and Army Reservist who helped game the South Korean and American forces.
(Dori Gordon Walker/RAND)
The RAND Corporation, a global, nonprofit policy research center created in 1948, wanted to bring a much-needed female perspective to the fields of defense policy and national security. The group of women are in age groups ranging from their late teens to early 20s, and most have never had any kind of wargaming or strategy experience before. Still, they are leading command discussion about scenarios facing troops in a war with North Korea in a conference room overlooking the Pentagon.
In the scenario, the Democratic People’s Republic of Korea has a long-range missile that can target locations on the U.S. West Coast. The North threatens “grave consequences” if the United States and South Korea conduct their annual joint exercises to practice their responses to a North Korean invasion. The warning from the DPRK is the same the Stalinist country gives the Southern Allies every year. This time, when the allies begin their drills, the North fires an artillery barrage into Seoul. South Korea responds with missile strikes. The new Korean War is on.
(Photo by Dori Gordon Walker/RAND Corporation)
RAND uses wargames like this one to study almost every national security scenario and has since the earliest days of the Cold War. It was the RAND Corporation who was at the center of the 1967 Pentagon Papers case that determined why the United States had not been successful in Vietnam. It’s very unlikely this is the first time RAND has wargamed a war between North and South Korea, but it’s the first time young girls were given command of the allied forces.
That isn’t to say no women have wargamed at the Pentagon. Many of the women who have participated in wargames at the highest levels of the U.S. government, including in the Pentagon, often admit to being the only woman in the room. RAND wants to create a pipeline for young women to be able to participate in such wargames – as professionals.
In the game, the women determine where to deploy infantry, how to stop North Korean advances, and even when to use tactical nuclear weapons, all under the advice and counsel of RAND’s expert and veteran women advisors.
Samina Mondal, right, listens as RAND’s Stacie Pettyjohn reviews the blue team’s tactics.
(Dori Gordon Walker/RAND)
The game is working, and not just against North Korea. History majors decide to turn their attention instead to National Security Studies. Eighteen-year-olds decide on careers in nuclear security. Soon, women will begin to change the way we look at the defense of the United States.
Marine Corps Systems Command recently collaborated with fleet Marines and other organizations to review the successful performance of several 3D-printed impellers used on M1A1 Abrams tanks at Twentynine Palms, California.
The Corps plans to use 3D-printed impellers when the original part wears or becomes inoperable and a new part cannot be received in a timely fashion.
“Call it a spare tire or a stop-gap solution,” said Joseph Burns, technical lead for MCSC’s Advanced Manufacturing Operations Cell. “This can get you through a mission, through your training exercise or whatever may be critical at the time.”
An impeller expels dust from the tank engine to keep the filters clean. When an impeller experiences wear and tear, the part may not pull enough air to function properly, which could degrade mission effectiveness.
A few years ago, the Marine Corps and the Army ordered a large batch of impellers. As a result, the Defense Logistics Agency — the agency responsible for providing parts for military vehicles — did not have enough parts to satisfy all orders.
U.S. Marine Lance Cpl. Charles Matte, a machinist with 1st Maintenance Battalion, Combat Logistics Regiment 15, 1st Marine Logistics Group, mills an impeller fan on a computer numerically controlled lathe machine aboard Camp Pendleton, California, Oct. 17, 2017.
(U.S. Marine Corps photo by Cpl. Joseph Sorci)
“At certain times, logistical issues can occur,” said Tony Delgado, research and development program manager for additive manufacturing at DLA. “Sometimes the part is not available right away or something happens with a vendor and a part cannot be provided immediately. This was one of those times where the part wasn’t available.”
DLA can award a contract to a company, let that manufacturer set up a production line and then order a large sum of parts. However, it can take from six to 10 months for the Marines to receive a part. Waiting months for an order can reduce readiness or effectiveness on the battlefield.
Consequentially, MCSC had to find an alternative solution.
“Around that time, the Marine Corps had been provided with 3D printing additive manufacturing tools,” said Burns. “And Marines were being encouraged to be innovative and develop prototype solutions to real-world problems. A young Marine identified the impeller and began exploring ways to 3D print this part.”
Building on this early success, MCSC collaborated with Johns Hopkins University – Applied Physics Laboratory and DLA to formally qualify the performance of the 3D printed impeller and document the design in a technical data package.
The exercise conducted at Twentynine Palms in December and January was the culmination of formal qualification testing and was intended to confirm the performance of a 3D-printed version of an impeller in an operationally relevant environment.
MCSC is in the process of creating a 100-page technical data package for the 3D-printed impeller. The AMOC has reviewed two drafts of the TDP and plans to finalize the first version by the end of the second quarter of fiscal year 2019.
Once the TDP is finalized, the 3D-printed impeller will be fully qualified, tested and certified by the Marine Corps for use in the Abrams tank.
Although a more expensive alternative, a 3D-printed impeller can be produced and ready for use in less than a week, said Burns. Once the TDP is certified, a manufacturer, depot or Marine unit with the right equipment can 3D print an impeller for use. The expedited delivery can improve readiness on the battlefield.
“The 3D-printed impeller also gives the tank commander another option,” said Delgado. “It’s important to have an alternative option.”
The organizations and agencies that helped develop the 3D-impeller and its TDP include DLA, Johns Hopkins University-Applied Physics Laboratory, Space and Naval Warfare Systems Center Pacific, 1st Marine Logistics Group, 1st Tank Battalion, and the U.S. Army Tank Automotive Research, Development and Engineering Center.
Delgado emphasized the importance of all parties involved in the creation of the 3D-printed impeller.
“We’ve involved engineers from Marine Corps Systems Command and the Army, and we’ve even had lawyers in some meetings to ensure there’s no intellectual property infringement,” explained Delgado. “In terms of collaboration, this has been a great project.”
This article originally appeared on Marines. Follow @USMC on Twitter.
The Russian Ministry of Defence has finally completed a prototype of the Altius-U, its version of the US’s RQ-4 Global Hawk and Predator drones, Russian state news agency TASS has reported.
After several practical setbacks and cost increases, as well as the arrest of Alexander Gomzin, the general director of Altius’s original designer last year, the six-ton Altius-U took to the skies for 32 minutes on Aug. 20, 2019, the Russian Ministry of Defence announced.
The prototype was outfitted with intelligence, surveillance, and reconnaissance (ISR) equipment during the test flight, said Samuel Bendett, a researcher at the CNA Corporation. Eventually, the drone will be armed to carry out precision attacks and will be able to carry up to one ton, Bendett told Insider.
The UAV flew at an altitude of about 800 meters, or 2,600 feet, although Bendett said that both the Altius and Russia’s new Okhotnik stealth drone would eventually be able to fly at very high altitudes to penetrate adversaries’ air defenses.
Heavy Russian drone Altius-U makes it maiden flight
According to the Russian Ministry of Defence, the Altius-U is capable of a 24-hour flight time, which gives it the capability to move far beyond Russia’s borders.
Bendett told Insider that Russia was trying to wean itself off of foreign military equipment and to learn lessons from combat in Syria — and the development of both the Altius-U and the Okhotnik shows just how far Russia has come on both those fronts.
“This was a capability they were craving,” Bendett told Insider.
But the Altius prototype is only on its first test — “A lot has to happen” before either UAV is part of the Russian arsenal.
Even so, it’s a clear signal to Russia’s adversaries that it’s taking note of UAV technologies coming from the US and Israel in particular, and that it is developing the capabilities to fight in the wars of the future.
The testing of the two UAVs “moves beyond the discussion of whether or not they can [build these types of weapons] to, ‘Yes they did,'” Bendett said.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
In the fast-moving world of defense technology, it pays for contractors like Lockheed Martin, Raytheon, and Boeing to stay on top of Uncle Sam’s spending habits. If you can accurately predict how the government will be looking to spend its massive defense budgets, you can position yourself well to secure tomorrow’s contracts with just a little bit of leg work today–and over the past few years, few have managed to do so as effectively as Boeing.
With so much money being funneled toward stealth and hypersonic platforms over at Lockheed Martin, Boeing has adopted a different angle in its pursuit of tax dollars: leaning into America’s recent love affair with revamping aging platforms for continued use. Instead of offering up costly, all-new aircraft to the Pentagon, Boeing has focused on finding cost-effective ways to keep existing platforms relevant. This effort is not only responsible for the new slew of updated F-15EXs expected to begin production in 2020, but also the sweeping upgrades to the Navy’s Super Hornets that are so substantial, some have taken to calling the Block III version of the fighter, “Super Duper Hornets.”
It’s almost certain that same mindset led Boeing to secure a patent last May that would turn America’s only supersonic heavy payload bomber into the world’s fastest gunship.
With a top speed of Mach 1.2, the Bone would make for one quick cannon-carrier
(U.S. Air Force photo/Senior Airman James Richardson)
The B-1B Lancer had a tumultuous start, with the program canceled and revived twice over the span of four sitting presidents only to finally make it into production just in time to see its nuclear delivery mission sidelined by the fall of the Soviet Union. The fighter-like bomber would have to undergo yet another technical shift, converting it into a conventional payload bomber following America’s signing of the START treaty in 1995, before the “Bone” (as aircrews took to calling it) would find its way into the fight. Now, however, with the next generation B-21 Raider slated to enter service in the coming decade, the B-1B has been set to enter retirement just as soon as there are enough new bombers to replace it.
That is, unless Boeing has something to do with it. The patent they secured last year included a number of different cannon options to be added to the swing-wing bomber ranging in size from 25mm to 40mm. Some design options involve opening the bomb-bay doors to reveal the cannon, others have cannons unfolding from the belly of the beast, but the intent is the same in either regard: creating a supersonic platform that can deliver firepower like the legendary AC-130U Spooky Gunship and still outrun whatever trouble may be headed its way.
Deadly AC-130 Gunship in Action Firing All Its Cannons
The Bone’s speed and advanced terrain following flight systems would allow it to fly in contested airspace with minimal detection, something an AC-130 can’t do, and its massive fuel stores and payload capacity mean it could loiter for hours over a target and deliver thousands of pounds of guided bombs between cannon volleys.
Of course, it’s not all sunshine and roses for the B-1B Gunship concept. Thanks to the swing-wing design, the B-1B may have a lower stall speed than you might find in some other supersonic platforms, but it still seems unlikely that the aircraft can fly slow enough to reliably use a cannon in close air support missions. The B-1B’s biggest proposed cannon, at 40mm, is tiny compared to the 105mm cannon fired from the Spooky Gunship — though that concern could be mitigated by the B-1B’s ability to drop highly accurate ordnance in combination with the hypothetical cannons.
One of the designs includes a cannon that would lower from the Lancer’s belly, while others would rely on opening the bomb bay doors.
(U.S. Patent Office)
The Bone would also be a costly replacement for the much slower AC-130U, to the tune of about ,000 more per flight hour, though one could argue that if they found a way to use the cannon effectively in the B-1B, it would broaden the options for commanders in the field enough to warrant the cost. Because the AC-130U tops out at around 300 miles per hour and is too big to miss with many anti-aircraft weapons, they tend to be used only in nighttime operations in lightly contested or utterly uncontested airspace. The B-1B, on the other hand, could fly close air support missions in far more threatening environments.
Will this concept ever make it off of paper and into American hangars? Well, it’s tough to say. Securing a patent doesn’t mean Uncle Sam is interested in what they’re selling — but having it means it’s always an option on the table, and as the B-1 continues to find new uses in the forms of new anti-ship and stealthy cruise missile armaments, the Air Force may find reason to invest new money in the B-1s future after all. Who knows what the wars of the future might bring.
Do you have that buddy who scratches messages into his M4 rounds? Or maybe you’re the sailor who Sharpies “This one’s for you” onto JDAMs destined for a flight over the Gulf. Regardless, it turns out that you’re part of a tradition that dates back to a few hundred years before Jesus.
Yeah, we’re all comedians.
(Air Force Master Sgt. Dave Nolan)
Writing messages on bombs, missiles, and other munitions is a common and long-standing tradition. After the 9/11 Attacks, messages of solidarity for New York and vengeance against al Qaeda and the Taliban started popping up on bombs headed for Afghanistan. Hussein and the Ba’ath party were favorite targets for graffiti over Iraq in the early 2000s.
More recently, bombs headed for Iraq and Syria have had messages for ISIS and Baghdadi, and messages supporting Paris were popular after the attacks in 2015.
Obviously, there’s about zero chance in Hell that anyone on the receiving end will actually read the messages. After all, the bomb casings will get obliterated when they go off. But it’s fun for the troops and lets them get a little steam out. Most service members will never fire a weapon, drop a bomb, or throw a grenade in anger.
(Imperial War Museum)
So it can sometimes be hard for support troops to connect their actions to dismantling ISIS, defeating Saddam, or destroying al Qaeda. It helps the ordnance crews reinforce their part of the mission, and they can imagine their Sharpie-soaked pieces of shrapnel shredding enemy fighters.
But this tradition really dates back. In World War II, British troops designated bombs to destroy the German battleship Tirpitz. And these Americans were hoping their bombs would be great party favors for the Third Reich.
Sig Sauer Inc. on Sep. 3, 2019, offered a first look at the automatic rifle and rifle prototypes for the U.S. Army’s Next Generation Squad Weapon (NGSW) effort, after the service selected the company to advance to the next phase of testing for the 6.8mm weapon system.
Sig Sauer, maker of the Army’s new Modular Handgun System, was selected recently along with General Dynamics-OTS Inc. and AAI Corporation Textron Systems to deliver prototypes of both the automatic rifle and rifle versions of the NGSW, as well as hundreds of thousands of rounds of special 6.8mm ammunition common to both weapons, to Army testers over the next 27 months.
The service plans to select a final design for both weapons from a single company in the first quarter of 2022 and begin replacing M4A1 carbines and M249 squad automatic weapons in an infantry brigade combat team in the first quarter of 2023, Army modernization officials have said.
As part of the NGSW effort, the Army tasked gunmakers to develop a common cartridge using the government-designed 6.8mm projectile.
Sig engineered a “completely new cartridge,” resulting in a “more compact round, with increased velocity and accuracy, while delivering a substantial reduction in the weight of the ammunition,” according to a Sept. 3, 2019 company news release.
Sig Sauer automatic rifle prototype (left) and rifle prototype (right) designed for the Army’s Next Generation Squad Weapon.
(Sig Sauer photo)
The high-pressure, 6.8mm hybrid ammunition is a “significant leap forward in ammunition innovation, design and manufacturing,” Ron Cohen, president and CEO of Sig, said in the release.
Sig’s automatic-rifle version of the NGSW features a side-opening feed tray, increased available rail space for night vision and other accessories, and a folding buttstock. The rifle prototype features a free-floating, reinforced M-LOK handguard, side-charging handle, and fully ambidextrous controls, as well as a folding buttstock, according to the release.
Both prototypes will also feature a newly designed suppressor that “reduces harmful backflow and signature” during firing, the release states.
“The Sig Sauer NGSW-AR is lighter in weight, with dramatically less recoil than that currently in service, while our carbine for the NGSW-Rifle submission is built on the foundation of Sig Sauer weapons in service with the premier fighting forces across the globe,” Cohen said in the release. “Both weapons are designed with features that will increase the capabilities of the soldier.”
The new prototyping agreements call for each vendor to deliver 43 6.8mm NGSW automatic rifles and 53 NGSW rifles, as well as 845,000 rounds of 6.8mm ammunition, according to the original solicitation.
U.S. Army Pvt. David Bryant of the 3rd Squadron 71st Cavalry, 3rd Brigade Combat Team, 10th Mountain Division mans his position behind his M249 Squad Automatic Weapon.
(U.S. Army photo by U.S. Army Sgt. Javier Amador, 3rd Brigade Combat Team, 10th Mountain Division Public Affairs )
Textron announced Aug. 30, 2019, that it will lead a team that includes Heckler Koch for its small-arms design, research and development, and manufacturing capabilities. It will work with Olin Winchester for its small-caliber ammunition production capabilities.
Textron Systems’ rifle and auto-rifle prototypes will feature its signature case-telescoped ammunition technology developed under the Army’s Light Weight Small Arms Technology effort over the last decade.
“The design features improved accuracy and greater muzzle velocity for increased performance, as well as weight savings of both weapon and ammunition over current Army systems,” according to a recent Textron news release. “It also incorporates advanced suppressor technology to reduce the firing signature and improve controllability.”
Textron is not releasing any images of its NGSW prototypes at this time but plans on showing off the weapon system at the Association of the United States Army’s annual meeting in October, company spokeswoman Betania Magalhaes told Military.com.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
There’s nothing like a trial-by-combat to see if a new weapon is really worth its salt, so Russia has been using the Syrian Civil War to test out a lot of its new military technology.
In 2015, Russia’s Klub cruise missile made its combat debut, and Moscow has sent some of its most advanced planes to the war — including the Su-34 Fullback, the Su-35 Flanker, and the Tu-160 Blackjack — to carry out missions in support of Bashir al-Assad’s regime.
Now, it looks like the Russians are including the R-77 air-to-air missile among the systems being used in what has become an operational testing ground. The missiles have been seen on Syrian Air Force MiG-29 Fulcrums, a fighter that the Soviets and Russians have exported to a number of countries in the region.
The R-77 — also known as the AA-12 “Adder,” or “AMRAAMski” — is an active-homing radar-guided missile. It’s comparable to the earlier versions of the U.S.-made AIM-120 Advanced Medium Range Air-to-Air Missile. The Adder has a range of roughly 70 miles, and a top speed in excess of Mach 4. The Adder can be carried by just about any Russian aircraft, from the Su-35 Flanker to the Mig-21 Fishbed. It entered service in 1994.
The AIM-120 AMRAAM has a top speed of Mach 4, and entered service in 1991, although it was being delivered as early as 1988. Early versions of the missile had a range of 45 miles, but the latest variant has a range of over 100 miles. The AMRAAM has been mounted on a wide variety of combat aircraft, including upgraded F-5s for the Singaporean Air Force; the F-22; the F-35; the Tornado F.3; the JAS.39 Gripen; F/A-18 Hornets and Super Hornets; and even the Eurofighter Typhoon.
Russia’s move to improve its air-to-air capability is certainly intended to stymie any U.S.-led contingency plan of creating a no-fly zone over the war-torn region.