The UK’s submarine fleet conducts some of the most secret missions in the Royal Navy. For that, it requires the quietest ships ever built – the Astute-class submarine. Capable of tracking enemy ships, listening in on foreign communications, tracking vessels and aircraft, delivering special operators, and more. It can even launch a volley of Tomahawk missiles while submerged.
And no one would ever see it coming.
The seven Astute-class subs will soon be the only attack subs in the Queen’s fleet. The only other submersible ships will be tasked with carrying the UK’s sea-based nuclear arsenal. The rest of the Royal Navy’s subs will be decommissioned by the time the Astute and her sister ships are all in the water.
Engineers at BAE were tasked with something nearly impossible: silencing a 7,400-ton nuclear-powered warship with 100 British sailors on board. They had to reverse engineer how noise would be emitted from the ship, trace them to the source, and dampen it. And since the submarine would be completely vulnerable while completing its mission, the engineers also had to protect the ship from a torpedo impact, one that would be designed to break the ship’s back.
And yes, the Astute can take a direct hit from a modern torpedo.
But the Astute and its class are still under construction. There have been a few mishaps, only a couple of those are due to engineering. An accident ran the ship aground a couple of years ago, causing minor damage. Since then, leaks and corrosion have been reported. Engineers working on the ship say since each ship costs id=”listicle-2637996202″ billion, they can’t make a viable prototype – it’s too expensive. But the lessons learned in the trials are being incorporated into the construction of the other ships.
Other factors that keep the ships quiet are the acoustic tiles that cover the ship’s exterior, the ultra-quiet rafts holding the pumps for the seawater that cools the ship’s reactor, and a diffuser that keeps the ship’s extra carbon dioxide from bubbling to the surface. The ship also has its magnetic signature reduced, and its wake is designed to be minimal.
Stats? Projections? F$%k that noise. Numbers can’t guarantee wins, but being a tough as nails sure helps. As the 2018 NFL Season enters its second week and fantasy football fans continue to debate advanced metrics, the veterans at We Are The Mighty are taking a different approach to finding the best players across the league.
This week, our team of self-declared fair-weather fans scouted the NFL to find the players worthy of serving on one the military’s most elite units: the Army Special Forces — Operational Detachment Alpha, known exclusively as the “A-Team.”
A Special Forces team is full of quiet professionals, each of whom has a set of unique, special skills, ranging from demolitions to weapons to communications. Earning your place on a Special Forces team takes training, time, and a little luck, but it ultimately comes down to one simple question: Can you perform under pressure?
This results-based mentality is exactly the same approach used by NFL players across the league and, in the season’s opening week, five players have distinguished themselves worthy of making the inaugural “A Team Report.” Some earned this distinguished honor by breaking records while others made the list via sheer, viking-level badassery. Either way, all the players on this week’s A-Team Report stepped up when it mattered.
It’s called the Metal Storm. This Australian-made, U.S.-funded behemoth of a cannon uses the same idea behind a Roman candle to fire round after round out of its 36 barrels. The prototype managed to achieve a maximum rate of fire of 1.62 million rounds per minute as it fired 180 rounds in a 0.01 second burst. At its peak, it can send, almost literally, a wall of 24,000 9mm rounds moving at Mach 5 that can eat through any armor it faces.
In 2007, the U.S. Navy announced that it would buy the Metal Storm grenade variant, but shy of that… nothing. The first prototype was created in June, 1997. It’s been over 20 years now and it’s never been fielded in combat.
These could revolutionize drone warfare.
(Metal Storm Limited)
In short, the reason why this potential game-changer has never seen combat is mostly tied to legal issues surrounding contracts. But there’s also the rarely-brought-up question of, “how would we use it?”
Originally developed by J. Mike O’Dwyer under a company of the same name, Metal Storm Limited, the technology behind how the gun electronically fires caseless rounds has been tossed between several countries’ governments and many more companies, acquiring the intellectual property and trademark claims along the way. The rights ultimately landed in the hands of Australian-owned DefendTex.
Owning this patent not only keeps the original Metal Storm under their corporate thumb, but also any variations, including the 3GL grenade launcher, which fires three rounds from one of its four barrels in seconds, and the MAUL (Multi-shot Accessory Under-barrel Launcher), an under-barrel 5-round shotgun using the same technology.
On the bright side, if you were turned to paste by this thing, you’d be obliterated in milliseconds and wouldn’t even have a chance to blink.
(Screengrab via YouTube)
Outside of legal issues, there are some very obvious downsides: cost and weight. Its applications, as is, are very circumstantial. It’s extremely heavy and requires plenty of prep time to set up effectively just for a single use. Then, there’s the insane amount of money that goes into fully loading it, only to have it waste nearly all of its ammunition.
Aiming this thing is also a challenge. It was originally conceived to remain stationary and to be used in setting up ambushes. Anything in its line of fire would be effectively turned into a paste, but by stepping a few feet to either side, the target remains fully composed solid.
These extreme limitations aren’t factors for the easier-to-sell versions, the MAUL and the 3GL, which can all easily be manned, moved, and loaded. The MAUL can easily be modified to fire less-lethal rounds and has been issued to Papau New Guinean prison guards while the 3GL has been fitted onto the Cerberus UAV with 3 rounds in a single barrel.
There is still hope for the Metal Storm’s technology. The caseless, electronically fired, multi-stacked rounds will change future wars. But, for now, don’t hold your breath on getting your hands on one of the 9mm versions.
You’ve got lazy glutes and your knees are paying the price.
The valgus knee collapse, yes, you read that correctly. It’s that brutal-looking event that happens when your glute medius doesn’t know how to pull its weight.
If your knees are caving in when you squat, fix it by focusing on twisting your knees out and engaging the upper outside corner of your glutes AKA your glute medius. For some of you that simple correction will be enough to relieve your knees and clear up any pain.
In between sets of squatting perform 12-15 reps of the glute bridge. Really focus on squeezing your glutes at the top of the movement and keeping your knees pointed out while bridging. This will cue your glutes to stay on when you get back to your sets of squatting.
It’s not always the glutes’ fault; sometimes the hip flexors are just as guilty. The majority of us spend all day sitting down with our psoas muscles and the rest of the hips flexors gang shortened and disengaged. It’s not totally their fault for not taking part in the squat.
By engaging your hip flexors, you’ll find it easier to sit back and down rather than crumbling forward into your knees like you may be doing currently.
Give your hip flexors some resistance between sets with your hands and force them to actively close your hip angle.
If that simple cue doesn’t work for you, use a resistance band to give you some errr…. resistance. Hang it up high and hold onto it with both hands. Then actively pull yourself down into the squat position by engaging your hip flexors.
The box isn’t there to make your life easier. It’s there to help you make the squat as efficient and gainful as possible. Put that box behind you and stick your ass out and back to the box. Just touch it with your butt and stand back up. Don’t linger down there relaxing.
Hit your obliques and rectus abdominis. Chops and ab wheel roll-out will do the trick here. Throw them at the end of any workout and go for 2-3 sets of 8-12 reps. They will make your core so stable that your knees won’t ever feel the secondary effects of a weak spine ever again.
Only squat once per week. Unless you love squatting or are competing you don’t need to do it more than 1 time a week. You have 3 major lower body movements; the squat, the deadlift, and the hip thrust. There’s no need to squat, especially if your knees bother you.
The US Navy’s efforts to develop a powerful electromagnetic railgun are a lesson in what not to do, a top US admiral said Feb. 6, 2019.
The US has “a number of great ideas that are on the cusp,” Adm. John Richardson, the chief of naval operations, said at the Atlantic Council, adding that “some of these technologies are going to be absolutely decisive in terms of defining who wins and who does not in these conflicts and in this new era” of great power competition.
But the US needs to accelerate the process because its adversaries are moving faster, he said. The admiral called attention to the railgun, a $500 million next-generation weapon concept that uses electromagnetic energy to hurl a projectile at an enemy at hypersonic speeds.
The US Navy has been researching this technology for years, but the US has not armed a warship with the gun. China, a rival power, appears to have mounted a railgun on a naval vessel, suggesting it may be beating the US in the race to field a working railgun with many times the range of existing naval guns.
Electromagnetic Railgun located at the Naval Surface Warfare Center.
(U.S. Navy photo by John F. Williams)
“I would say that railgun is kind of the case study that would say ‘This is how innovation maybe shouldn’t happen,'” Richardson said. “It’s been around, I think, for about 15 years, maybe 20. So ‘rapid’ doesn’t come to mind when you’re talking about timeframes like that.”
He said that the US had learned a lot from the project and that “the engineering of building something like that, that can handle that much electromagnetic energy and not just explode, is challenging.”
“So we’re going to continue after this, right? We’re going to install this thing. We’re going to continue to develop it, test it,” he said. “It’s too great a weapon system, so it’s going somewhere, hopefully.”
The admiral compared the railgun to a sticky note, which was invented for an entirely different purpose, to illustrate that the US had learned other things from its railgun research.
The hypervelocity projectile developed for the railgun, for instance, “is actually a pretty neat thing in and of itself,” he said, and “is also usable in just about every gun we have.”
“It can be out into the fleet very, very quickly, independent of the railgun,” he said. “So this effort is sort of breeding all sorts of advances. We just need to get the clock sped up with respect to the railgun.”
Guided-missile destroyer USS Dewey (DDG-105) transits the Pacific Ocean while underway in the U.S. 3rd Fleet area of operations.
(U.S. Navy Photo)
And it’s apparently a concept the Navy is considering for the Zumwalt-class destroyers, the guns for which do not work and do not have suitable ammunition.
These hypervelocity projectiles are fired through the barrel via sabots that hold the round in place and harmlessly fall out the end of the barrel after firing. The sheer power of the electromagnetic pulse and the round’s aerodynamic profile allow it to fly much faster than normal rounds to devastating effect — the US Navy has said its experimental railgun could fire these bullets at seven times the speed of sound.
But experts argue that the railgun is inherently problematic technology, saying that regardless of who gets there first, the guns are likely to be militarily useless.
Railguns are “not a good replacement for a missile,” Bryan Clark, a naval-affairs expert, previously told Business Insider. “They’re not a good replacement for an artillery shell.”
He added: “It’s not useful military technology.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Still no news about Kim Jong Un – even after TMZ reported (yet didn’t confirm) his death on April 25 and everyone outside the Intelligence community has been coming up with their own theories, whether he died during a botched heart surgery to whatever because he missed two major holiday appearances.
I don’t know. The logical side of my brain says that he’s probably smart enough to know that being a dictator of the country with rampant malnutrition, horrid living conditions and legalized crystal meth is doing far worse when their only trading partner is the epicenter of a deadly pandemic. He’s probably been self-isolating like everyone else in the world (except his countrymen).
But I’m still hoping the methed-out cardiothoracic surgeon did him in. Anyways, here are some memes…
Doctors at the Johns Hopkins University School of Medicine in Maryland announced the first-ever successful total penis and scrotum transplant was performed on an Afghanistan veteran recently. The recipient was wounded in an IED attack that left him without sexual or urinary function but left his internal organs unharmed.
The procedure was performed on March 26th and the unidentified “sergeant” will have urinary function by the end of the week.
The wounded warrior will also regain complete sexual function in roughly six months. Testicles that could contain semen were not part of the procedure due to the ethical issues associated with having children through the donor’s genetic material.
Though there have been successful partial operations performed elsewhere, this is the first total penis and scrotal transplant, with more tissue transplanted than ever before. The 14-hour procedure required a number of considerations.
1. The donor.
The donor was a recently deceased man whose identity has not been released. According to USA Today, a statement from the donor’s family (which includes a number of veterans) was read by the President and CEO of New England Donor Services.
“We are so thankful to say that our loved one would be proud and honored to know he provided such a special gift to you,” the statement reads. “We hope you can return to better health very soon and we continue to wish you a speedy recovery.”
The recipient’s body could possibly reject the foreign tissue at any time. The sergeant will likely have to take immunosuppressants to ensure the acceptance of the new tissue. To further diminish the likelihood of rejection, the recipient was infused with the donor’s bone marrow to reduce the level of medication necessary to prevent a rejection.
3. Complete sexual function.
The sergeant’s body was connected to his donated organ through three arteries, four veins, and two nerves in order to give him full blood flow and sensation.
4. Hundreds of similarly wounded servicemen.
Between October 2001 and August 2013, an estimated 1,367 male service members sustained injuries to their genitals and urinary system. 73 percent of those included scrotal injuries, 33 percent included the testes, and 31 percent included the penis.
In this era of massive budget blockbusters and even bigger “shared universe” movie franchises, it’s safe to say that we’re not always looking for realism at the cinema. While films are capable of conveying lots of different sorts of messages, the common thread that binds them is entertainment, and as such, reality often falls to the wayside in favor of plot convenience, storytelling, or sometimes, just a lack of scientific understanding.
Movies that are “based on a true story” tend to bear little resemblance to the “true stories” they’re based on, movies about the military almost invariably fail to capture the culture or even the vernacular of American troops, and the Fast and Furious franchise has a physics all its own… but some movies do a good job of establishing that the rules of their cinematic universes are similar to our own, only to offer up weapons that, at best, don’t make sense, and at worst, would leave their user reduced to little more than a puddle of goo.
Some of these nonsensical weapons play small roles in the movies they inhabit, while others, like these, have become cultural touchstones; serving as symbols of the fictional universes they inhabit and the fandoms they inspire. These weapons are cool, dynamic, exciting… and would totally get you killed in a real fight.
The Klingon Bat’leth
While the Klingons had already been around for some time before “Star Trek: The Next Generation” introduced the Bat’leth, the unique double-sided sword quickly became visually synonymous with the Empire of warrior aliens. There’s just one problem: melee weapons make no sense in a galaxy full of handheld phasers and disruptors, and even if they did — the Bat’leth is one useless melee weapon.
While most bladed weapons offer the user an increase in reach, the Bat’leth’s curved shape makes it more awkward for extended one-handed strikes like a bow or staff might allow, and while held in the traditional two-handed way, it offers little more than a solid defense against other melee weapons. Perhaps this is why the mighty Klingons always find themselves bested in hand to hand combat by humans, Bajorans, and anybody else the plot finds convenient, despite their fierce reputations.
The Jedi/Sith Lightsaber
This one is sure to ruffle feathers, as the Star Wars fandom has devoted a great deal of time and energy to explaining away how these energy weapons must really work. However, as of Disney’s purchase of the franchise, canonical sources have been slashed, and we’re left once again with lightsabers that work without the plot-hole filler that was once allotted.
What we’re left with are extremely hot energy weapons that, as others have pointed out, shouldn’t work because the beams have endpoints, but assuming they did — anything that could burn so easily through feet of steel as depicted in the films would also melt the meat off of your hands as you held it. It would take so much heat to do what lightsabers are depicted as doing, it wouldn’t be safe to be in the same room as one, let alone to start swinging it like a baseball bat.
Tony Stark’s Iron Man Suit
The Iron Man suit has become one of the most recognizable symbols of the Marvel Cinematic Universe, and with good reason. The MCU as we know it was born with the first Iron Man movie and in many ways, Stark serves as the Skywalker of the series… but that doesn’t change the fact that the suit that grants him his powers would actually be his undoing.
While the Iron Man armor may protect Tony from impacts and penetration, it can’t stop inertia. Iron Man is regularly shown taking hard, nearly instant turns at jet-fighter like speeds and even hitting the ground at similar velocities (whether intentionally or otherwise). Even if the armor offered protection from impact, the inertia of those movements would turn Tony Stark into chunky stew.
In reality, the first Iron Man movie likely would have ended with Pepper Potts prying the suit open only to let what was left of the titular hero pour out… which is why maybe it’s not always good to be completely realistic with one’s movie weapons.
You might know that a guidon represents a unit and its commanding officer. And you might know that when the commander is inside the office or building, their guidon is displayed for everyone to see, and when the day is done, the guidon is retired for the evening.
Guidons are part of military culture, but you might be surprised to know the history of them. Let’s take a look at how guidons came to be part of our military and their storied history.
During change of responsibility ceremonies or change of command ceremonies, the passing of the guidon is an important step and key signifier that something significant is taking place. If you’ve spent any time on a military installation, chances are you’ve seen this ceremony (or something like it):
Four people stand in formation, with a guidon bearer at the front. The guidon bearer is usually the senior enlisted member or first sergeant of a unit, and that person generally stands behind three officers. At an appointed time, the guidon bearer hands the guidon to the outgoing commander who presents it to the presiding officer after saying something along the lines of, “Sir/Ma’am, I relinquish command.”
Then there’s a quick hustle and change of positions and the presiding officer passes the guidon to the incoming commander, who hands it back to the guidon bearer and says something like, “Sir/Ma’am, I accept command.”
Listening to this kind of ceremony will undoubtedly reveal this the passing of the guidon is a ceremony which goes back hundreds of years and that the guidon itself was once an essential part of a battlefield posture. Flags and guidons proclaiming unit colors and insignia date back hundreds of years. Today’s guidons used by our military trace their heritage to the small flags used by cavalry units in Europe during the late 1700s and early 1800s.
History of the guidon and the Army Guidon
As we know it today, the guidon came to the military in 1834 with the first cavalry units called dragoons. The top half of the Hudson was red, and the bottom half was white with the letters “U.S.” stitched in white. The company letter was stitched in red.
Guidons remained unchanged for the U.S. military until 1862 during the Civil War. The shape of the cavalry guidon didn’t change, but the colors were altered to a stars and stripes pattern. This change stayed in place until 1885 when the guidon was changed back to the red over white design.
Just one year later, artillery companies were authorized use of guidons. Engineer units were allowed to carry guidons in 1904. Also, in 1904, the Army standardized the design and use of colors and branch insignia. For example, the scarlet background and yellow crossed cannons came to represent artillery, just like the semaphore flags on orange backgrounds represent Signal Corps.
Headquarters elements of Army commands, along with garrisons, centers, schools, and elsewhere are authorized guidons of specific design and color. These usually follow the design of the unit’s Organizational Flag.
Air Force Guidons
The first aviation guidon was authorized in 1916 for use by the 1st Aero Squadron while in service on the Mexican border. Since aviation was part of the Signal Corps, the first Air Force guidon was orange with the Signal Corps crossed flags stitched above an outstretched eagle. These two elements were used for early military aviator badges, and the design was officially announced in a special regulation change to the wartime uniform of WWI. A recommendation in 1919 was to make the Air Force guidon green piped in black with a wing propeller and the letters/numbers of the unit stitched in white. That change was rejected because it was feared the black flag might be associated with “piracy.” As we know it, the yellow eagle in use on Air Force guidons came into being in 1962 and has remained unchanged since.
Marine Corps Guidons
Marine Corps guidons are always rectangular with a scarlet field and gold lettering with an eagle, globe, and anchor centered in the middle. Recruit training units don’t have any branch of service indicated on their guidons. Boot camp platoons only display the platoon number. Fleet Marine Forces units have “FMF” about the Marine Corps emblem.
All non-infantry and artillery reserve units display “USMCR” on their guidons, while all infantry, artillery, and active units show “USMC” on their guidons. Regimental level numbers are displayed on the lower-left corner, unless a higher/lower command numeral provides better identification.
One of the only units authorized a second guidon is Charlie Company, 1st Battalion, 7th Marines. C-Company 1/7 is authorized a white guidon with a skull and crossbones. Fox Company, 2nd Battalion, 5th Marines are authorized white markings on a black guidon, with a crossed rifle and shattered paddle and Ka-Bar inset behind a black heart logo.
Unlike the Army, no additional attachments are authorized, like streamers or bands.
Navy ships and squadrons are authorized a unit guidon while ashore that must be swallowtail shaped with a blue background and white text. The Navy guidon shows a fouled anchor within a diamond, which is the same insignia as the Naval Infantry Flag. Before WWII, the Navy used a red flag for artillery ships. OCS companies carry blue guidons with white lettering that shows a white bulldog.
When viewing flags in a military setting, the order is important. First is the national flag, next to the U.S. Army flag, the USMC flag, the Navy flag, then the Air Force flag, and finally the flag of the Coast Guard. However, when the Coast Guard is operating as part of the Navy (as in during war), the Coast Guard flag comes before the Air Force flag.
Guidons are an integral part of the military culture, not just because they represent the commander’s presence or were once used as a sight-point on the field. They represent the shared history of our military and our culture.
The Air Force may be backtracking from its stated plan to keep the A-10 Thunderbolt II flying until 2030.
During a House Armed Services Tactical Air and Land subcommittee hearing on April 12, 2018, Lt. Gen. Jerry D. Harris, the service’s deputy chief of staff for strategic plans, and requirements, said as a platform, the A-10, beloved among ground troops and attack pilots alike, will remain until roughly that time period.
But even as the “Warthog” got funding for brand-new wings in the $1.3 trillion omnibus budget, that doesn’t necessarily mean every one of them will be flying until 2030, Harris said.
“We will have to get back to you on the groundings per year, per airplanes,” Harris said in response to Rep. Martha McSally, a Republican from Arizona and former Air Force A-10 pilot.
“We are not confident we are flying all of the airplanes we currently possess through 2025,” Harris said.
(U.S. Air Force photo by Tech. Sgt. Jason Robertson)
In their written testimony, both Lt. Gen. Arnold Bunch, the Air Force’s military deputy for the Office of the Assistant Secretary for Acquisition at the Pentagon, and Harris said, “The new wing program will aim to avoid any further groundings beyond 2025, and will ensure a minimum of six combat squadrons remain in service until 2032. In addition to re-winging efforts, the Air Force is exploring ways to augment the A-10 fleet.”
The Air Force in January 2018, said it began searching for a new company to rebuild wings on the A-10 after ending an arrangement with Boeing Co.
The following month, it released a request draft for proposal for companies to start envisioning their petitions to re-wing the 109 remaining aircraft in the inventory which need the upgrades.
(U.S. Air Force photo)
Air Force officials have said the service can commit to maintaining wings for six of its nine A-10 combat squadrons through roughly 2030.
McSally, said she understood the A-10’s need is based on operational tempo, but pressed officials on what Congress needs to do in order for the Air Force to “smooth out” A-10 retirement issues and re-winging efforts past 2025.
Even if the A-10s don’t fly, Harris said the service will preserve portions of the A-10 as it rotates some into backup inventory, or BAI, status. Harris did not elaborate how many A-10s that could apply to.
“We’re not going to make a further commitment [on additional wingsets] until we know where we’re going with both the A-10 and the F-35,” Harris said, referring to the further Initial Operational Test and Evaluation (IOT&E) testing between the two aircraft.
A “fly-off” between the two, part of the IOT&E testing, is expected in the near future.
The requirement that the two aircraft go up against each other was included as a provision in the National Defense Authorization Act for 2017 amid congressional concerns over plans to retire the A-10, and replace it with the F-35. McSally was one of the architects of the bill’s language.
(U.S. Air Force photo by Jim Haseltine)
“As we are looking at our [combat Air Force] roadmap and where we’re going with our modification program, our intent is not to have a grounding that impacts the fleet,” Harris said April 12, 2018. “We’ll make sure we re-wing enough of the aircraft to have that capability and capacity.”
McSally said the need was for nine full squadrons — not the six the Air Force has suggested.
“With them being south of the DMZ, deployed to Afghanistan, just coming back from schwacking ISIS, and working with our NATO allies and all that we have on our plate, three active-duty and six Guard and Reserve squadrons for a total of nine, that’s already stretching it,” she said.
“How can we provide that capability to the combatant commanders with only six? I just don’t see it,” she said.
China’s military took “immediate action” on May 27, 2018, against “unauthorized” sailing by US warships in South China Sea waters claimed by Beijing.
China’s defense ministry said in a statement that two US warships, the Antiem guided missile cruiser and the USS Higgins destroyer, entered disputed waters around the Paracel Islands before the Chinese navy intervened in what it considers to be a “serious infringement on China’s sovereignty.”
“Chinese military took immediate actions by dispatching naval ships and aircrafts to conduct legal identification and verification of the US warships and warn them off,” Wu Qian, defense ministry spokesman, said.
The spokesman also called the US move “provocative and arbitrary,” which he said “undermined strategic mutual trust between the two militaries.”
China has held de facto control over the Paracel Islands since 1974, however Taiwan and Vietnam also have competing claims to the area. The US warships reportedly came within 12 nautical miles of the islands.
According to Reuters, the US freedom of navigation operation was a targeted measure against China’s growing influence in the region.
The move comes at a sensitive time between the US and China. In May 2018, the Pentagon disinvited China from an international military exercise in an effort to send a message about the country’s activities in the South China Sea.
“China’s continued militarization of disputed features in the South China Sea only serve to raise tensions and destabilize the region,” Department of Defense spokesman, Lt. Col. Christopher Logan, said in a statement.
“I can’t comment on the screenplay, but we all know what we want to see!” Kilmer wrote on Facebook.
The biggest news in terms of casting came in early July 2018, when Miles Teller (Whiplash) announced via Twitter that he had been cast to play the son of Goose, Maverick’s original flying partner, in the highly anticipated sequel. It is believed that Goose’s son will be one of Maverick’s proteges in the new film.
Tony Scott, who directed the original film, was attached to direct until his death in 2012. Joseph Kosinski (Tron: Legacy) has been brought on as Maverick‘s director in Scott’s place. Cruise and Kosinski previously worked together on Oblivion (2013), which received mixed reviews from critics and underperformed at the box office.
Initially, it was believed that the movie might focus on drones and how they have changed warfare and made fighter pilots, like Maverick, increasingly less relevant in society. However, it has been reported that the drone storyline has been abandoned in favor of a more action-focused plot.
“Personally, I would never want to see a movie about drones,” Kosinski explained. “For me, Top Gun has always been not about fighter planes. It’s been about fighter pilots.”
Based on Cruise’s tweet, it appears that Maverick began filming on May 31, 2018, a date that was confirmed by the Department of Defense. Cruise and a crew shot for two days at the Naval Air Station North Island in San Diego before Cruise headed off to promote his upcoming film Mission Impossible: Fallout. Shooting will continue in September 2018.
So when will Top Gun: Maverick actually fly into theaters? The sequel is currently slated to be released on July 12, 2019.
Perhaps most importantly of all, Cruise said in an interview with ET Canada that the sequel could revisit the iconic volleyball scene, which featured an epic showdown between Maverick and Iceman.
“There could be a beach scene,” Cruise said. “That’s all I can tell you.”
This article originally appeared on Fatherly. Follow @FatherlyHQ on Twitter.
It’s time to go take out the enemy position. Whether it’s North Korean artillerymen raining rounds down on Seoul or an insurgency bomb factory, your most important targets can be protected by mines and IEDs that will slow down even the most determined force. But there’s a tool made of 1,750 pounds of C4 that will get you through in a hurry: the MICLIC.
U.S. Marines • MICLIC & Demolition Explosions (2019)
When the Marines or Army reach an enemy minefield, they fire the rocket, and it carries the explosives across 350 feet of defended territory. And then the C4 is detonated, clearing a lane about 26 feet wide. That’s over 9,000 square feet of territory cleared with a few button presses.
All of this is much easier and faster than clearing the obstacles by hand or with plows, and much safer. But we should be clear that there are some limitations to the MICLIC.
First, they have a reputation for failing to detonate. This author has seen a MICLIC fail, and correcting it typically requires that explosive ordnance disposal experts come out. (Though, in combat, we’re willing to bet that the engineers chuck a few other explosives at it with their fingers crossed first.)
But another important caveat to the MICLIC is that it’s specifically designed to take out what are called “single pulse, pressure fuzed mines.” Basically, those are the mines that go off once they are stepped on or driven over. But some mines have very specialized triggers. Maybe they go off the second time they are stepped on, or they are set off by an operator or a remote signal.
MICLICs can destroy these mines through the miracle of sympathetic detonations. Basically, the MICLIC’s explosion can activate the payloads of the closest mines even if it can’t activate the fuse. But a mine or IED with a special fuse that’s 10 feet from the MICLIC might survive. This could result in Marines hoping for a 25-foot wide safe lane finding out that they only have a 20-foot wide lane in the worst way possible.
Still, the MICLIC rapidly gets rid of a lot of potential mines all at once. And engineers can always follow up with additional breaching vehicles to be sure the lane is clear. If you’re the guy driving a plow to make sure the lane is clear, you’re going to appreciate every mine that the MICLIC gets rid of so that you don’t have to hit it.