USS Freedom (LCS-1), the lead of the Freedom-class of littoral combat ships, brought some much-needed positive attention to the LCS in 2010 when it carried out a deployment in Southern Command’s area of operations. In just seven weeks, it made four drug busts while accomplishing a host of other missions.
It’s no secret that the development and deployment of the Littoral Combat Ship has been rife with problems. This big success was exactly what the class needed to secure an export order. Well, to be more specific, a modified version of the Freedom has found an international buyer.
According to a showing at the 2018 SeaAirSpace Expo, Lockheed Martin has been hard at work modifying and upgrading the Freedom-class LCS. Not only have they designed a guided-missile frigate based on this ship (which is to compete for selection via the Navy’s FFG(X) program), they also designed the Multi-Mission Surface Combatant (MMSC), which is, essentially, a frigate designed to serve as a general-purpose vessel.
The RIM-162D Evolved Sea Sparrow Missile is the primary anti-air armament of the Multi-Mission Surface Combatant.
(U.S. Navy photo by Mass Communication Specialist Seaman Matthew J. Haran)
The MMSC maintains many of the same armaments as the Freedom-class LCS; it’s armed with a 57mm gun, RIM-116 Rolling Airframe Missiles, and the ability to operate two MH-60 helicopters. The MMSC, however, brings more punch to the table. For starters, it’s armed with eight over-the-horizon anti-ship missiles, either RGM-84 Harpoons or Kongsberg NSMs.
Also on the MMSC: an eight-cell Mk 41 vertical-launch system. Each cell in this system holds up to four missiles, meaning the MMSC is armed with 32 RIM-162 Evolved Sea Sparrow Missiles. This is a huge step up in air-defense capabilities. This plethora of missiles is joined by Mk 32 torpedo tubes for lightweight anti-sub weaponry, like the Mk 54 Lightweight Hybrid Torpedo or Mk 50 Barracuda.
USS Freedom (LCS 1) is the basis for Lockheed’s Multi-Mission Surface Combatant.
(U.S. Navy photo by Mass Communication Specialist 2nd Class Nathan Laird)
Currently, the MMSC has secured an export order with Saudi Arabia as part of a massive arms package that was worked out last year with the United States. Although this ship is impressive, it does drive us a little crazy that this is what the LCS could have been.
Throughout the Halo series, you’ll find yourself fighting alongside (or within) units of Space Marines — and it’s abundantly clear that being one of them would be absolutely terrible. If you think about how real-life Marines are treated, it’s not hard to see why: they get the worst gear and use it to take on the toughest battles.
The enemy in Halo is an alien faction known as The Covenant. They’re a brutal, calculating, formidable opponent for Earth’s futuristic military. It’s their goal (initially) to find Earth and wipe humanity from the universe, so it’s safe to say the stakes are high.
If you’ve ever dreamt of being part of the futuristic fight against The Covenant and you’re not lucky enough to be Master Chief, here are a few reasons why being one of the many faceless Marines in the series would suck.
Don’t let the firepower get you down.
(Microsoft Game Studios)
You would feel like you’re not making progress
You’ll quickly realize The Covenant isn’t just trying to wipe out entire planets, they’re succeeding at a devastating pace. You might go home after your deployment only to find a pile of rubble. Bummer.
Fighting invisible aliens
Since the onset of the series, Master Chief has found various power-ups to help him through the fight. One of the most iconic is active camouflage. We’ve never seen a regular Marine pick one up, but we’ve definitely spotted (barely) a few Covenant Elite using it. After you dump a magazine’s worth of ammo into an invisible enemy, you’ll never feel safe in the dark again.
They’re even terrifying to look at.
(Microsoft Game Studios)
Fighting zombie aliens
The Flood, an alien species of parasitic organisms, are easily the biggest pains in the ass in Halo. They’re fast, they multiply like crazy, and they’re out to infect anything — human or otherwise. Not only will they want to consume and convert you, they’ll actually be smart enough to use your guns against your friends if they get you.
You’ll just have to get used to it.
(Microsoft Game Studios)
Mortality rate is horrendous
Covenant fighters, for anyone not named Master Chief, are extremely difficult to kill. They can absorb a seemingly endless amount of rounds from Marine rifles and employ devastating weapons and vehicles to wipe out entire squads in a single blow.
Deployments would be long
In real life, if you get sent across the world on deployment, you’ll spend a few months getting things done before coming back. In space, you might find yourself on the other side of the galaxy. If the UNSC Marine Corps spent the time and money to get you that far, you can be sure you’ll be staying for a while.
This is all assuming you still have a home planet to return to, of course.
In true higher-up fashion.
(Microsoft Game Studios)
Master Chief will always take the glory
Master Chief is mostly a lone wolf but, occasionally, Marines help him out. Unfortunately, he won’t need your help — he probably just needs your sniper rifle. To be fair, he’ll typically do the heavy lifting and most of the Marines die off anyways, so don’t get upset when he’s the one getting medals at the end.
In 1958, the DoD’s first contracting software was launched, using an early computer language called COBOL. As of 2017, that software still manages Pentagon contracts.
According to Technology Review, the program known as MOCAS, Mechanization of Contract Administration Services, began its life on punchcards. Eventually it was updated to green screened, terminal-style computers.
Though a new-looking graphic interface often replaces the antiquated green text prompts, the insides are still very much the same. A series of new additions and plug-and-play storage devices hides an eight-gigabyte RAM system that manages $1.3 trillion in Pentagon contracting.
The reason the system was never replaced is due to the fact that its replacement would have to immediately take over the entire system as a whole to ensure that no contract — and none of the money — is lost in the transition.
The U.S. government has sent out multiple requests for proposals, but the cost of a replacement is a prohibitive factor.
It wasn’t always this way. The U.S. military is usually known for being on the cutting edge of technological development.
Although the F-14 Tomcat is no longer part of the U.S. Navy’s airborne arsenal, the Tomcat was using a 20-bit microprocessor in 1970, the year before Intel created the world’s first single-chip four-bit microprocessor.
The 28-point chipset controlled the fighter’s swing wings and flight controls.
MOCAS isn’t the only antiquated military technology. The U.S. nuclear missile force is known to run on 8-inch floppy disks, and spends $61 billion every year to maintain that system.
The Army’s COMPASS system, which tracks the shelf life of Army equipment, is 52 years old.
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.
On a muggy summer day in Camp Lejeune, North Carolina, a Marine Corps instructor stood on a ledge overlooking a swamp. He looked out at his students, and his eyes found Master Sgt. Aretha Boston — the only airman in the platoon.
He called her forward, and Boston walked up to the ledge.
“Just as soon as I extended my hand, he grabbed it,” Boston recalled. “And before I knew it, he was pulling me into the swamp.”
For Boston, 11th Medical Group command staff superintendent, it was another of many surprises at the Marine Corps Staff NCO Academy Advanced Course. The opportunity to attend the course was a surprise in itself.
Most surprising, though, was how well she performed. At graduation time, Boston took home three of the most prestigious awards at the school: the class Gunnery Sergeant Award (voted on by instructors), the Honor Graduate Award (voted on by her classmates), and the Distinguished Graduate Award (for measured academic excellence).
In some ways, though, it was a fitting chapter in a storied career that almost never was.
Coming from a small town in Florida, Boston’s life plan didn’t involve joining the military. Her mother, though, had different ideas. She insisted that her daughter enlist.
Master Sgt. Aretha Boston, 11th Medical Group command staff superintendent, poses for a portrait Oct. 24, 2018, at Joint Base Andrews, Md. Boston.
(U.S. Air Force photo by Airman Noah Sudolcan)
“To be completely honest, in the beginning I was angry,” Boston said. Despite her misgivings, at the age of 17 and straight out of high school, she begrudgingly agreed and enlisted in the Air Force to become a dental technician. Years later, she said she views it as “by far the best decision my parents could have made for me.”
Boston’s first base was 7,479 miles from home: Kunsan Air Base, South Korea. She was away from her family, the only airman basic in the dental clinic and learning a whole new lifestyle. Over those first few months, she learned the technical portion of her job, but she said she struggled with the challenge of conforming to military discipline.
“I acted out a lot,” Boston said. “I didn’t want people to tell me to do something. I was very stubborn.”
After serving a year in Korea, she moved to Eglin Air Force Base, Florida. Dealing with the culture shock coming from Korea, she said she found it hard to connect with people.
Her first Christmas break in Florida started with a call from her first sergeant asking why she wasn’t at bay orderly — an extra duty to help clean the dorm common areas. Thinking she had the week off, she said it all seemed unfair.
“The first shirt sat me down and told me, ‘Listen, I’ve been told you’re a stellar airman, but you have a terrible attitude,'” she said. When he told her that an unchecked bad attitude could end up getting her kicked out of the military, she said she decided to make some changes.
“That was my turning point,” she said. “From then on, I did the best I could to be the best airman.”
The new attitude paid off. Several years — and promotions — later, everything was going well. But Boston said she craved something different. A new challenge. Something to separate herself from her peers. She was comfortable, standing on the solid ground of a well-constructed military career, but she was contemplating a big jump.
Air Force Master Sgt. Aretha Boston, middle left, poses with her Marine Corps classmates during the Marine Corps Staff NCO Academy Advanced Course in the summer of 2018.
She found out the Air Force offers the chance for master sergeants to attend a sister service academy. She applied. Then she got accepted. The class started in the summer of 2018, and when she arrived, there were only six airmen in a sea of 120 Marines.
“(Marines) operate completely different from (airmen),” Boston explained. “Everything ties into fitness. Leadership, strategy planning — it always goes back to fitness.”
Physical training was every day, which she said was taxing on both her body and mind.
Those challenges culminated when, after a long morning run, the instructor pulled her into the swamp. With Marines cheering from the side, Boston remembers the feeling of being engulfed by the freezing water. After she and the rest of her class swam to the other side, a long obstacle course lay ahead of them.
Like all the other obstacles in Marine Corps senior NCO training, along with the hurdles of her early career, Boston faced them head on.
“It was pretty motivating to think she was an airman coming over to the course, doing something unprecedented,” said Gunnery Sgt. Anthony Walker, Boston’s classmate and Marine Corps Aviation Logistics Squadron 14 warehouse managements division warehouse chief.
Walker said it would be natural to see a decrease in academic productivity in the individual taking on the busy role of class gunnery sergeant. But he said Boston had no such trouble. In fact, she still managed to excel beyond her peers – even the ones wearing Marine Corps insignia.
“She literally did everything you would expect from a Marine, pushing forward, even outside of class.” Walker said. “She carried herself as a professional the entire time and represented the Air Force well.”
With the news that the stealth destroyer USS Zumwalt (DDG 1000), under the command of United States Navy Capt. James A. Kirk (we won’t know for another two centuries if he is related to James T. Kirk), is potentially deploying off the North Korean coast.
The question many will ask is: “What can the Zumwalt do against the North Korean Navy?”
The short answer is: “A lot.”
Let’s take a look at the firepower the Zumwalt carries. According to a US Navy fact sheet, the USS Zumwalt packs two 155mm Advanced Gun Systems, two 30mm “Close-In Guns,” 80 Advanced Vertical-Launch System cells, and two M-60R helicopters capable of carrying torpedoes and AGM-114 Hellfire missiles.
The 80 missile cells can carry BGM-109 Tomahawk cruise missiles, RIM-162 Evolved Sea Sparrow Missiles, RIM-66 SM-2 Standard Missiles, and RIM-174 SM-6 Extended Range Active Missiles.
This is a very powerful weapons suite.
To compare, let’s look at the North Korean navy’s most powerful ship, which is known as 823 — the only Soho-class frigate in service. According to the “16th Edition of Combat Fleets of the World,” that ship has four single SS-N-2 launchers; a single 100mm gun; two twin 37mm guns; two twin 30mm guns; and two twin 25mm guns.
“Combat Fleets” notes that the North Korean Navy also has at least one Najin-class light frigate, and 15 missile boats, all armed with at least two SS-N-2A missiles.
How does the Zumwalt fare against this swarm? The good news is that the helicopters on board will likely be able to pick off a number of the missile boats before they can launch their missiles.
Since each MH-60 carries four Hellfires, we can assume that the fifteen missile boats will be cut down some. Zumwalt will probably empty her Tomahawks at North Korean targets as well.
Lil’ Kim ain’t gonna like how that ends up.
The survivors may launch their missiles at the Zumwalt but the SS-N-2A is a much less advanced missile than the Noor anti-ship missiles launched at USS Mason (DDG 87) on multipleoccasions of the coast of Yemen in October. Zumwalt, with the ability to use the same missiles as the Mason did, will likely be able to shoot them down or decoy them using chaff.
At this point, the Zumwalt will use her 155mm guns to take out any North Korean surface vessels that try to approach. What rounds they will fire is up in the air due to the cancellation of the Long-Range Land Attack Projectiles, but there are a number of options that she can use aside from spitballs.
Once she dispatches the surface force, the Zumwalt will then make sail away from the coast to evade North Korea’s sizable force of old electric (and quiet) submarines. Any that are close will likely get a torpedo from a MH-60.
In short, the Zumwalt can trash the North Korean Navy’s surface fleet. Her Tomahawks will trash their bases. Then, she will reload and come back to hit land targets with her weapons.
The idea of winning hearts and minds dates back decades. Higher command believes that if allied forces do favors for and give material gifts to the enemy, they’ll be influenced by the acts of kindness and, perhaps, change their way of thinking.
Since that plan rarely works, many ground troops will appeal to the enemies’ children, thinking they can steer them over to the good side while they’re impressionable. In America, the idea of strange men giving candy to little kids is reprehensible, but on deployment, it’s cool.
However, in a country like Afghanistan, where most of the population is dirt poor, little kids have no problem with walking up to a patrol and asking an infantryman for “chocolate,” which means they’ll take any candy you have.
Sure, the kids usually have good intentions, but there are a few reasons why you shouldn’t give them those sugary snacks from your MRE.
Lance Cpl. Randy B. Lake talks to some children during a foot patrol.
(Photo by Marine Cpl. Adam C. Schnell)
It might piss off their parents
Some Afghan parents don’t want their kids socializing with American troops because they don’t want the bad guys to see it happening — or they just flat-out hate America.
The last thing a grunt wants to hear is a potential Taliban member screaming at them.
What if the kids have allergies?
Some kids are allergic to chocolate, coconuts, or peanuts — and you can be sure that they won’t read the nutritional facts to see what’s in the small treat you gave them. Most of the kids think all candy is called chocolate and they want that piece you have stowed away in your cargo pocket. Once they get it, they just pop it in their mouth.
If they eat that bite-sized Snickers bar you gave them, suddenly go into anaphylactic shock, and their airway closes, you’ve just made the local populous even more pissed off than they already are at you for being in their country.
It’s hard to learn a little trust, but easy to place an explosive in a poorly placed dump pouch.
A friendship going bad
Grunts are people, too, and they have one or two strands humanity floating around in their bloodstreams — somewhere. Frequently, the infantryman will notice a little kid who reminds him of someone back home. In this moment, they might “bro down” a little and give them some candy.
However, Marines wear dump pouches that they use to put things in, like empty magazines or extra bottles of water. There could be a time where their new little friend sneaks up to them, discreetly steals something out of the dump pouch (or puts a ticking grenade in there) and takes off running.
That troop could die because he trusted that little sh*t. We’re speaking from experience here.
They might sell it for drugs
Countless kids we encountered on patrol while in Afghanistan were high off their asses. They were entertaining as hell, yes, but doped out of their minds. It’s possible that the piece of candy you gave them was what they need to sell to get the cash to buy their next fix.
We could put a photo of some Afghan kids getting lit below, but this article isn’t supposed to depress anyone… right?
Believe it or not, there is one gun very notable for having been taken by the United States Air Force to other planets. That said, it was only on TV.
The “Stargate” TV franchise — based on the 1994 movie featuring Kurt Russell — starred Richard Dean Anderson of “MacGyver” for its first eight seasons. The series was notable in having two separate Air Force Chiefs of Staff cameo as themselves, Gen. Michael Ryan in “Prodigy” and Gen. John Jumper in “Lost City, Part Two.”
The central premise around the series was that the Air Force had acquired a “stargate” that was set up in Cheyenne Mountain. The team led by Anderson’s character, SG-1, was pretty much carrying out a mission similar to of the Army Special Forces: building alliances with native populations.
The adventures eventually took SG-1 all the way across the galaxy and beyond, where they not only faced off against hostile nations, but also made contact with friendly aliens and acquired new technology.
And as is the case with special operations forces, SG-1 had gear that average grunts didn’t get their hands on — usually. In addition to all the alien tech, they did get some earth weapons, too. Notable among them was the P90 personal defense weapon from FN Herstal.
The P90 is a select-fire weapon that fires the 5.7x28m cartridge. It is a compact weapon with a 50-round magazine. The gun made its combat debut during Operation Desert Storm with Belgian special operations troops.
You can see a video about this PDW that has gone to other worlds below.
For over a year, the U.S. military has been looking at options for replacing the decades-old Beretta M9 handgun. As with most DoD programs, the so-called “Modular Handgun System” program is a sprawling, multi-million dollar plan to find a new pistol that takes advantage of innovations in the current firearms market and delivers a sidearm that works well for a variety of missions and troops.
Listen to the WATM podcast to hear the author and our veteran hosts discuss what the XM17 modular handgun program means to the military:
The M9 is a solid performer and is still popular among many in the U.S. military. But over the last 20 years, handgun technology — especially the use of polymers in handgun construction — has advanced well beyond the all-metal, one-size-fits-all frame of the flagship Beretta sidearm.
Both the Army and Air Force are running the search for an M9 replacement, dubbed the XM17, and have called for a do-all pistol that will fit in the hands of a wide range of troops, be more accurate and reliable than the Beretta and, most importantly, be configurable for different missions.
An ambitious goal to be sure, and some high-ranking officials in the Pentagon have argued it’s one that’ll wind up being too expensive and take too long to field, with the Army estimating it’ll take $17 million and 2 years to test the final version of the XM17.
“We’re not exactly redesigning how to go to the moon. This is a pistol,” Army Chief of Staff Gen. Mark Milley said in March. “You give me $17 million on a credit card, and I’ll call Cabela’s tonight, and I’ll outfit every soldier, sailor, airman and Marine with a pistol for $17 million. And I’ll get a discount on a bulk buy.”
Despite Milley’s frustration, the program is set for a so-called “downselect” next month to three competitor designs to move into field testing. The safe money is that the Army will settle on options from Sig Sauer, Glock and a team composed of General Dynamics and Smith Wesson.
So what do each of these companies bring to the table for a modular handgun?
By far the most popular handgun among law enforcement, military special operations and a huge swath of civilian shooters, the Glock series of polymer-framed pistols has been considered the gold standard of modern handguns since its introduction in the 1980s.
In fact, the Glock 19 is the standard-issue handgun for Army special operations troops, Air Force special operations Airmen and has recently been chosen to replace Naval Special Warfare Sig Sauer P226 pistols. Sources say the company submitted versions of its G17 (a 5-inch barreled, 9mm handgun) and the G22 (a 4.5-inch barreled, .40 caliber handgun) to the MHS program.
A Special Forces soldier fires a Glock 19 pistol at a range during joint training with Hungarian special operations forces. (U.S. Air Force photo by Staff Sgt. Tyler Placie)
While Glock doesn’t have a so-called “modular” gun, the pistol uses so few parts that swapping a barrel or switching the backstrap of the grip for smaller-handed shooters takes no time. Glock offers several handguns that look and operate the same as the G17 and G22 — namely the G19, G43 and G21 — that are more compact or are optimized for different shooting situations.
Long a close second to the Glock family of polymer pistols, Smith Wesson’s MP series of handguns have made serious inroads in the law enforcement and civilian markets.
Check out the utility belt of a local cop or stroll down the shooting bays of your local range, and you’re bound to see a bunch of MP 9s in holsters or on the bench. Similar to the Glock, the MP pistol is simple to operate, has few parts and fits a wide range of shooters with replaceable backstraps on its grip.
Smith Wesson MP 9. (Photo from Smith Wesson)
And, like Glock, Smith Wesson doesn’t have a truly modular handgun system. But the company makes a longer barrel MP in a variety of calibers and the wildly popular MP Shield for concealed carry. All are based on the same design as the MP 9 and have the same ergonomics — so troops shifting from the 5-inch MP 5-inch CORE on one mission to the MP Shield on another won’t have to deal with a learning curve.
Sig Sauer has been most widely known for its double action handguns (ones that have hammers instead of strikers), and the P226 is perhaps the most famous gun the company makes since it’s been the go-to pistol for Naval Special Warfare’s sailors for years.
That changed this year when the SEAL community let slip that it would be replacing its inventory of P226s with Glock 19s — in line with other special operations units in the U.S. military. In 2014, Sig announced its newest handgun, dubbed the “P320,” which uses a similar polymer frame and striker fire system as the Glock and MP.
But what makes the P320 unique among its closest competitors is that it is truly modular. Buy a stock P320 and a shooter can purchase new frames and barrels in different sizes and calibers; you can literally change the P320 from a 4.7-inch combat handgun into a 3.6-inch subcompact concealed carry gun in about a minute with a new frame, slide and barrel.
Photo from Sig Sauer
You can even switch out a 9mm to a .40 with ease. The only common part of the Sig P320 is the “fire control group” which includes the trigger and internal safety module.
The problem is the Army (and other services) don’t have a great track record of making solid decisions on new weapons that take advantage of modern technology.
For several years in the early 2000s, the Army spent a lot of time and money looking into a replacement for the M4 carbine — a rifle that derives from a pre-Vietnam design. Despite test reports that showed other options performed better than the M4, the Army decided it wasn’t enough of an improvement over the existing rifle, and the service shelved the program.
Likewise, the Mk-16 and Mk-17 SOCOM Combat Assault Rifle — or SCAR — program was originally billed as a modular rifle program, one that would eventually see a combat rifle capable of switching from, say, a short-barreled entry gun into a longer-barreled one for more distant engagements. That program was also shelved, with special ops forces mostly using the .308 caliber Mk-17 on some missions as a battle rifle.
It’s still unclear whether the XM17 program will suffer a similar fate. But it’s there’s no argument that the Beretta M9 is facing an age problem and is increasingly causing armorers headaches.
So whether it’s a Glock 19 from Cabela’s or a futuristic, modular pistol, U.S. troops should see some kind of new handgun in their armory within a few years.
The Navy is now strengthening and extending conceptual design deals with shipbuilders tasked with refining structures and presenting options for a new Navy multi-mission Guided Missile Frigate — slated to be ready for open warfare on the world’s oceans by the mid 2020s.
Navy envisions the Frigate, FFG(X), able to sense enemy targets from great distances, fire next-generation precision weaponry, utilize new networking and ISR technologies, operate unmanned systems and succeed against technically advanced enemies in open or “blue” water combat, according to service statements.
In early 2018, Naval Sea Systems Command chose five shipbuilders to advance designs and technologies for the ship, awarding development deals to General Dynamics Bath Iron Works, Austal USA, Huntington Ingalls, Marinette Marine Corporation, and Lockheed Martin.
The service has now modified these existing deals, first announced in February 2018, to enable the shipbuilders to continue their conceptual design work and “mature their proposed ship design to meet the FFG(X) System Specification,” according to the deal modifications.
The Navy expects that new weapons and sensors will better enable the ship to destroy swarming small boat attacks, support carrier strike groups, conduct dis-aggregated operations, attack enemies with an over-the-horizon missile, and engage in advanced surface and anti-submarine warfare, service statements specify.
Lockeheed Martin’s conceptual design for the FFG(X).
“These Conceptual Design awards will reduce FFG(X) risk by enabling industry to mature their designs to meet the approved FFG(X) capability requirements. The Navy has not changed its FFG(X) capability requirements,” Alan Baribeau, spokesman for Naval Sea Service Command, told Warrior Maven.
The Navy hopes to expedite development to award a production contract in 2020 and ultimately deploy the new ship in the early to mid-2020s. For this reason, bidders were required to submit designs that have been “demonstrated at sea” and already paired with a shipyard for rapid production, according to the previous service solicitation.
“The Conceptual Design effort will inform the final specifications that will be used for the Detail Design and Construction Request for Proposal that will deliver the required capability for FFG(X),” the Navy’s contract announcement said.
Service developers seem to be heavily emphasizing sensor networking, weapons integration and targeting technology as it navigates this next phase of development.
“The FFG(X) small surface combatant will expand blue force sensor and weapon influence to provide increased information to the overall fleet tactical picture while challenging adversary Intelligence, Surveillance, Reconnaissance, and Tracking (ISRT) efforts,” Naval Sea Systems Command FFG(X) documents said.
The “blue force sensor” language is explained by Navy developers as integral to the Navy’s Distributed Maritime Operations Concept which, as evidenced by its name, seeks to enable a more dispersed and networked attack fleet suited for dis-aggregated operations as needed.
Also, by extension, longer range sensors will be needed to identify enemy attackers now equipped with long-range precision strike weapons and enable command and control across vast distances of open water and coastal patrol areas.
The Navy vision for the ship further specifies this, saying the “FFG(X) will be capable of establishing a local sensor network using passive onboard sensors, embarked aircraft and elevated/tethered systems and unmanned vehicles to gather information and then act as a gateway to the fleet tactical grid using resilient communications systems and networks.”
Along these lines, the Navy’s FFG(X) Request for Proposal identifies a need for a netted sensor technology called Cooperative Engagement Capability (CEC).
CEC is an integral aspect of key emerging ship-defense technologies aimed at “netting” sensors and radar technologies in order to better identify and destroy approaching threats such as anti-ship missiles, drones and enemy aircraft.
“CEC is a sensor netting system that significantly improves battle force anti-air warfare capability by extracting and distributing sensor-derived information such that the superset of this data is available to all participating CEC units,” a Raytheon statement said.
Current analysis is no longer restricted to the idea of loosely basing the “hull design” upon the LCS, as was previously the case, Navy officials say.
Designs for the ship no longer merely envision a more “survivable” variant of an LCS. Previous FFG(X) requirements analyses conducted by a Navy Frigate Requirements Evaluation Team examined the feasibility of making the ship even more lethal and survivable than what previous plans had called for, Navy officials said.
Existing plans for the Frigate have considered “space armor” configurations, a method of segmenting and strengthening ship armor in specified segments to enable the ship to continue operations in the event that one area is damaged by enemy attack. Discussions for Frigate technologies have included plans for an MH-60R helicopter, Fire Scout drone and ship defense technologies such as SeaRAM.
The Navy already plans for the new Frigate to be integrated with anti-submarine surface warfare technologies including sonar, an over-the-horizon missile and surface-to-surface weapons, which could include a 30mm gun and closer-in missiles such as the HELLFIRE. An over-the-horizon missile chosen by the Navy for the LCS is the Naval Strike Missile by Kongsberg-Raytheon.
Navy plans for the FFG(X) also call for advanced electronic warfare tech along with both variable depth and lightweight sonar systems.
The new ship may also have seven 11-meter Rigid Inflatable Boats for short combat or expeditionary missions such as visiting, searching and boarding other ships.
The Rigid Hull Inflatable Boat.
In addition, Navy developers explain that the ship will be configured in what’s called a “modular” fashion, meaning it will be engineered to accept and integrate new technologies and weapons as they emerge. It certainly seems realistic that a new, even more survivable Frigate might be engineered with an additional capacity for on-board electrical power such that it can accommodate stronger laser weapons as they become available.
The Navy’s Distributed Maritime Operations Concept builds upon the Navy’s much-discussed “distributed lethality” strategy. This strategic approach, in development for several years now, emphasizes the need to more fully arm the fleet with offensive and defensive weapons and disperse forces as needed to respond to fast-emerging near-peer threats.
Part of the rationale is to move back toward open or “blue water” combat capability against near peer competitors emphasized during the Cold War. While the strategic and tactical capability never disappeared, it was emphasized less during the last 10-plus years of ground wars wherein the Navy focused on counter-terrorism, counter-piracy and things like Visit Board Search and Seizure. These missions are, of course, still important, however the Navy seeks to substantially increases its offensive “lethality” in order to deter or be effective against emerging high-tech adversaries.
Having longer-range or over-the-horizon ship and air-launched weapons is also quite relevant to the “distributed” portion of the strategy which calls for the fleet to have an ability to disperse as needed. Having an ability to spread out and conduct dis-aggregated operations makes Navy forces less vulnerable to enemy firepower while. At the same time, have long-range precision-strike capability will enable the Navy to hold potential enemies at risk or attack if needed while retaining safer stand-off distance from incoming enemy fire.
This article originally appeared on Warrior Maven. Follow @warriormaven1 on Twitter.
The S-72 from the 1970s can be seen as a sort of spiritual predecessor to today’s Future Vertical Lift program. It was all about creating a vehicle that could take off and land vertically like a normal helicopter but could also fly fast and far like a plane. But while the FVL’s top contenders are logical new versions of existing aircraft, the S-72 Rotor Systems Research Aircraft was a plane and a helicopter duct-taped together and filled with explosives.
Sikorsky S-72 Helicopter (RSRA) Rotor Systems Research Aircraft
The RSRA was a joint effort by the Army and NASA, and the Sikorsky Aircraft company was the primary developer. Sikorsky is the company behind the new SB-1 Defiant, and they’ve long searched to push the envelope when it comes to helicopter design.
You can actually see some elements of the SB-1 Defiant in the S-72. The S-72 was basically another Sikorsky helicopter, the S-67, with wings and turbofans added. It packed two TF34 engines, the same things that keep the A-10 in the air. Strapped to an S-72 with stubby wings, these engines could send the aircraft through the sky at 345 mph.
But the S-72 was also a helicopter with five rotor blades, so it could take off and land vertically. These blades were not propelled by the TF34s, though. Nope, those were powered by the original two T-58 turboshafts from the S-67.
But that’s a lot of engines to strap to one small aircraft. What if something goes wrong? What if you need to suddenly escape?
Well, that’s where your ejector seats come in. Yup, you could rocket yourself out of this bad boy in an explosive chair. And if you’re thinking, “Wait, didn’t you just say there are five rotor blades spinning above the pilots?” Then, congratulations on paying that much attention! But also, don’t worry, because Sikorsky strapped explosives to those rotor blades, and they would blow off before the pilots flew out.
It’s all pretty cool, if not exactly practical. The program eventually fell apart for the normal reasons. It was simply too expensive and technologically advanced for its time. It did fly multiple times, but always in either a full helicopter configuration or full jet configuration with the rotor blade removed. It never flew at 345 mph with that rotor blade flapping in the wind.
The S-72 configured for the X-Wing program.
Without getting too heavy into the physics in an article written for you to read on the bus or in bed or whatever, there’s a very real reason that high-speed flight with rotor blades spinning up top is tough. Helicopters have what are called advancing and retreating blades. The advancing blade is the one moving in the same direction as the aircraft, and the retreating blade is the one spinning to the rear.
The advancing blade would generate a lot more lift because it’s moving so much faster through the air, and this effect is increased the faster the helicopter is flying. Engineers have a few ways of getting around this problem, but it gets trickier the faster the helicopter flies. That’s part of why Chinooks top out at about 200 mph in level flight. So, a helicopter flying 345 mph would face a huge problem with “dissymmetry of lift.”
The S-72’s method around this was a system that would stop the blades and hold them in place as part of the X-Wing concept. Basically, the aircraft would’ve gotten a new rotor blade with four large blades instead of its normal five. When the aircraft was flying as a jet, the rotor blades would be locked in position and would generate lift like traditional wings. One S-72 was modified as the X-Wing version, but it never flew.
Meanwhile, if the SB-1 Defiant lives up to its design promises, Sikorsky thinks it will fly at almost 290 mph. If so, it will be the fastest production helicopter and still be 55 mph slower than the S-72 that preceded it.
We all know Nine Line Apparel. We wear the gear, we have seen the amazing social media content and perhaps most importantly, we have seen them support the veteran community time and time again.
Well they are coming in clutch once again.
Nine Line announced that they will be shifting operations to produce and distribute masks for doctors and nurses who are working around the clock to care for Americans during the coronavirus outbreak that has gripped the nation. There has been a shortage of masks across the country; hospitals have resorted to using ultraviolet light to ‘clean’ and reuse masks. The most commonly used mask, the N95 mask, is supposed to be used only once. Every time a doctor or nurse sees a patient, they are supposed to discard the mask and use a new one for a different patient.
One big issue is that a lot of masks are being sent from China. With the high demand of masks combined with pricing changes from Chinese manufacturers, there is now a scarcity for nurses and doctors. Masks that used to cost just 70 cents are now being billed at each. And the materials to make the mask that cost ,000 a ton have now seen an increase to 0,000 a ton according to Nine Line Apparel founder and CEO Tyler Merritt.
According to a statement Nine Line put out, the estimated number of masks needed in the next few months will be between 1.7 and 3 billion, but the country currently has a stockpile that only numbers in the millions.
Merritt went on Fox and Friends to discuss what Nine Line was planning on doing.
This outbreak strikes close to home for Merritt, like many Americans.
“I’m an engineer, I’m also a former Army officer, I’m also a member of the special operations community, I’m also the son of a person who will die if he contracts this, I’m also the son of a nurse, I’m also the father of children who could potentially die,” said Merritt. “So, this is not about money. This is about coming together, cutting through the red tape. This is also about identifying those horrible, massive conglomerates that are hoarding materials.” Partnering with Bella+Canvas out of Los Angeles, Nine Line is working to circumvent the red tape from the government as well as corporate conglomerates who may be using this pandemic for financial gain.
Merritt’s vision is to create and sell (at cost) a mask similar or better than the N95 mask and distribute the Personal Protective Equipment to hospitals and health care workers around the country. This mask would be made out of apparel fabric and would be created by both Bella+Canvas and Nine Line using the equipment that makes those awesome shirts that you and I wear.
Nine Line says they can shift operations and create up to 10 million masks in the next few weeks but are limited by waiting on the FDA. They are looking for help from the federal government to speed up testing of their mask and approve it so they can mass produce it and get them to hospitals ASAP.
Nine Line does have a mask (not for hospital use) that is selling to the public which can be purchased here.
Thanks for thinking outside the box and once again, doing your best to serve the public, Nine Line! Bravo.
The stars are aligning and it’s looking more and more like the Army is working to outfit many of its soldiers with a battle rifle in a heavier caliber than the current M4.
Late last month, the service released a request to industry asking which companies could supply the service with a commercially-available rifle chambered in the 7.62x51mm NATO round, a move that many saw coming after rumblings emerged that the Army was concerned about enemy rifles targeting U.S. troops at greater ranges than they could shoot back.
It now seems that fear has shifted in favor of fielding a rifle that can fire a newly developed round that is capable of penetrating advanced Russian body armor — armor defense planners feel is more available to enemies like ISIS and terrorist organizations.
In late May, the Army released a so-called “Request for Information” to see if industry could provide the service with up to 10,000 of what it’s calling the “Interim Combat Service Rifle.”
Chambered in 7.62×51, the rifle must have a barrel length of 16 or 20 inches, have an accessory rail and have a minimum magazine capacity of 20 rounds, among other specifications.
The rifle must be a Commercial Off The Shelf system readily available for purchase today,” the Army says, signaling that it’s not interested in a multi-year development effort. “Modified or customized systems are not being considered.”
But what’s particularly interesting is that the ICSR must have full auto capability, harkening back to the days of the 30-06 Browning Automatic Rifle or the full-auto M14. Analysts recognize that few manufacturers have full-auto-capable 7.62 rifles in their portfolio, with HK (which makes the HK-417) and perhaps FN (with its Mk-17 SCAR) being some of the only options out there.
While the Army is already buying the Compact Semi-Auto Sniper System from HK, that’s not manufactured with a full-auto option.
Under Chief of Staff Gen. Mark Milley, the Army is focusing on near-peer threats like China and Russia and starting to develop equipment and strategies to meet a technologically-advanced enemy with better weapons and survival systems. Milley also has openly complained about the service’s hidebound acquisition system that took years and millions of dollars to adopt a new pistol that’s already on the commercial market — and he’s now got a Pentagon leadership that backs him up, analysts say.
“The U.S. military currently finds itself at the nexus of a US small arms renaissance,” Soldier Systems Daily wrote. “Requirements exist. Solutions, although not perfect, exist. And most of all, political will exists to resource the acquisitions.”