The United States Navy has made it official: The Kongsberg Naval Strike Missile (often called NSM) is its new choice for taking out enemy ships at distance. The decision, announced last week, means that both the Littoral Combat Ship and the Navy’s new frigate will pack a powerful, anti-ship punch.
This isn’t the first time Kongsberg has won a deal from the United States Navy. In 1986, the Navy turned to that company’s Penguin anti-ship missile to arm its SH-60/MH-60 Seahawk helicopters. That same missile is also used on Norwegian missile boats, coastal batteries, and F-16 Fighting Falcons.
The AGM-119 Penguin missile, which gave SH-60 and MH-60 helicopters a potent anti-ship punch, was built by Kongsberg and used by the U.S. Navy.
(U.S. Navy photo by Photographer’s Mate 2nd Class Lisa Aman)
For some time now, there was a competition underway between the NSM, an extended-range Harpoon, and a surface-launched version of the AGM-158C Long-Range Anti-Ship Missile — the makers of which were vying for a contract with the Navy. All three had some good selling points: The NSM is a smaller, compact missile that fits better on smaller ships, while the extended-range Harpoon is a natural evolution from the RGM-84s currently launched by most surface ships. The LRASM has the longest range (over 500 miles) and packs the biggest punch (a 1,000-pound warhead). In the end, however, it seems the NSM has won out.
The NSM uses infrared guidance to home in on its target, has a range of over 100 nautical miles, and packs a 265-pound warhead. The system can not only be fired from surface ships. With a total weight of 770 pounds, it’s light enough to be carried by the Navy’s MH-60R Seahawk helicopters.
This model of a MH-60 Seahawk at the SeaAirSpace 2017 expo shows it carrying Kongsberg NSMs.
(Photo by Harold C. Hutchison)
The current contract for the NSM is valued at just under .5 million, but that could increase to just under 0 million as littoral combat ships and future frigates are also armed with this missile.
Check out the video below to see a test firing of this new missile.
The American flag, also lovingly known as “the Stars and Stripes” and “Old Glory,” is one of the most famous patriotic symbols in the world. Over the years, it’s been modified to reflect our country’s growth and waves triumphantly across our great nation. We associate our nation’s emblem with the freedom and democracy the US champions.
The flag has been raised on various battlefields throughout the world and many Americans hoist it outside of their homes as a badge of loyalty. But nothing lasts forever and, eventually, flags need to be removed from operational service. When an American flag can no longer be used, the symbol must be removed from service in a dignified way.
So, how do you properly dispose of our nation’s flag?
(U.S. Air Force photo by Roland Balik)
According to the Veterans of Foreign Wars organization, first, the flag should be folded up in the customary manner. This means holding the flag waist-high and folding the lower half of the stripe section lengthwise over the field of stars. Then, folded again, keeping the blue stars facing up.
Next, triangularly fold the striped corner of the already-folded edge to meet the open side of the flag. Continue making triangular folds until you’ve covered the entire length of the flag. Once the flag is prepared, it’s to be placed in a fire. Any individuals in attendance must stand at the position of attention, salute the flag, and state the Pledge of Allegiance, which is to be followed by a period of silence.
(U.S. Navy photo by Mass Communication Specialist Seaman Brandon Cyr)
Once the flag is consumed by the flames, its ashes are to be buried.
Note: Please check with local fire codes before choosing your fire and bury sites.
Along with more than 100 years of history, the game comes steeped in traditions that range from the usual smack talk between fans to events that can only be found when Army plays Navy.
Almost all American sporting events feature the National Anthem, many games get a U.S. military flyover, and every sports rivalry is characterized by fans going above and beyond to demonstrate their team spirit. The Army-Navy Game has all of those, except this game gets a flyover from two service branches and fans in attendance willing to break strict uniform regulations to show their spirit.
Along with the traditions typical of every other sporting event, the Army-Navy Game comes with the added traditions of two military academies that are older than the sport they’re playing, of military branches whose own traditions date back to the founding of the United States, and a unique culture developed through the history of American military training.
And despite the intense rivalry, it’s all in good fun.
1. The Prisoner Exchange
Before the game kicks off, seven West Point cadets and seven Annapolis midshipmen will march to midfield in Philadelphia to be returned to their home military academies. These “prisoners” were sent to their rival service academies in the Service Academy Exchange Program, which sends students from each of four service academies (along with West Point and Annapolis, the Air Force Academy and the Coast Guard Academy also participate) for the fall semester.
The prestigious, competitive exchange program began its semester-long life in 1975 and has remained the same ever since. Each academy sends seven sophomore students to the other academies. The “Prisoner Exchange” allows the visiting cadets and mids to sit with their team’s fans.
2. The Army-Navy Drumline Battle
At the Army-Navy Game, there’s more confrontation than just what happens on the football field. Before the game, the bands representing each branch engage in a drumline – one as much about showmanship as it is about skills with the sticks.
3. “The March On”
Before the kickoff of every Army-Navy Game, the cadets of the U.S. Military Academy and the midshipmen of the U.S. Naval Academy take the field. No, not just the teams playing the game that day, the entire student body — thousands of people — march on the field in the way only drilled and trained U.S. troops can.
4. “Honoring the Fallen”
Every Army-Navy Game is going to see one loser and one winner. No matter what the outcome of the game, the players sing both teams’ alma maters. The winners will join the losing team, facing the losing side’s fans. Then, the two groups will do the same for the winning team. It’s a simple act of respectful sportsmanship that reminds everyone they’re on the same side.
To date, this tradition hasn’t caught on across college teams, but it might be happening as we speak. The Navy team invites every school it plays to sing “Navy Blue and Gold” after the game, and sometimes they do, like in 2014, when the Ohio State Buckeyes joined in.
The Air Force has just discovered how hot it can be to work in the desert, especially if your work zone requires long periods of time in direct sunlight. This somehow managed to elude Pentagon officials for the past 18 years of the wars in Iraq and Afghanistan, not to mention all the other Middle East locales which include Air Force flightlines. Now airmen working the line at Nellis AFB, Nev. will get to wear what is no doubt the latest in cargo short technology.
On Nevada’s Nellis Air Force Base, the heat can get deadly, often exceeding temperatures of more than 120 degrees Fahrenheit. For the airmen who are working aircraft maintenance for long hours in what is often direct sunlight, the heat risk can be even more punishing. The wait for ways to beat the heat is now over – the Air Force will issue its maintainers new cargo shorts for wear during these duties.
The look was released on the popular Air Force Facebook Page Air Force amn/nco/snco in the early days of July 2019, and it did not take long for airmen to weigh in on the new look.
The first response from airmen included a prayer to “Enlisted Jesus” (also known as Chief Master Sergeant of the Air Force Kaleth Wright), for hearing their prayers and responding once again. They also predicted new Air Force uniform instructions regarding leg tattoos and shaved legs, extending the program to USAF Security Forces bike patrols, and how hot it’s going to be when someone sits on a piece of metal equipment that has been sitting in the sun itself all day long.
They also mention how the Air Force will no longer get away with skipping “Leg Day” at the gym.
Amazon CEO Jeff Bezos has defended his company’s work with the American military, saying “this is a great country and it does need to be defended” — an implicit rebuke of Google over its decision to ditch US military contracts.
Speaking at the Wired 25 conference in San Francisco, California on Oct. 15, 2018, the online retail giant’s chief exec strongly spoke out in support of the technology industry’s work for the American military even as some companies reconsider their stance on the practice.
“If big tech companies are going to turn their back on the US Department of Defense, this country is going to be in trouble,” he said.
Amazon is also bidding for the JEDI contract — and unlike some of the other tech giants, it has no intention of backing out. When asked about the actions taken by Google and others, Bezos did not mention the rival company by name — but his remarks can be seen as a criticism of the company.
Google CEO Sundar Pichai.
“We are going to continue to support the [Department of Defense]. And I think we should,” Bezos said. “It doesn’t make any sense to me… One of the jobs of the senior leadership team is to make the right decision even when it’s unpopular. If big tech companies are going to turn their back on the US Department of Defense, this country is going to be in trouble.”
He added: “I like this country … know everybody is very conflicted about the current politics in this country and so on — this country is a gem. And it’s amazing. It’s the best place in the world. It’s the place where people want to come. There aren’t other countries where everyone is trying to get in. I’d let them in if it were up to me. I like them. I want all of them in.
“This is a great country and it does need to be defended. “
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The US military is supporting research focused on genetically-engineering marine life for the purpose of tracking enemy submarines.
Research supported by the Naval Research Laboratory indicates that the genetic makeup of a relatively common sea organism could be modified to react in a detectable way to certain non-natural substances, such as metal or fuel, left behind by passing submarines, Defense One reports.
If the reaction involves the loss of an electron, “you can create an electrical signal when the bacteria encounters some molecule in their environment,” Sarah Glaven, an NRL researcher, said at a November 2018 event hosted by the John Hopkins University Applied Physics Lab, reportedly noting that the aim is to use this biotechnology to detect and track submarines.
“The reason we think we can accomplish this is because we have this vast database of info we’ve collected from growing these natural systems,” she further articulated. “So after experiments where we look at switching gene potential, gene expression, regulatory networks, we are finding these sensors.”
She said that hard evidence that this sort of biotechnology breakthrough is possible and capable of being used to serve the military is about a year away.
In 2018, the Defense Advanced Research Projects Agency (DARPA), the research and development arm of the Pentagon, revealed a desire to harness marine organisms for the monitoring of strategic waterways.
(US Navy photo)
“The US Navy’s current approach to detecting and monitoring underwater vehicles is hardware-centric and resource intensive. As a result, the capability is mostly used at the tactical level to protect high-value assets like aircraft carriers, and less so at the broader strategic level,” Lori Adornato, manager for the Persistent Aquatic Living Sensors (PALS) program, said in a statement.
“If we can tap into the innate sensing capabilities of living organisms that are ubiquitous in the oceans, we can extend our ability to track adversary activity and do so discreetly, on a persistent basis, and with enough precision to characterize the size and type of adversary vehicles.”
As is, there is already a million tri-service effort among Army, Navy, and Air Force researchers to use synthetic biology to advance US defense capabilities. “Our team is looking at ways we can reprogram cells that already exist in the environment to create environmentally friendly platforms for generating molecules and materials beneficial for defense needs,” Dr. Claretta Sullivan, a research scientist at the Air Force Research Laboratory’s Materials and Manufacturing Directorate, explained in a statement.
There are apparently similar programs going on across the branches looking at everything from undewater sensing to living camouflage.
The US is once again in an age of great power competition, according to the 2018 National Defense Strategy. It faces new threats from adversarial powers like China and Russia beneath the waves. “In the undersea domain, the margins to victory are razor thin,” Adm. James G. Foggo III, the commander of US Naval Forces Europe-Africa, told Pentagon reporters in October 2018.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Sharks have a reputation for being fearsome, man-eating killers — you can thank 1975’s Jaws for that. The shark, in nature, claims dominion over the seas, but its ferocious countenance has been painted on planes since the American Volunteer Group (also known as the “Flying Tigers”) put it on noses of their P-40s.
Russia has its own aeronautical shark, and it’s one of two attack helicopters the Soviet Union was developing in the 1980s to supplement — if not actually replace — the famous Mi-24 Hind. That helicopter is the Kamov Ka-50 Hokum, a single-purpose gunship.
The Kamov Ka-50 Hokum is a very unique helicopter. Like the vast majority of other Kamov designs, it uses contra-rotating main rotors. Most of Kamov’s helicopters have been used by the Soviet Navy — and were passed on to the Russian Navy once the USSR collapsed. Mil helicopters, like the Mi-24 Hind and the Mi-8/Mi-17 Hip, have historically gone to the Soviet Army (and, afterward, the Russian Army).
Kamov’s primary customer was the Soviet — and later the Russian — Navy. They’ve delivered a high-performance attack helicopter.
(Photo by Dimitri Pichugin)
While in development, the Hokum was competing with the Mi-28 Havoc. In fact, the Russian Army first selected the Hokum, but later settled on the Havoc. The end of the Cold War delayed the programs, but now both helicopters are being procured.
This three-view graphic shows off some of the Hokum’s unique features: The main rotors and the lack of a tail rotor, for instance.
The Hokum has a number of other unique features. It is a single-seat helicopter, while most other attack helicopters require a crew of two. It has an ejection seat for the pilot, which is commonly found on fixed-wing vessels, but not on rotary-wing aircraft.
A look at some of the weapons the Ka-50 can pack. Not easily seen: the same 30mm cannon on the BMP-2 infantry fighting vehicle is mounted on this helicopter.
(Photo by Tomasz Szulc)
The Hokum has a top speed of 193 miles per hour and a maximum unrefueled range of 393 miles. It can carry AT-16 missiles, rocket pods, gun pods, and even bombs, and it packs the same 30mm cannon as the BMP-2 does.
Currently, Russia has 32 of these lethal helicopters in service. Learn more about this airborne “Black Shark” in the video below!
A Russian-American crew of three has arrived at the International Space Station (ISS), marking success in the second attempt to reach the craft after an aborted launch in October 2018.
The Russian Soyuz rocket carrying U.S. astronauts Nick Hague and Christina Koch along with Russian cosmonaut Aleksei Ovchinin arrived at 0101 GMT/UTC on March 15, 2019, a few minutes ahead of schedule after a six-hour flight.
The craft lifted off without incident from the Baikonur cosmodrome in Kazakhstan on March 14, 2019.
The Soyuz MS-12 flight reached a designated orbit some nine minutes after the launch, and the crew reported they were feeling fine and all systems on board were operating normally.
NASA astronauts Nick Hague (left) and Christina Hammock Koch (right) and Alexey Ovchinin of the Russian space agency Roscosmos (center).
On Oct. 11, 2018, a Soyuz spacecraft that Hague and Ovchinin were riding in failed two minutes into its flight, activating a rescue system that allowed their capsule to land safely.
That accident was the Russian space program’s first aborted crew launch since 1983, when two Soviet cosmonauts safely jettisoned after a launch-pad explosion.
The trio were joining American Anne McClain, Russian Oleg Kononenko, and Canadian David Saint-Jacques, who are currently on board the ISS. They will conduct work on hundreds of experiments in biology, biotechnology, physical science, and Earth science.
“It would be illogical to continue to concentrate our forces on a few large ships. The adversary will quickly recognize that striking while concentrated (aboard ship) is the preferred option. We need to change this calculus with a new fleet design of smaller, more lethal, and more risk-worthy platforms.”
Basically, the old ways of landing Marines are really old and need to be updated – because even the most poorly armed insurgents can take down one of those old amphibs.
Gen. Berger sees
Marine Corps Commandant Gen. David H. Berger’s first big move in his new post is to offer a stinging critique of the way Marines operate in amphibious landings. He issued a 26-page document to his lower commanders that calls the current method of moving Marines to shore aboard slow-moving amphibious vehicles and helicopters “impractical and unreasonable” and “not organized, trained, or equipped to support the naval force” in combat.
The Navy’s requirement for Marines to make their way to the shore uses 38 lumbering amphibious ships that are waiting offshore once the fighting begins. The new Commandant thinks that modern defenses such as China’s anti-air and anti-ship net in the South China Sea make this strategy impractical and risky.
“We must divest of legacy capabilities that do not meet our future requirements, regardless of their past operational efficacy,” Berger wrote.
Gen. Robert Neller passes the Marine Corps flag to the 38th Commandant of the Marine Corps, Gen. David H. Berger
General Berger earlier called for Marines to have long-range fires that can operate from a ship or shore-based batteries that can fight other sea or shore-based batteries while giving amphibious ships time and room to maneuver. The Commandant is concerned that the way the Corps operates now will be detected and contested by any potential enemy waiting to kill a few thousand Marines before they can land on its beaches.
The entire ethos is outlined in the 38th Commandant’s Planning Guidance (CPG) document and focuses on his five priority areas: force design, warfighting, education and training, core values, and command and leadership. In the CPG, Gen. Berger sums up his vision in bold letters:
“The Marine Corps will be trained and equipped as a naval expeditionary force-in-readiness and prepared to operate inside actively contested maritime spaces in support of fleet operations.”
What makes her unique is that the Sao Paolo is one of the last conventionally-powered aircraft carriers in service.
Most aircraft carriers today are nuclear-powered. The Foch and her sister ship Clemenceau — both named for French leaders in World War I — were to be replaced by a pair of nuclear-powered carriers. Only one of the new carriers was built, but France disposed of both carriers, selling the Foch to Brazil, and the Clemenceau to a scrapyard. The Foch was commissioned in 1963, and served with the French Navy for 37 years before she was sold to Brazil, where she served another 17 years.
The French had hoped to keep her in service until 2039, but the Foch was proving to be the maritime equivalent of a hangar queen.
The demise of the Foch is part of a larger trend. Most navies seeking a carrier that launch high-performance planes (as opposed to those that operate V/STOL jets like the AV-8B Harrier and Sea Harrier) have gone nuclear. The United States has 11 nuclear-powered carriers, France has one.
India, Russia, and China each have one conventionally-fueled carrier that launch high-performance jets, and India and China are building more. But Russia and China are planning to go to nuclear-powered carriers. The British are building the Queen Elizabeth-class carriers, but they’re only flying the V/STOL version of the F-35 Lightning.
Why are conventional fuels like oil or gas fading out for supercarriers? It’s very simple: endurance matters. When you’re launching a conventional plane from a carrier, you need to get them up quickly or they go in the drink.
The Foch’s forward deck, showing some of the planes she operated in French service. (Wikimedia Commons)
To get those planes to climb quickly, carriers use catapults, but it helps when they can turn into the wind and go at speed. A nuclear-powered carrier can do that for years. Really, the only limits are how much ordnance and gas for the planes and food for the crew it can carry.
For a conventionally-fueled carrier, well… it’s got to refuel, too. That means you need to invest in a lot more ships.
So, as the Foch heads off to become razor blades, joining many other conventionally-fueled aircraft carriers not designed to use high-performance jets, it marks the departure of one of these magnificent vessels. The United States has been scrapping many of its old conventionally-fueled carriers, too. The fact is, if you want a carrier that can operate high-performance jets, you gotta have a nuke – and that leaves no future for ships like Foch.
Lt. Col. Charles Daniel, a pilot with Marine Light Attack Helicopter Squadron 773, walks towards the AH-1W Super Cobra prior to its final flight at Naval Air Station Joint Reserve Base, New Orleans, on Oct. 14, 2020. (Robert Brown/U.S. Marine Corps)
After 34 years of service and more than 930,000 flight hours, the AH-1W Super Cobra attack helicopter made its final flight last week. Maj. Patrick Richardson, with Marine Light Attack Helicopter Squadron 773, flew the last Super Cobra flight out of Naval Air Station Joint Reserve Base New Orleans.
The Marine Corps has transitioned to the “Zulu” variant of the aircraft, the four-bladed AH-1Z Viper.
“This final flight is very important for us to honor the aircraft,” Richardson said in a video released by Bell Helicopter. “… It’s an honor to be the last guy to fly one. I never thought I’d be in this position.”
The dual-blade helicopter Richardson flew over New Orleans on Oct. 14 was received by HMLA-773 in 1994, he said. Marines flew it in Afghanistan between 2003 and 2005. Lt. Col. Charles Daniel, the squadron’s executive officer, said in the video that he flew the aircraft making last week’s final flight during Operation Enduring Freedom.
Marines also flew the Super Cobra in Iraq, Somalia, the Gulf War and with Marine expeditionary units operating on Navy ships around the world.
Both Richardson and Daniel called the Super Cobra’s final flight bittersweet. Richardson said he flies the AH-1Z Viper, while Daniel said the AH-1W’s retirement coincides with the end of his own career.
“I’ve had a lot of great memories in this aircraft,” Daniel said. “It has gotten me back safe every time and done everything I ever asked it to do. I enjoyed every moment of my time with the Whiskey and the Marines around it.”
The newer AH-1Z Viper is faster, carries more ordnance, has an all-glass cockpit, and can stand off further from the fight, Daniel said.
The Super Cobra’s retirement represents just one transition for Marine Corps aviation. AV-8BHarrier squadrons are saying goodbye to that aircraft as the service transitions to the F-35 Joint Strike Fighter.
The Marine Corps is also in the process of upgrading its aging CH-53E Super Stallion heavy-lift helicopter to the powerful new CH-53K King Stallion.
The last of the Marine Corps‘ remaining EA-6B Prowlers have wrapped up their final mission in the Middle East, where they supported troops taking on the Islamic State group. Now, the electronic-warfare aircraft will soon be headed to the boneyard.
More than 250 members of Marine Tactical Electronic Warfare Squadron 2 are returning to North Carolina after spending seven months operating out of Al Udeid Air Base in Qatar. The squadron — the last to fly the service’s decades-old electronic-warfare aircraft — is only about four months away from being deactivated.
But that didn’t slow the Death Jesters downrange, where they were tapped with supporting two campaigns simultaneously: Operation Inherent Resolve in Iraq and Syria, and Operation Freedom’s Sentinel in Afghanistan.
“The mission of the Prowler is and always has been to deny, degrade and disrupt the enemy’s use of the electromagnetic spectrum,” said Capt. Robert Ryland, an electronic-countermeasures officer with VMAQ-2. Being based in Qatar, he added, allowed them to respond to missions for both operations.
Ryland declined to specify how many flight hours the crews flew throughout the deployment, due to operational security concerns. But the operational tempo remained high throughout the deployment, he said.
A U.S. Marine Corps EA-6B Prowler.
(U.S. Air Force photo by Staff Sgt. Michael B. Keller)
“The presence of electronic warfare is extremely important to the supported unit,” he said. “Though this is the final EA-6B deployment, the need for electronic warfare will remain high worldwide in the future.”
The Marines were called on to support not only U.S. ground troops, but coalition forces as well. From planning missions to executing them, the squadron worked with troops from several countries.
“There were a lot of people on this deployment who’ve dedicated their entire lives to this aircraft, its community and most importantly, the electronic-warfare mission,” Ryland said.
The end of an era
The Prowler has been a part of the Marine Corps’ aviation arsenal since the Vietnam era. The aircraft has been vital on the battlefield, since, including during the wars in Iraq and Afghanistan and now in the fight against ISIS terrorists.
Seeing the Prowler used all the way up until its sundown says a lot about its capabilities, said 1st Lt. Sam Stephenson, a spokesman for 2nd Marine Aircraft Wing. Despite the aircraft’s age, Ryland said the Marines with VMAQ-2 were able to maintain high readiness throughout this final deployment.
“There’s sometimes a bit of a misconception that old equals having a hard time getting jets airborne, but that’s actually not the case with the Prowler,” he said.
Ryland credits their skilled maintainers, who’ve worked on Prowlers for a long time. Some joined VMAQ-2 when other Prowler squadrons deactivated.
Now as VMAQ-2 prepares to deactivate, too, the Marines with this squadron are on the lookout for new opportunities. Some will transition to other Marine Corps aircraft, join a different branch, or leave the military when their service time is up, Ryland said.
“Everybody has their own personal plan for what they’ll do next,” Ryland said.
Lt. Col. Greg Sand, EA-6B requirements officer with Marine Corps headquarters, told Military.com in 2017 that the Prowler’s sunset wouldn’t force anyone out of the Marine Corps.
Three EA-6B Prowlers.
(U.S. Marine Corps photo by Cpl. N.W. Huertas)
If Marines weren’t selected to transfer to work on another aircraft, he said they could always serve in B-billets or support their headquarters. And some with EA-6B aircrews were also transitioning to work with drone squadrons, he said.
Despite the end of the Prowlers’ era, the need for electronic-warfare capabilities on the battlefield isn’t going away. Throughout the aircraft’s sundown process, Stephenson said the Marine Corps has been building up a suite of new electronic-warfare capabilities across the Marine air-ground task force.
According to Marine Corps planning documents, that includes pods or sensors that can be affixed to other aircraft and new signals intelligence and cyber capabilities.
“This will be the new way the Marine Corps plans to transition from utilizing the Prowlers to a more distributed strategy where every platform contributes and functions as a sensor, shooter and sharer and [includes] an EW node,” Stephenson said.
Marine units heading to sea or combat are already carrying some of those capabilities, Sand said. They offer commanders a great deal of flexibility, since they can be added to fixed- and rotary-wing aircraft.
“A MAGTF commander can just walk out onto a flightline now, see the asset, and he or she owns that asset and can task that asset,” Sand said.
And Marine ground troops will still be able to call on joint forces when they need airborne electronic attack capabilities, he added.
“The Prowler in practical terms has been replaced in additional capacities by the Navy [EA-18G] Growler,” Sand said. “That’s a Super Hornet … with a pretty fierce EW capability. The Growler really is the follow-on to the Prowler.”
For now, VMAQ-2 still has a few months of work left before the Prowlers’ final flights. When the squadron does get ready to say goodbye to its beloved aircraft in March 2019, Ryland says they’ll hold a sundown ceremony at Marine Corps Air Station Cherry Point, North Carolina. Any Marine who worked with the Prowler, whether a year or decades ago, is invited to attend.
“The Prowler has been a really incredible workhorse for the Marine Corps, the United States and allied forces for many, many decades,” Ryland said. “I know the people who fly and fix these aircraft have a lot of respect for them and certainly for those who came before us.
“There is a tremendous amount of hard work and training that goes into performing the Prowler mission,” he added. “It’s a great honor, every time I get to fly in one.”
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
When you think about tanks, images of the German Tiger, the American M1 Abrams, or the Russian T-72 come to mind.
But tanks can be homemade, Mad Max affairs as well. And while they may not be packing the firepower of an Abrams, they can still be very hard to stop, and make for nightmare for opposing forces without any armor.
Why would someone want a homemade tank? Well, the reasons can vary. In 2008, a Kettering University student wanted a decisive advantage during paintball tournaments. So, he and some friends built a half-scale Tiger tank with an air cannon and 360-degree turret. Yeah… if you see this, you know you’re coming out second-best in the paintball competition, the only question is if you will be clean or dirty when you collect your participation trophy.
Other times, the home-made tanks are made for movies. In one case, movie directors made a full-scale replica of a Tiger tank. The movie was called “White Tiger,” and it featured a Tiger tank as the villain. It is of interest to note the video below features a number of Tiger tanks in it, whether they are 40 percent scale models or full-size.
The Tiger tanks came in two main varieties. Each had an 88mm main gun and two 7.92mm machine guns.
Other home-built tanks were done as shells for wheelchairs or even a full-sized car. The fact is, these home-build tanks bear a resemblance to the earliest tanks built – in essence, armored tractors. One was an original design, and another was based on a go-kart.
In any of these cases, we imagine the local police have had some interesting thoughts on the matter.