On Apr. 6, 1944, Marines and sailors aboard Naval vessels located in the Pacific were going about their regular workday knowing the enemy was planning something soon — something big.
On the nearby island, the Japanese gathered every operational plane remaining in their arsenal. Many of the Kamikaze pilots were inexperienced but highly devoted to the Empire.
Once they were armed and loaded, the flying fleet took off in waves heading toward their American targets.
As the suicidal pilots reached their target, they began an attack that would supersede any air raid in history. Over the course of two days, over 350 enemy planes imposed absolute havoc on the allied vessels.
As American forces defended themselves with well-trained fighter pilots and ship gunners, the enemies’ ambitious nature proved costly.
The Japanese crashed over 1,900 planes in choreographed kamikaze dives around Okinawa — sinking a total 126 ships and damaging 64 others.
Most service members deal with pretty crappy working hours while on deployment. We wake up for patrol when we’re supposed to and attempt to rack out when we don’t have anything else going on for the day. Sure, you’ll hear some hard-asses out there say that “sleeping is a crutch” as they man the front lines, trying to stay up as long as they possibly can — just in case.
Since a firefight can break out at any moment, many of us to have to go days without even taking a nap. We know that going without sleep can make us cranky, but, biologically, that’s the least of your worries.
Prohibiting our bodies from getting proper rest increases the production of beta-amyloid, a protein associated with Alzheimer’s disease. Unfortunately, when we don’t give ourselves time to achieve deep sleep, our brains are unable to wash away the unwanted proteins from our noodles. The more this protein builds up, the higher your chances of developing dementia later in life.
In fact, because of all the risks associated with this protein, the World Health Organization has even labeled nighttime work as a possible occupational carcinogen.
Sleep deprivation also affects our reproductive and immune systems, as well as reduces our testosterone levels.
That’s not good.
According to Matthew Walker, a professor of neuroscience and psychology at the University of California, Berkeley, once you’ve been awake for more than 16 hours, mental and physiological deterioration of the body begins. After 20 hours, the human mental capacity becomes impaired — similar to the level of being legally drunk behind the wheel of a car.
Disclaimer: This post is purely for entertainment purposes. We Are The Mighty fully supports the law and would never recommend breaking rules…
5. Forgot your ID? Bring the MPs food.
It is extremely easy to leave your CAC in a card reader at work or the pair of pants from yesterday.
This isn’t a horribly difficult fix; just bring the cop some food. By food, I mean an actual meal of some sort. There is a really good chance that cop hasn’t had a good meal, and if they have, that meal is either hours to the rear or to the front of them. It doesn’t have to be extravagant — a pizza will do the trick.
Sidenote: Bringing donuts could actually turn your day into a sh*tshow, so be careful.
Alternative: Show an alternate form of ID. That, together with a polite demeanor and some personal recognition should also work.
4. Trying to bring a visitor on base, after hours? Try the trunk.
Many bases have a curfew and/or prohibit overnight civilian overnight guests. This makes bringing home any friends you make during a night out on the town literally against regulation.
Another simple fix: have your friend rest in the trunk as you enter the base. For compounding points, bring the cop a Monster or Red Bull.
Alternative(s): Stop being cheap and get a room. Date someone with their own place. Promote yourself out of base housing.
3. Had a few drinks? Roll down the windows and pop Altoids.
Coming on base just a little bit drunk is a reality for a lot of service members (this actually is really dangerous and stupid so don’t do it JUST DON’T DO IT).
Great. You did it. Your next problem is that the MPs are just itching for anything to happen.
Also, make sure you turn off your headlights a reasonable distance from the gate, drive as straight as possible, and drive an appropriate speed.
Alternative: Don’t drink and drive, d*ck!
2. Hanging out with someone’s drunk spouse?
No matter the circumstance, the optics on this will never favor you, and if you are made by the MPs you very well may have started the end of your time in uniform. Cops know all the gossip on post simply by nature of being first responders in a micro-community.
The activity can be completely innocent but it will never look innocent. Before you can get into work on the next duty day, the word around town could easily be that you came through the gate engaged in all-out sex in the backseat and only stopped to give your ID to the MP.
The very best thing to do in this situation is be in a mixed group as much as possible.
Alternative: Don’t hang out with drunk married people.
1. Are you a chaplain driving around with empty beer cans and four scantily clad women?
Give the gate guard a fist bump and say the outreach program is working great.
Ever since America figured out nuclear bombs, science fiction writers have flirted with all the different ways that nuclear weapons could work. But while lots of SciFi weapons have come to fruition, like drones and pain rays, the nuclear hand grenade will always be a weapon of fiction.
The military worked hard to expand its arsenal of nuclear weapons during the Cold War, making both large, high-yield weapons, like thermonuclear bombs, as well as smaller weapons, like nuclear cannons and recoilless rifles.
Nuclear weapons, explained in fiction with a bunch of mumbo jumbo and explained in the real-world with language that feels the same, follow specific physical rules. To trigger a nuclear explosion, material that can undergo fission—meaning that its atoms can be split apart and release energy—have to be brought from below a critical mass to above a critical mass.
Basically, you have to have a bunch of material that you’ve kept separated, and then you have to collapse it quickly. Once enough fissionable material is in a tight enough space, it’ll explode. Going from subcritical to critical will cause a nuclear explosion, usually within a millionth of a second. Fusion weapons work by allowing a fission reaction to trigger a hydrogen fusion process.
The Davy Crockett Bomb was a nuclear device delivered via recoilless rifle. While the warhead was about as small as it could be while reaching critical mass, the explosion was still large enough to give third-degree burns to everyone with 350 yards.
And that brings us to why you’ll never see a nuclear hand grenade. You have to, have to, reach critical mass for the weapons to work. The minimum amount of nuclear material needed for a plutonium reaction is 11 pounds of weapons-grade material. That’s a heavy hand grenade. Even then, it requires a “neutron reflector,” a layer wrapped around the material that reflects any escaping neutrons back into the sphere. Graphite, steel, and other materials work for this purpose.
But that adds on more weight. A uranium weapon would be even worse, weighing in at 33 pounds plus its reflector. And that’s without accounting for the weight of the parts needed to keep the nuclear material compartmentalized until it’s time to set it off.
In World War II, every country was looking for an edge, so it’s pretty amazing that the Nazis found one and then decided against it – and rightly so. Chlorine trifluoride ignites on contact with almost any substance, burns at over 2000°C, and will melt tanks, bunkers, schools, and pretty much anything it comes into contact with.
Some things are better left alone.
It must have been one helluva weapon if even Hitler didn’t use it (Spoiler Alert: It was).
In 1930, German scientists came across a volatile new discovery. Dubbed “Substance N,” the concoction boiled at room temperature and produced a toxic gas. When ignited, this toxic gas also burned at thousands of degrees Celsius. After decomposing, it turned into the slightly-less-dangerous-hydrochloric acid (that was actually more dangerous because it occurred as steam). It was also corrosive and exploded on contact with water. Or carbon, which is everywhere. This stuff set fire to asbestos.
At first glance, it might seem like an ideal weapon of war, one that keeps killing in many, many forms and doesn’t stop. And the Nazis thought so too. For years they tried to produce enough of the material to effectively weaponize it. The stuff ate through everything, and what it didn’t eat through, it burned.
It burns concrete. No joke.
Nazi Germany would have totally used this weapon if they could have produced and stored enough of it to actually convert to weapons. If they could have safely transported those weapons and used them before the chemical violently exploded, burned, or otherwise ate through whatever it was in.
Turns out the only safe way to store it is to seal it in containers made of steel, iron, nickel, or copper after they’ve been treated with fluorine gas. The fluorine protects the other substances from the Chlorine Trifluoride. The stuff is so unstable, Chemist John D. Clark once said the best way to deal with a failure to contain the resulting fire from a chlorine trifluoride storage failure is “a good pair of running shoes.”
When Japan introduced the Mitsubishi A6M Zero, it gained a remarkable plane that racked up an impressive combat record through 1941. However, despite its incredible performance for the time, the Zero couldn’t hold up.
The Grumman F6F Hellcat achieved fame as a Zero-killer after it was introduced in 1943. But it was its predecessor, the Grumman F4F Wildcat, that held the line during the first campaigns of World War II.
So, how did the Wildcat match up so well against the fearsome Zero? First, it’s important to understand that a big part of the Zero’s reputation came from racking up kills in China against a lot of second-rate planes with poorly-trained pilots. After all, there was a reason that the Republic of China hired the American Volunteer Group to help out during the Second Sino-Japanese War – Chinese pilots had a hard time cutting it.
The Mitsubishi A6M Zero had racked up a seemingly impressive record against second-rate opposition.
A damaged F4F Wildcat lands on USS Enterprise (CV 6) during the Battle of Santa Cruz. Japanese pilots would put hundreds of 7.7mm machine gun rounds into a Wildcat to little or no effect.
But, believe it or not, the Wildcat almost never made it to the field. The original F4F Wildcat was a biplane that lost out to the Brewster F2A Buffalo in a competition to field the next carrier-born fighter. Grumman, unsatisfied by losing out a contract, pitched two upgraded designs, and the F4F-3 was finally accepted into service. It was a good thing, too. As it turned out, the Brewster Buffalo was a piece of crap — whether at Midway or over Burma, Buffalos got consistently fell to Zeros, costing the lives of Allied pilots.
When the F4F faced off with the Zero, however, it proved to be a very tough customer. A Zero’s armament consisted of two 7.7mm machine guns and two 20mm cannon. The former had a lot of ammo, but offered little hitting power. The latter packed a punch, but the ammo supply was limited. As a result, in combat, many Japanese pilots would empty their 7.7mm machine guns only to see the Wildcat was still flying.
By contrast, the Wildcat’s battery of four to six M2 .50-caliber machine guns brought not only hitting power to bear against the lightly armored Zero, but also came with an ample supply of ammo. Stanley “Swede” Vejtasa was able to score seven kills against Japanese planes in one day with a Wildcat.
But ammo wasn’t the only advantage. Wildcat pilots had an edge in terms of enemy intelligence thanks to the discovery of the Akutan Zero, a recovered, crashed Zero that gave the U.S. insight into its inner-workings (this vessel made a cameo in a training film featuring future President Ronald Reagan).
Learn more about this plane that held the line against the odds in the video below.
In the mid 1990s, Russia had a problem. It was a pretty important one, too, for both pilots and the grunts on the ground. It was a problem they needed to solve very quickly.
Earlier that decade, a United States F-15 Eagle had easily shot down the MiG-29 “Fulcrum,” supposedly the pinnacle of Soviet fighter technology, in combat over Iraq. Worse, the F-22 Raptor was headed into service, and as it did so, it dominated the once-dominant Eagle. Russia needed to play catch-up.
That was where Sukhoi came in. Sukhoi had designed the Su-27/30/33 Flanker family of aircraft, which did reasonably well over Eritrea, fighting the MiG-29 Fulcrum. As such, Sukhoi began to work on both an upgraded Flanker (later known as the Su-35) and on fifth-generation projects to counter the F-22 Raptor. According to MilitaryFactory.com, Sukhoi’s prototype was the S-32 Berkut. The plane first flew in 1997, and was later called the Su-37.
The Berkut looked like an ordinary Flanker, but the big difference was in the wings. The Russians went with forward-swept wings to improve the design’s agility at low speed, not to mention improved takeoff and landing performance. The big problem is that that the wings can snap if the force goes the wrong way. Russia got around that by using composites that were flexible enough to handle stresses.
This wasn’t the first time someone modified a design for forward-swept wings. Northrop used the F-5E Tiger II as the basis for the X-29, a forward-swept wing test-bed that flew in the 1980s. Nazi Germany had a forward-swept wing bomber, the Junkers Ju 287, but only one prototype was completed.
By the mid-2000s, it was obvious that the Su-37 would not be a combat airframe, and suffered the same fate as the X-29. The Russians re-designated it the Su-47, flew a number of test flights, then retired the four prototypes.
We hate on each other for whatever reasons, but at the end of the day, we’re still on the same side.
And the rivalry doesn’t stop just because a veteran gets a DD-214. If anything, it gets worse. Just look at the Army-Navy Game. Are you ready to watch two irrelevant college football teams talk shit for weeks leading up to a game whose disappointment starts with ugly uniforms and usually ends with the Navy blowing out Army?
It’s usually all in good fun. But if you didn’t serve, don’t join in – veterans from every branch will turn on you immediately. That being said, let’s take a look at few good reasons airmen hate on Marines.
6. Those stupid haircuts.
Nothing says “motarded” like a Marine’s haircut. You know those memes where a guy with a stupid haircut asks a barber to f*ck up his shit? You could make a book of those memes just walking around Camp Pendleton.
5. They take everything so seriously.
Look, I get it. A lot of Marines are going to see combat. Every Marine is a rifleman, sure. But don’t wait til you’re in the barracks drinking cheap beer, hanging with even cheaper locals to lighten up.
4. Calling us the “Chair Force.”
If you’re a Marine Corps legal clerk, maybe slow your roll on calling anyone “Chair Force.” On an Air Force base, you’d still be derided as a nonner, which is as close to POG as the Air Force gets.
Also, the Chair Force crack is so old, Marines are probably going to honor it with a plaque or memorial of some kind.
3. Their damn uniforms.
Look, no one is going to argue about Marine Corps dress blues — we acknowledge they’re pretty damn cool, but let’s talk about the MARPAT. There was nothing wrong with BDUs. We all wore them and they worked for 20 years. Then the Marines had to have their own cammies, because optics and whatnot.
Okay, say we get into a war with China or something, then those might be useful. Hopefully we never find out. The real beef with the uniforms is that they led to every service getting their own uniform, and the Air Force ended up in these:
Cool tiger stripes — at least we’re not the Navy.
2. And what’s with celebrities wearing Marine uniforms?
1. Complaining about superior Air Force facilities.
We hear you. Marine Corps facilities are garbage compared to the Air Force. The truth is that most facilities are garbage compared to the Air Force, even civilian facilities are garbage compared to the Air Force.
But Marines should be complaining to the Navy about facilities. After all, it wasn’t an airman that put Mackie Hall next to Sh*t Creek. You either get indoor plumbing or the F-35, but you can’t have both.
As for our chocolate fountains, I don’t know where that meme came from and I don’t care. If I wanted to eat from the garbage, I’d visit a Marine Corps chow hall.
There’s only one thing I won’t hate on the Corps for though: Those recruiting commercials. F*cking epic.
Longtime readers of WATM know that the U.S. Navy had flying carriers in the 1930s that eventually failed as zeppelins began crashing and fighters increased in size and weight. But the Air Force wanted their own aircraft carriers in the 1970s, and they thought the new Boeing 747s were just the ticket.
The Air Force’s Crazy 747 Aircraft Carrier Concept
So the Air Force figured, “What if we made jet fighters small enough to fit in the fuselage?”
The Air Force had already experimented with different methods of pairing bombers and fighters through the late 1940s to 1960s. But the only flying carrier was tested on the B-36 Convair. The Gremlin fighters that could fit in the bomber were too tiny and susceptible to turbulence, and pilots couldn’t make the linkups work.
A mock-up of how planes could fit inside the 747 on a conveyor belt along the plane’s spine.
So when the Air Force asked Boeing to take a look at an airborne-carrier variant of the 747, Boeing imagined its own tiny “microfighters.” Ten of these could be teamed with a single 747 equipped with a conveyor belt that could hold them in the plane and shift them to the open bays for launching.
The concept even called for a crew that could re-arm microfighters while the carrier was in flight. And the fighters could be refueled without fully re-entering the plane.
But the Air Force never pursued the idea beyond the 60-page proposal from Boeing, which might be best since a lot of important questions were left unanswered. Could the 747s really carry enough fuel to keep themselves and the microfighters going in a battle? Would the microfighters struggle with the same turbulence problems as the B-36s Gremlins?
What would be the combat radius for a microfighter after leaving its 747? Would it be large enough for the 747 to stay out of range of air defenses while remaining on station to pick up the fighters after the mission?
Boeing experimented with different microfighter designs, but none of them ever went into a prototype phase.
Most importantly, Boeing believed that microfighters could go toe-to-toe with many full-sized fighters at the time, but was there any real chance that Boeing could keep iterating new microfighters that could out-fly and fight full-sized fighters from Russia as the years ticked by?
It seems like it would’ve been a big lift for the aircraft designers and military planners to make the whole program militarily useful.
A new concept that uses drones instead of piloted fighters has popped up multiple times in recent years, and it features a number of key improvements over the 1970s 747 concept. Most importantly, drones don’t have pilots that need to be recovered. So if they face a range shortfall, have to fight Russian fighters on disadvantaged terms, or need to be left behind to save the carrier crew, it’s no big deal.
During World War I, France created the Croix de Guerre to decorate its bravest troops, and it gave the decoration to members of foreign armies who took great risks or who achieved great things in service of liberating France from German occupation.
In the years following the Battle of Verdun, France issued the Croix de Guerre to units with 2,500 White Company trucks and named the vice president of the company, Walter C. White, as a Chevalier in the Legion of Honor in recognition of how important a humble truck was in France’s ultimate victory over Germany, especially at Verdun.
White Motor Company trucks at Fort Riley. Full panoramic image available here.
(Records of the Office of the Quartermaster General)
The story of the White Motor Company is a strange one. In 1902, it was the White Sewing Machine Company, and the Surgeon General proposed that the Army Quartermasters purchase a motor vehicle to serve as an Army ambulance in future conflicts. R. H. White, already looking to diversify the company’s offerings, pushed the company to take part in the competition.
But the company wasn’t done. They developed more truck designs and, in 1916, one of their trucks was upgraded with armor and sent on the Mexican Punitive Expedition. By the time World War I rolled around, White trucks were trusted by plenty of military men.
The automotive business proved to be a great investment for the company, and the White Sewing Machine Company opened itself a second company, the White Truck Company. This particular confederation of engineers and businessmen found themselves a ready market for reliable trucks and sold thousands of Model A trucks to France and other allied militaries.
From 1914 onward, France was sending these “Little trucks” into combat and seemed to have been more than pleased with the trucks’ performance. In the 1916 Battle of Verdun, the trucks were used to transport supplies and troops. At the Battle of Château-Thierry in 1918, the trucks moved U.S. troops into position in time to stop a German advance.
But it was at the 1918 Battle of Verdun, when many of the same trucks returned to that blood-soaked stretch of land, that the trucks earned their major laurels.
White Trucks of Cleveland advertisement
(Thoth God of Knowledge)
It was there that France needed to move hundreds of thousands of troops to the front over a stretch of just a few days, and they turned to the 2,500 Model A trucks of Great Headquarters Reserve No. 1. The drivers and trucks carried 200,000 troops to the front, some for over 100-mile stretches.
The task was tremendous, the crisis very grave. A supreme effort was necessary to stop the German advance last March on the British front. Without this unprecedented movement of French reserves right into the teeth of the fighting, the issue might have been serious indeed for the Allies.
According to the same article, drivers often drove for 24 hours straight. One unit averaged driving 20 hours a day, and another pulled 60 hours straight of duty.
It was the only time that a motor convoy unit would be awarded the medal, and some chalked it up to the service of the trucks. According to Time Magazine in 1932, the only White trucks to break down in the battle were those disabled by shells and so, “The result was that 2,500 of them received the distinction of France’s Croix de Guerre.”
It was one of America’s longest-running wars. U.S. involvement began in 1954 with a few hundred troops advising national and then Democratic forces in a civil war. U.S. involvement grew and, in 1961, President John F. Kennedy authorized a massive increase in troop deployments to the country. 58,000 Americans would die before the U.S. left the conflict in 1973 and South Vietnam fell in 1975.
Here are 12 photos from the U.S. Army Heritage and Education Center that you won’t see in most textbooks and history papers:
China continues to emerge as the most dynamic region for defense program development and introductions among the superpowers. In October 2018, photos of their aircraft carrier development and preparations for ongoing sea trials have surfaced; their advanced interceptor claiming to have low-observable capability has reemerged with a new camouflage scheme in an operational unit; they have flown a new long range flying boat amphibious aircraft and shown a new armed, long range remotely piloted aircraft. There are even frequent reports (some of those have been denied already) of a new low-observable strategic heavy bomber ahead of the U.S. unveiling of their new B-21 Raider long range stealth bomber.
All of this new development continues the conversation about China expanding military ambitions beyond their borders in regions such as Africa, the Middle East, and even South and Central America. These ambitions add to their ongoing power projection in the Taiwan Strait and South China Sea.
Perhaps the most significant development is the potential return to a strategic nuclear role for the PLAAF, China’s air force. China’s air delivered nuclear capability has reportedly advanced recently after it was abandoned in the 1980s when China only had air delivered nuclear gravity bombs.
In a Sept. 6, 2018 feature on TheDiplomat.com, analysts Ankit Panda and Prashanth Parameswaran reported that, “The PLAAF once again has a nuclear mission, although we don’t know what that is”. The analysts suggested that an air launched ballistic missile may be an emerging technology China is developing. The missile, thought to be a new version of the CJ-20K long range cruise missile, currently has the capability to strike targets at a range of 1,080 nautical miles (2,000 kilometers) with a conventional warhead after being launched from China’s legacy Xian H-6K heavy bomber.
For the first time ever in early May 2018, the PLAAF flew Xian H-6K heavy bombers to the disputed Woody Island in the Paracel archipelago. The Paracel archipelago, also called “Xisha” by the Chinese, is a disputed chain of low-lying islands in the South China Sea. Although China has maintained a military presence there since 1974 when they forcibly evicted Vietnam, the Taiwanese and Vietnamese both still lay claim to the islands. A Pentagon statement from U.S. Pacific Command spokesman Lt. Col. Christopher Logan said the May landing of Chinese heavy bombers in the island chain is evidence of “China’s continued militarization of disputed features in the South China Sea.”
China’s Navy Deploys New H 6J Anti Ship Cruise Missile Carrying Bombers
The 2018 edition of China International Aviation and Aerospace Exhibition in Zhuhai, Guangdong, will take place from Nov. 6-11, 2018. Photographers already at the show venue have shared a feast of interesting images in social media including photos of the Chengdu J-20A “Mighty Dragon” in a completely new operational camouflage scheme.
The Chengdu J-20As seen at the show are claimed “fifth generation” twin engine, single seat air superiority fighters with a distinctive canard, delta wing and twin tail configuration. They are reported to be operated by the172th Brigade based at the FTTB (Airbase) at Cangzhou according to expert analyst Andreas Rupprecht who maintains the Modern Chinese Warplanes page on Facebook and publishes a series of authoritative reference guides about Chinese military aircraft (and many others) through Harpia Publishing.
Several J-20A Mighty Dragons arrived ahead of the Zhuhai Airshow with brand new paint schemes.
(Hunter Chen Photos via Twitter and Facebook)
Rupprecht noted that two of the J-20A aircraft wore serial numbers 78231 and 78232. He also pointed out that the aircraft previously had an angular “splinter” style camouflage scheme but now have a new, rounded pattern camouflage livery.
In conjunction with the timing of the Zhuhai Airshow, Rupprecht’s Harpia Publishing has just released their latest reference book, “Modern Chinese Warplanes: Chinese Air Force – Aircraft and Units”.
Other unique aircraft photographed arriving at Zhuhai for the 2018 China International Aviation and Aerospace Exhibition include a unique J-10B prototype aircraft number ‘1034’ modified to with a special thrust vectoring engine nozzle. The modification is likely a test version according the Andreas Rupprecht that has been retrofitted onto the existing WS-10 jet engine.
A unique new version of the J-10B with thrust vectoring arrived at Zhuhai Airshow early this week.
(Modern Chinese Warplanes on Facebook photos)
China’s naval aviation program also arcs forward into a rapidly developing and ambitious future with their aircraft carriers. On Oct. 28, 2018, the new, unnamed Type 002 aircraft carrier sailed away from its construction and maintenance facility at Dalian, China for its third sea trial. Andreas Rupprecht observed on his Modern Chinese Warplanes page on Facebook (Author’s note: this page is worth “Liking”) that the ship’s flight deck had been cleaned and possibly prepared for flight deck trials during this current shakedown cruise.
Of equal interest is a photo that surfaced on Google Earth that is only a few weeks old, taken on Sept. 22, 2018, showing the two Chinese aircraft carriers sitting side-by-side in their maintenance and construction yard in Dalian. Dalian is a modern, rapidly growing port city on the Liaodong Peninsula, at the southern tip of China’s Liaoning Province.
Two Chinese carriers in the Dalian Shipyard.
(Modern Chinese Warplanes on Facebook photos)
Video of the new AVIC AG600 Kunlong flying boat making its first ever waterborne take-off and landing were posted to YouTube on Oct. 20, 2018. The impressive four-engine turboprop aircraft is intended for the long range maritime patrol, reconnaissance, search and rescue mission. It is said to be capable of operating in sea state 3 conditions, or waves as high as 6.6-feet (2 meters). With its projected range of 2,796 miles (4,500 km), the AG600 flying boat can reach the contested islands in the outlying regions of China’s sea.
Aerial view: China’s AG600 amphibious aircraft makes maiden flight from water
In addition to global power projection in their own interests, an aim of China’s emerging new military aviation push is the export market. In early October 2018, the sale of 48 new Wing Loong II armed, remotely piloted aircraft to Pakistan was announced.
According to analyst Shaurya Karanbir Gurung of India’s Economic Times in a story published on Oct. 10, 2018, “The Wing Loong II is an improved version of the Wing Loong 1 Unmanned Aerial Vehicle. Falling in the category of Medium Altitude Long Endurance, it is manufactured by the Chengdu Aircraft Industrial (Group) Company. The UAV has been developed primarily for People’s Liberation Army Air Force and export. The concept of the Wing Loong II was unveiled at the Aviation Expo China in Beijing in September 2015.”
All About Wing Loong II: Pakistan’s New Drone From China | Urdu | Hindi |
And finally, and perhaps most interestingly, news about an entirely new, long range low observable Chinese heavy bomber has surfaced. According to some reports, the program is claimed to be significantly advanced in its development. The Hong-20 is tipped as China’s new long-range strategic stealth bomber. Official Chinese media has released concept images of the aircraft after teasing shapes earlier in the year in what appeared to be a direct parody of a video touting the upcoming U.S. bomber, the B-21 Raider.
A rendering of what China claims is the new Hong-20 low-observable long range bomber.
(Modern Chinese Warplanes on Facebook photos)
Defense World.net reported that, “The Hong-20 official unveiling could be slated for next month’s Zhuhai Air show though there is no confirmation of it as yet.” The report went on to reveal that Russian media outlet Rossiyskaya Gazeta claimed the Hong-20 bomber has been under development at the Shanghai Aircraft Design and Research Institute in China since 2008.
Conceptual artwork from earlier this year of new Hong-20 low-observable long range bomber.
(Andreas Rupprecht/Rupprecht_A on Twitter)
Many casual observers of China’s defense and aviation programs have been cynical of China’s ability to produce truly advanced high-end, reliable new military technologies that may compete with western technology. Because of lingering dogma about China’s mass manufacturing being comprised largely of knock-offs from western technology mimicked quickly at lower cost and lower quality by legions of near-slave laborers, this mistaken stereotype has lingered. Anyone who has visited China recently knows this country has vaulted into a new era of economic, technological and now, military development. Given that China is the country that invented gunpowder and revolutionized warfare, any country that underestimates China’s new capabilities does so at their own peril.
This article originally appeared on The Aviationist. Follow @theaviationist on Twitter.