On October 9, 1999, the storied run of the Lockheed Martin SR-71 came to an end after more than 30 years of carrying out covert surveillance missions at an altitude three times as high as Mount Everest.
The SR-71, or “Blackbird” as it’s commonly known, was developed by Lockheed Martin’s legendary Skunk Works crew. It was a triumph of engineering that combined the most advanced technology available at the time in a way that hasn’t been replicated since.
The SR-71 flew in the US Air Force for more than 30 years, breaking records for speed and distance that stand to this day. In the photos below, relive the stunning legacy of the world’s fastest plane.
“Everything had to be invented,” Skunk Works’ Kelly Johnson said of creating the SR-71. The insane heat and speed of the Blackbird necessitated titanium construction, which was a first. Tools needed to be invented to deal with the brittle titanium alloy.
To manage the intense temperatures of Earth’s upper atmosphere, and to help baffle radar detection, the plane had to be painted jet black.
The plane also featured an extremely low cross section and swooping angles, which made it a nightmare for radar detection devices.
Because of the stratospheric altitudes the Blackbird traversed, pilots needed to wear fully pressurized space suits.
The SR-71 was operated by a pilot and a reconnaissance systems officer. The purpose of the plane was to photograph hundreds of thousands of miles of terrain for analysis.
Here’s a look at the cockpit of the world’s fastest plane. The SR-71 was equipped with twin jet engines that were most comfortable flying at over three times the speed of sound.
And again, because the plane was flying at 80,000 feet and its sole objective was surveillance, the SR-71 was unarmed.
And because the SR-71 had no missile defense, the standard operating procedure was to simply crank the throttle and outrun any enemy. In the history of the Blackbird, not a single one was shot down. Twelve were lost due to mishaps, however.
The Blackbird family logged 3,551 sorties by 1990 and 11,675 hours above Mach 3.
Though it has now been out of service for 16 years, the SR-71 remains a point of pride for the US military and a popular attraction at museums around the country.
When the military doesn’t want to kill anyone but really needs to make sure they stay away, they turn to nonlethal weapons. Some of these weapons are painful enough that a gunshot might seem preferable.
1. The non-lethal claymore
Two M5 modular crowd control munitions are mounted on the side of this M-113 armored personnel carrier in Camp Bucca, Iraq, in 2008. Photo: Capt. Jason McCree
The M5 modular crowd control munition is described as a non-lethal claymore. It works about the same as a normal claymore in the sense that a small explosion propels hundreds of small balls. The M5 uses 600 rubber balls instead of steel pellets, and so just hurts like Hell instead of killing people.
The Active Denial System is commonly called a pain laser, but it’s actually a pain ray that uses millimeter waves to heat water under a target’s skin. This gives a sensation of burning, like they’ve opened a blast furnace. The target usually flees immediately and no one lasts more than a few seconds. China has its own version of the weapon.
4. Plasma shield
Flashbangs are already known as a painful and occasionally lethal way to control foes. The Plasma Acoustic Shield System uses lasers to create pockets of plasma in the air and then detonates those pockets with another laser, creating a flashbang effect each time. Currently, the system can only make 10 explosions per second but the Pentagon is aiming for hundreds.
5. Shotgun tasers
Extended Range Electronic Projectiles are shotgun rounds that each contain a mini, self-contained taser. They contain a battery, microprocessor, and 10 electrodes. The rounds fly for up to 100 feet before striking a target and burying four electrodes into its skin. Six more electrodes then deploy and spread the shock over more of the body.
The rubber ball hand grenade is exactly what it sounds like. It’s thrown like a normal grenade and a small charge propels at least 100 rubber pellets at nearby targets, stinging and bruising them. It may not kill anyone, but it hurts like hell and will make anyone deaf for at least a little while.
“War for the Planet of the Apes” — the sequel to the sequel to the second remake of the Charlton Heston sci-fi classic — picks up the saga of ape freedom fighter Caesar (Andy Serkis), as he and his army of super-smart, genetically-modified apes seek to turn what’s left of the United States into their own banana republic.
As in 2014’s “Dawn of the Planet of the Apes,” humanity is on the retreat as the ape army gains ground, and the last armed resistance against the simian conquerors appears to be in the hands of a ruthless — and mostly shirtless — Colonel (Woody Harrelson).
While Caesar’s voiceover in the trailer makes it clear that the apes never wanted war, they’re determined to defend themselves at all cost. Even if it means armageddon.
‘War for the Planet of the Apes’ swings into theaters everywhere on July 14, 2017.
The Navy has released its emerging Long Range Anti-Ship Missile from an F/A-18 Super Hornet, marking a new milestone in the development of a next-generation, long range, semi-autonomous weapon designed to track and destroy enemy targets – firing from aircraft and ships.
A Long Range Anti-Ship Missile was successfully released earlier this month from a U.S. Navy F/A-18E/F Super Hornet at NAS Patuxent River, Maryland, a Lockheed Martin statement said.
The weapon, called the LRASM, is a collaborative effort between Lockheed, the Office of Naval Research and the Defense Advanced Project Research Agency, or DARPA.
The test involved a “jettison release” of the first LRASM from the Super Hornet, used to validate the aerodynamic separation models of the missile, Lockheed developers said. The test event was designed to pave the way for flight clearance to conduct captive carry integration testing scheduled for mid-year at the Navy Air Weapons Station, China Lake, California.
The LRASM, which is 168-inches long and 2,500 pounds, is currently configured to fire from an Air Force B-1B bomber, Navy surface ship Vertical Launch Tubes and a Navy F-18 carrier-launched fighter. The current plan is to have the weapon operational on board an Air Force B-1B bomber and a Navy F-18 by 2019, Navy statements have said.
“The first time event of releasing LRASM from the F/A-18E/F is a major milestone towards meeting early operational capability in 2019,” Mike Fleming, Lockheed Martin LRASM program director, said in a written statement.
With a range of at least 200 nautical miles, LRASM is designed to use next-generation guidance technology to help track and eliminate targets such as enemy ships, shallow submarines, drones, aircraft and land-based targets.
Navy officials told Scout Warrior that the service is making progress with an acquisition program for the air-launched variant of LRASM but is still in the early stages of planning for a ship-launch anti-ship missile.
“The objective is to give Sailors the ability to strike high-value targets from longer ranges while avoiding counter fire. The program will use autonomous guidance to find targets, reducing reliance on networking, GPS and other assets that could be compromised by enemy electronic weapons,” a Navy statement said.
Alongside the preparation of LRASM as an “air-launched” weapon, Lockheed Martin is building a new deck-mounted launcher for the emerging engineered to semi-autonomously track and destroy enemy targets at long ranges from surface ships.
The missile has also been test fired from a Navy ship-firing technology called Vertical Launch Systems currently on both cruisers and destroyers – as a way to provide long range surface-to-surface and surface-to-air offensive firepower.
The Navy will likely examine a range of high-tech missile possibilities to meet its requirement for a long-range anti-ship missile — and Lockheed is offering LRASM as an option for the Navy to consider. .
A deck-mounted firing technology, would enable LRASM to fire from a much wider range of Navy ships, to include the Littoral Combat Ship and its more survivable variant, called a Frigate, Scott Callaway, Surface-Launched LRASM program manager, Lockheed Martin, told Scout Warrior in an interview last year.
“We developed a new topside or deck-mounted launcher which can go on multiple platforms or multiple ships such as an LCS or Frigates,” Callaway said.
The adaptation of the surface-launcher weapon, which could be operational by the mid-2020s, would use the same missile that fires from a Mk 41 Vertical Launch System and capitalize upon some existing Harpoon-launching technology, Callaway added.
Along with advances in electronic warfare, cyber-security and communications, LRASM is design to bring semi-autonomous targeting capability to a degree that does not yet exist. As a result, some of its guidance and seeker technology is secret, developers have said.
The goal of the program is to engineer a capable semi-autonomous, surface and air-launched weapon able to strike ships, submarines and other moving targets with precision. While many aspects of the high-tech program are secret, Lockheed officials say the available information is that the missile has a range of at least 200 nautical miles.
Once operational, LRASM will give Navy ships a more a short and long-range missile with an advanced targeting and guidance system able to partially guide its way to enemy targets and achieve pinpoint strikes in open or shallow water.
LRASM employs a multi-mode sensor, weapon data link and an enhanced digital anti-jam global positioning system to detect and destroy specific targets within a group of ships, Lockheed officials said.
LRASM is engineered with all-weather capability and a multi-modal seeker designed to discern targets, Lockheed officials said. The multi-mode sensor, weapon data link and an enhanced digital anti-jam global positioning system can detect and destroy specific targets within a group of ships, Lockheed officials said.
LRASM is armed with a proven 1,000-pound penetrator and blast-fragmentation warhead, Lockheed officials said.
The development of LRASM is entirely consistent with the Navy’s emerging “distributed lethality” strategy which seeks to better arm the fleet with long-range precision offensive and defensive fire power.
Part of the rationale 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 increase its offensive “lethality” in order to deter or be effective against 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.
Fighter pilots have a lot of cool sayings like, “Don’t ask somebody if he’s a fighter pilot. If he is, he’ll tell you. If he’s not, why embarrass him?” and “Faster fighters, older whiskey, younger women,” but not all of these can be applied to real life.
Fortunately, they also have a few saying that can be applied to real life. Here are 11 of them:
1. Train like you fight
This saying was made popular by “Duke” Cunningham, Navy Vietnam-era ace who served a stint in federal prison for misdeeds committed while serving as a congressman from California. It seems obvious, but think of how many processes your organization has that don’t really matter when it comes to executing the mission.
2. Don’t be both out of airspeed and ideas
That’s a bad combo. As Dean Wormer said in the movie “Animal House,” “Fat, dumb, and stupid is no way to go through life, son.”
3. Keep your knots up
Speed is life. It gives you options. In business “speed” can be resources, revenue, people. Having X+1 is a good idea.
4. Keep your scan going
If you’re only focused on one thing, something else is about to jump up and bite you. While you’re staring at the bandit in the heads-up display, you’re missing the fact you’re about to run out of gas or get shot by the other bandit who just rolled in behind you.
5. Lost sight, lost fight
Regardless of Gucci technology or whatever, you can’t kill what you can’t see.
6. You can only tie the record for low flight
So don’t fly into the ground.
7. There’s no kill like a guns kill
This is as pure as it gets for a fighter pilot. Feels. So. Good. And, remember, stealth doesn’t work against bullets.
8. Don’t turn back into a fight you’ve already won
Know when to bug out and then do it. Live to fight another day.
9. You miss 100 percent of the shots you don’t take
You also miss 100 percent of the shots you take out of the missile’s operating envelope . . . which gets back to No. 1: Train like you fight.
10. A letter of reprimand is better than no mail at all
As John Paul Jones once said, “He who will not risk, cannot win.” Nobody ever made history or changed the world by only worrying about his or her career.
11. If you know you’re about to die, make your last transmission a good one
No whining. Just key the radio and say, “Have a beer on me, boys.”
The Navy announced Wednesday that sailors interested applying for fall classes should get their applications for tuition assistance turned in as soon as possible.
The Navy tuition assistance program covers up to 100 percent of tuition for eligible sailors. Eligibility depends on grades, active duty time (for activated reservists), accreditation of the chosen institution, and whether the sailor agrees to fulfill an obligatory 2 years of service beyond the his or her scheduled end of active service.
Covered under tuition assistance are high school and general equivalent degrees, vocational and technical programs, undergraduate and graduate programs, and certification programs. The funds can only be applied toward tuition, and may not be used for books, fees, and other course materials.
Tuition assistance is capped at 16 semester hours at $250.00 per semester hour, 24 quarter hours at $166.67 per quarter hour, and 240 clock hours at $16.67 per clock hour.
The Navy requires that sailors wishing to utilize tuition assistance follow these steps:
Notify the command
Complete required training
Complete education counseling and formulate an education plan
Submit education plan to Navy and review with counselor
Submit WebTA application at My Education Portal
Generate voucher and submit to institution
Command approval is required for tuition assistance, and that approval must come from the sailor’s commanding officer or by Direction Authority. Sailors will be required to enter their commanding officer’s email into the application.
There are specific obligations required for sailors utilizing tuition assistance. Grades must be a C or higher for undergraduate studies and a B or higher for graduate studies. Tuition assistance must be reimbursed for any grades that are determined to fall below those requirements.
Sailors must notify their Virtual Education Center of any changes in courses (including those changes which are not controlled by the sailor). Failure to notify the Virtual Education Center of changes can result in loss of tuition assistance and a requirement for reimbursement to the institution.
For more information and to apply for tuition assistance, Sailors can visit the Navy College Program.
Imagine, as a fighter pilot, being able to see your enemy without them knowing you’re even in the area. Sounds like some newfangled stealth capability you’d expect to come stock on a fifth generation fighter, like the F-22 Raptor or the F-35 Lightning II, right?
But what if I were to tell you that the US Air Force possessed such a capability as far back as the early 1970s, far before the F-22 and concepts of its ilk were even on the minds of engineers who’d eventually design them? Heck, more than half of those engineers and designers were probably still finishing off college or hadn’t yet completed grade school.
Called the APX-80, but more popularly known by its codename, “Combat Tree”, this top secret technology was first equipped on McDonnell Douglas F-4D Phantom IIs, the US Air Force’s primary fighter-bomber aircraft. Today, we call the system involved “Non-Cooperative Target Recognition”, after having developed it for years. Back then, Combat Tree was a next-generation game-changer which would only be equipped on a select number of F-4Ds, which would fly in hunter/killer packs with other F-4Es (Phantoms built with internal rotary cannons). The precise details of how Combat Tree worked are still classified to this very day, but we do know, to an extent, how Phantom aircrews used it.
Instead of activating the powerful radar scanner in the nose of the Phantom, weapon systems officers (WSOs) in the rear cockpit of the fighter would use Combat Tree to look around the sky for specialized transponders built into enemy aircraft flown by the Vietnamese People’s Air Force (VPAF; North Vietnam’s military aerial element). These transponders were actually designed to prevent friendly-fire incidents, where North Vietnamese ground-controlled interception (GCI) stations and surface-to-air missile (SAM) emplacements would accidentally target and hit friendly fighters in a bid to shoot down enemy American aircraft. Referred to as “IFF” transponders or (Identification Friend or Foe), these beacons would relay a code to scanners built into SAM and GCI search radar computers, allowing their crews to distinguish between their own fighters and marauding jets of the USAF, US Navy and Marine Corps.
Combat Tree would “challenge” or “interrogate” each transponder it came across, asking in return whether or not the aircraft mated to the transponder was allied or otherwise. As soon as Combat Tree ascertained the allegiance of the aircraft after receiving the automatic response from the VPAF MiG-21’s transponder (completely unbeknownst to the MiG’s pilot, mind you), it would accurately plot its quarry’s location on a display in the rear cockpit of the F-4, and open up the hunt for the pilot flying in the front seat of the Phantom. Conversely, using the Phantom’s radar would have likely tipped off enemy fighters that they were being “painted” or tracked by other aircraft in the sky, thus losing any edge of surprise that the American fighters would have previously owned. Not only did this make MiG interceptions by Phantoms “stealthier”, it also allowed F-4 pilots to engage VPAF MiG-21s at greater distances, beyond visual range (BVR).
Prior to the existence and fielding of Combat Tree, all US military fighter pilots operating in Vietnamese skies were forced to get closer to VPAF MiG fighters to gain a positive identification on enemy aircraft before attacking them. Since radar only determines whether or not there are other aircraft in the sky ahead of your own, a visual identification is required to figure out whose aircraft those are. While American F-4 Phantom IIs were much more technologically advanced, they were still less maneuverable within the parameters of a close-in dogfight than a MiG-21 or the older MiG-19, also flown by the VPAF. This led to frustratingly high loss rates for American fighters. Combat Tree exponentially enhanced the margin of safety for American pilots by allowing them to gain positive identifications without pushing them into envelopes which greatly favored North Vietnamese MiG drivers.
The North Vietnamese eventually wised up to the presence of such a technology, though, they didn’t quite know what it was or how it functioned. The VPAF’s ranking officers began noticing a sharp increase in attrition rates with their fighter forces, especially those that found themselves tangling with US Air Force fighter jets. Cells of MiG-21s were reportedly being engaged at distances never before seen during the war, and with deadly accuracy. Radio transmissions between pilots, intercepted by picket stations, were able to pinpoint the reason for the suddenly high MiG-loss rate the North Vietnamese were sustaining – their aircraft’s IFF transponders. The VPAF’s pilots were instructed, there on out, to only turn them on when absolutely necessary, but to otherwise fly without any IFF protection, making them vulnerable to their own surface-to-air missiles in addition to the threat posed by American fighters in the area of operations.
Combat Tree’s effectiveness as a device that allowed American pilots to own the first look/first shot/first kill advantage wasn’t completely diminished by this discovery, however. By the end of American involvement in Vietnam in 1975, Combat Tree had earned assists in a number of US Air Force kills against North Vietnamese aircraft. In fact, Combat Tree was was responsible for helping Air Force legends Richard “Steve” Ritchie and Charles “Chuck” DeBellevue reach ace status (achieving five confirmed kills) between May to September, 1972. Since the early 1970s, the APX-80, or at least the lessons learned from Combat tree, has likely been redeveloped and extensively modernized for use with America’s current fighter fleet. Combat Tree, in a way, can be considered the forerunner of the modern sensors you’d find today on an F-35 or the F-22, which allow the aircraft to “see” the enemy before they even enter the playing field.
Originally published on The Tactical Air Network in January 2017.
North Korea has boasted of a successful weekend launch of a new type of “medium long-range” ballistic rocket that can carry a heavy nuclear warhead.
Outsiders also see a significant technological jump, with Sunday’s test-fire apparently flying higher and for a longer time period than any other such previous missile.
Amid condemnation in Seoul, Tokyo and Washington, a jubilant leader Kim Jong Un promised more nuclear and missile tests and warned that North Korean weapons could strike the U.S. mainland and Pacific holdings.
North Korean propaganda must be considered with wariness, but Monday’s claim, if confirmed, would mark another big advance toward the North’s goal of fielding a nuclear-tipped missile capable of reaching the U.S. mainland.
Nearly 20 years after America was born, an Irish architect named James Hoban began laying down the first piece of stone for what would become The White House during an elaborate Freemason ceremony.
Less than 24 hours later, the first piece of stone that was laid down vanished and no one appeared to know its whereabouts. Since then, the search for the stone continues as various participants have attempted to locate the historic piece of foundation.
Although the formation of the Freemason’s fraternity is a fiercely guarded secret, their history dates back to 1390 when they were first referenced in a Regius Poem.
A commonly accepted theory is the group emerged from the stonemasons guild amid the middle ages.
In the late 1940s during President Harry Truman’s administration, the White House underwent major renovations as crew members brought in metal detectors in hopes to locate the stone by picking up its metallic minerals and many believed they may have discovered its location.
President Harry Truman — Freemason
When Truman got wind of the search, he ordered them to halt the exploration immediately, which caught everyone off guard. In response, Truman then sent pieces of the White House to several various Freemason locations throughout the country.
Watch the History Channel‘s video to see how many have tried to unlock the mystery.
Honduras won the first game (in Honduras). Then El Salvador won the second game (in El Salvador). When El Salvador won the third game in Mexico, all hell broke loose. Literally.
El Salvador was and is one of the most densely populated countries in the Americas. Honduras, in comparison, was and is sparsely populated. By the end of the 1960s, over 300,000 Salvadorians were living and working (often illegally) in Honduras.
The dilemma posed by these immigrants, many of whom cultivated previously unproductive land, was addressed through a series of bilateral agreements between the two Central American nations. The last of these agreements, conveniently, expired in 1969.
To make matters worse, the government in Tegucigalpa, the capital of Honduras, initiated land reform that effectively kicked Salvadorians off the land. Thousands fled back to El Salvador.
Then, El Salvador started claiming the land that had previously been held by its citizens in Honduras as El Salvador’s. It was in this climate that the two countries met on the soccer field to determine who would qualify for the 1970 World Cup in Mexico.
The first game was played in Tegucigalpa. Hondurans made sure their rival team did not have a good night’s rest by creating as much noise as possible outside their hotel rooms. El Salvador lost. Then the media in San Salvador started reporting that a young woman, so distraught after the loss, had shot herself in the heart.
El Nacional wrote, “The young girl could not bear to see her fatherland brought to its knees.” She was given a televised funeral and the President himself walked behind her casket. By the time the Honduran team got to San Salvador to play the second game, tensions were at an all-time high.
At the game, which El Salvador won, the Honduran flag was not flown during the opening ceremony. In its place, Salvadorian officials placed a rag.With the threat of all violence at the last game (it was to the best of three) a very real possibility, FIFA officials decided to hold the third game in Mexico City.
5,000 Mexican police officers kept both sides fairly under control. El Salvador went on to win the Mexico City game. Hours later, El Salvador severed all diplomatic ties with its northern neighbor. A mere two weeks later, the Salvadorian air force dropped bombs on Tegucigalpa.
La guerra del fútbol was obviously not fought over simply over soccer. But the games were used as incredible and very effective propaganda tools. The war lasted one hundred hours. Blocked by a U.S. arms embargo from directly purchasing weapons, both sides had to buy outdated military equipment from World War II. This war was the last time the world saw fighters armed with pistols dueling one another.
After the Organization of American States brokered a cease-fire, between 1,000 to 2,000 people were dead. 100,000 more were displaced. A formal peace treaty was not signed until 1980.
Although the war only lasted four days, the consequences for El Salvador were immense. Thousands of Salvadorians could no longer return to Honduras, straining an already fragile economy. Discontent spread, and just ten years later the country plunged into a twelve-year civil war that left 75,000 dead.
As tensions mount in the troubled waters of the South China Sea, US might is considered crucial, and a weapon considered well suited for the region is almost ready for deployment: the F-35 Lightning II.
“It will absolutely thrive in that environment,” retired Air Force Col. John “JV” Venable told Business Insider.
At a cool $100 million per jet, Lockheed Martin’s “jack-of-all-trades” aircraft is America’s priciest weapons system, and its development has become one of the most challenged programs in the history of the Department of Defense.
In July 2015, after cost overruns, design modifications, and serious testing, the Marine Corps became the first of the sister-service branches to declare the tri-service fighter ready for war.
A year and change later, the Air Force also declared their version of the fifth generation jet initial operational capability (IOC). Currently the US Navy variant, the F-35C, is slated to reach IOC by February 2019.
“Having three different types of fighters working for you in that environment [South China Sea] is also an extraordinary advantage,” Venable, a fighter pilot and former commander of the celebrated Air Force Thunderbirds, told Business Insider.
With rival territorial claims by Vietnam, Malaysia, Indonesia, Brunei, the Philippines, Taiwan, and China, the South China Sea — rich in natural resources and crisscrossed by shipping routes — is one of the most militarized areas on the planet.
Currently the US, with the world’s largest navy, dominates the region; however, that is poised to change as Beijing dramatically expands its naval capabilities.
“At some point, China is likely to, in effect, be able to deny the US Navy unimpeded access to parts of the South China Sea,” Robert Kaplan, senior fellow at the Center for a New American Security and author of “Asia’s Cauldron,” wrote.
“The withdrawal of even one US aircraft carrier strike group from the Western Pacific is a game changer.”
According to Venable, the F-35, designed to marry stealth and avionics, would thrive in the armed camp that has become the South China Sea.
“The Chinese would be right to fear the United States Air Force, United States Navy, and the United States Marine Corps armed with those jets.”
The Mitsubishi A6M Zero is one of the great warplanes of all time. It certainly got a lot of press as the primary fighter the Americans faced in the great carrier battles in the Pacific Theater.
That being said, it wasn’t Japan’s only fighter. In fact, the Japanese Army had its own front-line fighter.
The Nakajima Ki-43 Oscar first took to the skies in 1941, about six months before the attack on Pearl Harbor. It was intended to replace the Nakajima Ki-27 Nate, an earlier monoplane fighter.
In some respects, the Japanese Army was much smarter with the Oscar than the Japanese Navy was with the Zero. MilitaryFactory.com notes that the Ki-43 was continually improved during the war. The Ki-43-Ia started out with two 7.7mm machine guns, but by the time the Ki-43-Ic emerged, that had changed to two 12.7mm machine guns.
Later versions, like the Ki-43-II and Ki-43-III, were constantly improved with things like self-sealing fuel tanks and armor to protect the pilot. The Zero never saw those improvements until it was far too late to affect the outcome of battles like the Marianas Turkey Shoot.
Ultimately, over 5,900 Ki-43s were produced. After World War II, they saw action with the Chinese, French forces in Indochina, North Korean forces, and even with Indonesian rebels. The plane turned out to be a solid ground-attack plane, capable of carrying two 250 kilogram bombs.
Below is a Japanese newsreel showing Ki-43 Oscars in action.
These NASA nerds set a record for how quickly a plane was returned to flight status after being sent to AMARC. They did an impressive job of grafting together parts from the WB-57 Canberra from the boneyard with parts from a second Canberra near Warner Robins Air Force Base in Georgia, as well as F-15 parts for the main wheels, the ejection seats from the F-16, and the tires from an A-4 for the nose wheel.
But some Army Air Force mechanics in Australia pulled off something similar in World War II, and did such a good job that their Franken-bomber is still around today. That plane is currently at the National Museum of the United States Air Force at Wright-Patterson Air Force Base, near Dayton, Ohio.
She’s called “Swoose,” and she is not only the only B-17D to survive, she is the oldest surviving B-17.
Swoose started out being assigned to the Philippines in 1941, flying in combat from Dec. 7, 1941, to Jan. 11, 1942. The plane suffered serious damage, but the mechanics used a tail from another damaged B-17 and replaced the engines. The plane then served as an armed transport for the rest of the war, including as a personal transport for Lt. Gen. George Brett (no relation to the star baseball player from the 1970s, 1980s, and 1990s).