1. There was a Japanese soldier, named Hiroo Onada, who didn’t surrender until 29 years after World War II was over, in 1974.
2. That a Japanese man, Tsutomu Yamaguchi, survived both the atomic bombings of Hiroshima and Nagasaki during World War II.
3. Flight Sergeant Nicholas Alkemade, who was a rear gunner in RAF Avro Lancaster bombers, survived a fall from 18,000 feet (5,500 m) without a parachute! He suffered only a sprained leg.
4. Emil Hacha, who was in 1939 President of Czechoslovakia, suffered a heart attack after he was informed by Hitler Göring of the imminent invasion of his country and threats to bomb the capital if he didn’t cooperate and was kept awake by injections to sign the surrender.
Hácha, Hitler and Göring meeting in Berlin, March 1939 (Credits: Bundesarchiv / F051623-0206)
5. Spanish double agent, Joan Pujol Garcia, received medals from both sides during World War II. He received the Eisernes Kreuz II. Klasse from the Germans and the Member of the Order of the British Empire from the British.
6. After the Japanese attack on Pearl Harbor on 7 December 1941,Canada declared war on Japan before the United States did.
7. Did you know that Japan did claim U.S. soil? During the Battle of the Aleutian Islands Japan managed to seize U.S. owned islands in Alaska. It was a major blow to the U.S. Troops’ moral and costed many lives to reclaim the islands.
8. That Nutella was invented during World War II? Pietro Ferrero, an Italian pastry maker mixed hazelnuts into chocolate to extend his cocoa supply.
9. There was a Polish bear, named Wojtek, who gained the rank of Corporal, was taught to salute, wrestled with the men, drank and smoked cigarettes and helped the front-line troops by carrying ammo and displayed courage in his willingness to participate in the action.
10. The Dutch warship, Abraham Crijnssen, was disguised as a tropical island to escape detection by the Japanese bombers. It worked.
If you’ve ever been driving on a long road trip, you might know the horrifying feeling of being drowsy and nodding off behind the wheel — even for a moment.
Your heart drops into your stomach when you realize what happened. Now imagine waking up in an F-16 flying straight to the ground while approaching supersonic speed.
A trainee pilot conducting basic fighter maneuver training with the Arizona Air National Guard suffered G-LOC, or gravity-induced loss of consciousness, while in a roll. The student hit 8.3 Gs and passed out.
The Air Force released this newly declassified video from the aircraft’s heads-up display on September 13th, which shows the plane’s Automatic Ground Collision Avoidance System kick on to save the pilot, who was still unconscious after 22 seconds.
The video is harrowing as the worried instructor repeatedly yells at the pilot, almost begging him to recover.
According to Aviation Week’s Guy Norris, this is the fourth save from the Auto-GCAS since it was introduced to the Air Force in 2014. The computer uses pre-programmed terrain info against a prediction of the plane’s trajectory. The GCAS autopilot takes over when the prediction touches the ground.
In this case, the GCAS took over at just 8,760 feet. The student then wakes back up and retakes control at 4,370 feet.
It was 1962 and only four days after Independence Day, but people living on the islands dotting the Pacific Ocean from Hawaii to New Zealand were about to see a light show brighter than any July Fourth fireworks display in history.
More ominously, many of those same people would get a taste of how a single nuclear weapon could wipe out a nation’s electrical grid – and the U.S. military at the time had no clue how damaging the results would be.
Codenamed Starfish Prime, it was part of a series of nuclear tests conducted by the U.S. Atomic Energy Commission and the Pentagon. Some of those tests included launches from Johnston Island of the U.S. Air Force’s PGM-17 Thor intermediate range ballistic missiles with live W49 thermonuclear warheads.
The aurora from a U.S. nuclear test in space, dubbed Starfish Prime, could be seen as far away as Hawaii. (Photo from Wikimedia Commons)
The purpose: rocket the warheads to the edge of space and detonate them to determine whether thermonuclear fireballs could be used to destroy incoming nuclear warheads from the Soviet Union.
Crazy? Perhaps – but keep in mind the events of the age.
In 1958, the Soviet Union called for a ban on atmospheric nuclear testing and abided by a self-imposed moratorium. Eventually, the United States followed suit. During 1959, neither superpower tested any nukes, but the brief lull in testing did not last. Soon, both nations were back at it.
In 1961, the Soviets detonated the humongous “Tsar Bomba.” Though capable of a 100 megaton yield, scientists decided to dial back Tsar Bomba’s destructive power to reduce the chance of fallout. At about 50 megatons, it still is the most powerful nuclear explosion in history. In fact, Tsar Bomba was so powerful, its heat caused third-degree burns on the exposed flesh of Soviet observers more than 60 miles away.
So, in a twisted, Cold War, Dr. Strangelove kind of way, launching nukes into space made sense.
Starfish Prime was really the third launch attempt for the U.S. – the first missile was destroyed seconds into its flight and the second blew up on the launch pad. Both incidents rained nuclear contamination down on the Johnston Island test facility.
But on July 9, 1962, the third Thor missile performed flawlessly and lifted its payload into space.
The 1.4 megaton warhead detonated about 240 miles above the Pacific Ocean – and then all hell broke loose.
“Most fortunately, these tests took place over Johnston Island in the mid-Pacific rather than the Nevada Test Site, or the electromagnetic pulse would still be indelibly imprinted in the minds of the citizenry of the western U.S., as well as in the history books,” Lowell Wood, a physicist and expert on EMP at Lawrence Livermore National Laboratory, told Congress in 2004. “As it was, significant damage was done to both civilian and military electrical systems throughout the Hawaiian Islands, over 800 miles away from ground zero.”
In Hawaii, the effects were almost immediate: streetlights blew out, circuit breakers tripped, telephone service crashed, aircraft radios malfunctioned, burglar alarms sounded, and garage door openers mysteriously activated.
As the flash from the nuclear explosion dimmed, an aurora formed in the sky that could be seen for thousands of miles. One reporter in Hawaii wrote, “For three minutes after the blast, the moon was centered in a sky partly blood-red and partly pink. Clouds appeared as dark silhouettes against the lighted sky.”
The high-energy radiation not only created a massive light show; it temporarily altered the shape of the Van Allen Belt – part of the magnetosphere surrounding the Earth that actually protects the planet from solar storms that could destroy life on the world’s surface.
The Van Allen Belt had only been discovered four years earlier by University of Iowa physicist James A. Van Allen. The bands of high-energy particles held in place by strong magnetic fields were first seen as a threat to early space explorers – or a possible weapon to use against the Soviet Union.
In fact, there are historians of the Cold War who argue that there is compelling evidence indicating that both the United States and the Soviet Union contemplated exo-atmospheric nuclear explosions to blow up the Van Allen belt either to permit space travel or destroy their respective enemy.
Fortunately, there is no evidence that either the U.S. or Soviet nuclear testing in space permanently damaged the magnetosphere. As the weeks and months went by, however, there were other casualties from the Starfish Prime blast. At least six satellites – including Telstar, the world’s first telecommunications satellite – were either damaged or destroyed by passing through the lingering radiation belt left by the detonation.
Scientists and the military were stunned by the results of Starfish Prime. They knew about EMP, but the effects of the blast far exceeded their expectations.
Despite the very public detonation of the weapon, the cause of the power failures and satellite malfunctions remained secret for years, as did a new discussion that began: how a single nuclear weapon might be used to cripple a nation in one blow.
It is a discussion that continues to this day as those in the national security community consider how a weapon like Starfish Prime detonated over or near the United States could plunge the country into darkness.
“The decision to move our families and civilians was made in consultation with the Government of Turkey, our State Department, and our Secretary of Defense,” Gen. Philip M. Breedlove, commander of U.S. European Command, said in the statement. The decision affects 700 spouses and children in these areas.
The ongoing threat of ISIS attacks in Turkey makes Incirlik and other U.S. installations prime targets for terrorism. U.S. security forces in the country have been a Force Protection Condition (FPCON) Delta for weeks. Delta is the highest alert level, meaning intelligence has been received that terrorist action against a specific location or person is imminent. The base was locked down in July 2015 and voluntary departures for dependents were authorized in September. The latest order is mandatory.
Almost 100 people have died in the five terror attacks in Turkey in 2016 alone. Two of the attacks were claimed by ISIS, while the other three allegedly from Kurdish terrorist organizations, which is still a threat to U.S. forces, as the Incirlik Air Base is shared with the Turkish Air Force. Incirlik, located 100 miles from the Turkish border with Syria, houses 2,500 American troops.
“This step does not signify a permanent decision to end accompanied tours at these facilities,” said a European Command statement. “It is intended to mitigate the risk to DoD elements and personnel, including family members, while ensuring the combat effectiveness of U.S. forces and our mission support to operations in Turkey. The United States and Turkey are united in our common fight against ISIL, and Incirlik continues to play a key role in counter-ISIL operations.”
The Pentagon said that after Syrian jets had bombed US-backed forces fighting ISIS in Syria and ground forces headed their way with artillery and armored vehicles, US jets made a strafing run at the vehicles to stop their advance.
But then a Syrian Su-22 popped up laden with bombs.
“They saw the Su-22 approaching,” Navy Capt. Jeff Davis, a Pentagon spokesman, told reporters on June 21st, as CNN notes. “It again had dirty wings; it was carrying ordnance. They did everything they could to try to warn it away. They did a head-butt maneuver, they launched flares, but ultimately the Su-22 went into a dive and it was observed dropping munitions and was subsequently shot down.”
A US F/A-18E off the USS George H.W. Bush in the Mediterranean then fired an AIM-9 Sidewinder missile at the Syrian jet, but the Su-22 had deployed flares causing the missile to miss. The US jet followed up with an AIM-120 medium range air-to-air missile which struck its target, US officials told CNN.
The pilot ejected over ISIS territory, and Syrian forces declared him missing in action.
The focus of the US’s airpower in recent years has turned to providing air support against insurgencies or forces that do not have fighter jets of their own. Before the Su-22, the US had not shot down a manned enemy aircraft since 1999.
Since the downing of the Syrian jet, Russia has threatened to target US and US-led coalition jets flying over Syria west of the Euphrates river.
Both Syria’s Su-22 and the US’s F/A-18E Super Hornet are updated versions of 1970s aircraft, but Russia and the US both have much more advanced systems to bring to bear. Fortunately, an air war seems unlikely between major powers in Syria.
It is one of the sneakiest, most insidious things in warfare. It can creep up on you, and you’ll suddenly find out that you no longer can do all that you wanted to do. It’s called “virtual attrition,” and while it doesn’t make many headlines, it matters more to military operations than you’d think.
So, what exactly is “virtual attrition?” Well, plain old attrition is defined by the Merriam Webster Online Dictionary as “the act or process of weakening and gradually defeating an enemy through constant attacks and continued pressure over a long period of time.” In war, these are the planes that are shot down, the ships that are sunk, the tanks that go “jack in the box,” the troops that are killed. In other words, you lost them for good.
An F/A-18F Super Hornet assigned to the Salty Dogs of Air Test and Evaluation Squadron (VX) 23 conducts a captive carry flight test of an AGM-88E Advanced Anti-Radiation Guided Missile (AARGM) at Naval Air Station Patuxent River, Md. (U.S. Navy photo by Greg L. Davis/Released)
Virtual attrition, therefore involves “losing” the assets. Only it doesn’t involve actually destroying the asset. Here’s a couple of examples:
Scenario One: There is a factory complex in Bad Guy Land that you want to remove from the landscape. It will take 16 Joint Direct Attack Munitions to destroy. Now, four F/A-18E Super Hornets from one of the squadrons in the air wing of USS Enterprise can each carry four JDAMs, that should put enough bombs on target, right?
Well, not quite. You see, Mr. Sleazebag Swinemolestor, the dictator of Bad Guy Land, just got some brand new Russian S-300 missile systems (the SA-10 Grumble). He’s got one defending the factory complex you want to go away. He also got some brand new J-11 Flankers from China that he’s using to protect the place.
Now, sending planes into the teeth of air defenses doesn’t work out so well. We found that out the hard way in more than a couple wars.
So now, you may need some escorts. Well, we can add a couple more F/A-18Es with AGM-88 High-Speed Anti-Radiation Missiles and AGM-154A Joint Standoff Attack Weapons to deal with the S-300s, and two more loaded with a ton of AIM-120 AMRAAMs for the Flankers.
Aviation Ordnancemen assigned to the Diamondbacks of Strike Fighter Squadron One Zero Two (VFA-102), load a CATM-88 High-Speed Anti-Radiation (HARM) missile on one of their squadrons F/A-18F Super Hornets aboard the conventionally powered aircraft carrier USS Kitty Hawk (CV 63). The CATM-88 is an inert training version of the AGM-88 HARM missile, which is a supersonic air-to-surface tactical missile designed to seek and destroy enemy radar-equipped air defense systems. Kitty Hawk and embarked Carrier Air Wing Five (CVW-5) are currently conducting operations in the Western Pacific Ocean. (U.S. Navy photo by Photographers Mate 3rd Class Jonathan Chandler)
Only those four additional Super Hornets have to come from somewhere. On a carrier (or even a land base), there are only so many airframes. The S-300s and the Flankers just forced the United States to double the size of the “package” they are sending to service the target.
A carrier usually has 24 Super Hornets. Some will be down for maintenance. Some will be needed to provide air cover for the carrier or planes like the E-2 Hawkeye or EA-18 Growler. There will be other targets to hit, like bridges, air bases, headquarters buildings… you get the picture.
Now, you can’t hit all the targets you want to hit, because you need to not only make the factory go away, you need to make the defenses go away. You have lost the use of the planes as strike assets. In essence, other missions get shortchanged. That is one way virtual attrition works.
Scenario 2: China’s DF-21 has gotten a lot of hype as a threat. That ignores the fact that the RIM-161 SM-3 Standard Missile is already capable of defeating it. But the DF-21 still inflicts the “virtual attrition.”
Let’s assume that BadGuyLand’s dictator, the aforementioned Sleazebag Swinemolestor, has bought 30 DF-21s. Now, while the SM-3 has proven reliable (a success rate of about 90 percent in tests), the usual practice will be a “shoot-shoot look” approach — firing two missiles at each target, and looking to see if you got it. That is a quick way to eat up missiles, especially when you miss.
An SM-3 Block 1B interceptor is launched from the guided-missile cruiser USS Lake Erie (CG 70) during a Missile Defense Agency test and successfully intercepted a complex short-range ballistic missile target off the coast of Kauai, Hawaii. (U.S. Department of Defense photo/Released)
So now, the Enterprise’s escorts have to load more SM-3s into their Mark 41 Vertical Launch Systems. The problem being, of course, they only have 96 cells each. And if you are carrying more SM-3s, you have to take other missiles out, like BGM-109 Tomahawks, RIM-66 SM-2 Standard Missiles, and RUM-139 Vertical Launch ASROCs.
Now, you could fix this by adding the Ronald Reagan Carrier Strike Group (originally planned for a WESTPAC deployment), with her escorts, the Bunker Hill, the Winston S. Churchill, the Harmon Rabb, and the Cole. But that carrier group has to come from somewhere… so you now have to make up for that or pray that the region stays calm.
The Navy’s only forward-deployed aircraft carrier, USS Ronald Reagan (CVN 76), steams in formation with ships from Carrier Strike Group Five (CSG 5) and the Republic of Korea Navy (ROKN) during Exercise Invincible Spirit. (U.S. Navy photo by Petty Officer 3rd Class Nathan Burke/Released)
The other alternative is to add more escorts. You could strip the Mac Taylor from anti-piracy duty off Somalia, or call in the John S. McCain from her Freedom of Navigation exercise in the South China Sea, or maybe even have the Dave Nolan detach from the replenishment ships. But then you take risks by pulling those ships from those missions.
In essence, virtual attrition means you have to pull in extra assets – and the assets you pull in, no matter how good they are, cannot be in two places at once. It is not spectacular. It doesn’t make headlines, but virtual attrition is a real problem that the military has to address.
How did you get such an immense craft off the ground? Very carefully.
The B-36 had six Pratt and Whitney R-4360 engines in a pusher configuration and four General Electric J47 jet engines. These were able to lift a fully-loaded B-36 off the ground and propel it to a top speed of 435 miles per hour.
Depending on the model, the B-36 had up to 16 20mm cannon in twin turrets. The B-36 entered service in 1948 – and it gave SAC 11 years of superb service, being replaced by the B-52. Five planes survive, all of which are on display.
Below, this clip from the 1955 movie “Strategic Air Command” shows how this plane took flight. Jimmy Stewart plays a major league baseball player called back into Air Force service (Stewart was famously a bomber pilot who saw action in World War II and the Vietnam War).
Also recognizable in this clip is the flight engineer, played by Harry Morgan, famous for playing Sherman Potter on “MASH” and as Detective Rich Gannon in the 1960s edition of “Dragnet.”
On the morning of July 4, 1989, alarm bells blared at Soesterberg Air Base in the Netherlands, home of the US Air Force’s 32d Tactical Fighter Squadron.
Within minutes, a pair of armed F-15 Eagles, manned by Capts. J.D. Martin and Bill “Turf” Murphy, were launched on a scramble order. Their mission was to intercept what appeared to be a lone fighter making a beeline from Soviet-controlled airspace into Western Europe.
Though the Cold War’s end was seemingly not too far away, tensions still ran high between the two sides of the Iron Curtain, and any incursion by an unidentified aircraft would need to be responded to swiftly.
As JD and Turf were vectored in on the aircraft, now identified as a Soviet MiG-23 Flogger supersonic fighter, ground controllers notified them that all attempts to contact the inbound jet had failed and the intentions of its pilot were unknown and potentially hostile.
When they got close the the Flogger, the two Eagles were primed and ready to shoot down their silent bogey if it didn’t respond and carried on its flight path. But when the two F-15 pilots closed in on the aircraft to positively identify it, they noticed that the pylons underneath the Flogger — used to mount missiles and bombs — were empty.
By then, the Flogger was firmly in Dutch airspace, casually flying onward at around 400 mph at an altitude of 39,000 ft.
What JD and Turf saw next would shock them — the Flogger’s canopy had been blown off and there was no pilot to be found inside the cockpit. In essence, the Soviet fighter was flying itself, likely through its autopilot system.
After contacting ground control with this new development, the two Eagle pilots were given approval to shoot down the wayward MiG over the North Sea, lest it suddenly crash into a populated area. Unaware of how long the pilotless MiG had been flying, and battling poor weather which could have sent debris shooting down the MiG into nearby towns, JD and Turf opted to let the jet run out of fuel and crash into the English Channel.
Instead, the aircraft motored along into Belgium, finally arcing into a farm when the last of its fuel reserves were depleted. Tragically, the MiG struck a farmhouse, killing a 19-year-old. Authorities raced to the site of the crash to begin their investigation into what happened, while the two F-15s returned to base. French Air Force Mirage fighters were also armed and ready to scramble should the MiG have strayed into French airspace.
Details of what led to the loss of the Flogger began to emerge.
As it turns out, the Soviet fighter had originated from Bagicz Airbase — a short distance away from Kolobrzeg, Poland — on what was supposed to be a regular training mission. The pilot, Col. Nikolai Skuridin, ejected less than a minute into his flight during takeoff when instruments in the cockpit notified him that he had drastically lost engine power. At an altitude of around 500 ft, it would be dangerous and almost certainly fatal if Skuridin stayed with his stricken fighter, trying to recover it with its only engine dead. The colonel bailed out with a sense of urgency, assuming the end was near.
But as he drifted back down to Earth, instead of seeing his fighter plummet to its demise, it righted itself and resumed climbing, its engine apparently revived.
The ensuing debacle proved to be thoroughly embarrassingfor the Soviet Union, which was forced to offer restitution to Belgium and the family of the deceased teenager. By the end of the MiG’s flight, it had flown over 625 miles by itself until it ran out of fuel and crashed.
Being a member of the lower-enlisted community means you’re not going to make a lot of cash, so you’re probably living in the barracks.
On the weekends, you just want to have a little fun before the work week starts up again. Since most troops don’t have cars, they hang out at the barracks and drink.
We call these epic social gatherings “barracks parties.”
Some parties can be dull while others can be freaking awesome — and military life is all about making memories.
So we compiled a list of ways to make your next barracks party that much better.
1. Have a theme
The easy way out is to have a video game tournament, but we know you can do better than that. Use your creativity and come up with some themes like Vegas or “Nerf gun night.” It’ll bring those in attendance closer together and may even improve your tactical skills.
2. Get someone to step out of their comfort zone
You know that guy or gal in your unit who doesn’t fit in too well? A barracks party should be a judgment-free zone, so encourage the introverted homeboy or girl to let their guard down a little and break loose.
Surprises during a party are a good thing. Write that down.
3. It’s all about the location
Barracks rooms are typically pretty small and squeezing a dozen or so people inside can get super congested. To maximize the fun, consider choosing a room on the first floor that has easy access to a community courtyard.
It will extend the party area, and therefore increase the life of the fiesta. You’ll thank us later.
4. Know where the duty is
As the saying goes, “The Duty Has No Friends.”
That statement is kind of true. Since there are different levels (ranks) of duty each day, make sure you’re on good terms with them. They can alert you before the MPs show up unannounced because of a reported disturbance.
Make sure you pay them back in the future when you’re on duty, and they’re the ones throwing a barracks party.
5. Have good lighting
Since barracks rooms are small, look into getting a few black or strobe lights to enhance the positive atmosphere. Consider breaking out your glow belts (because they do glow) and put them to good use.
As Russia focuses on militarizing its Arctic region, the Kremlin is trying to develop military technology needed to operate in one of the world’s harshest environments. Russian military planners are now setting their sights on the development of Arctic rescue robots.
Admiral Victor Chirkov, the head of the Russian Navy, has called for the development and construction of “Arctic underwater search and rescue robots,” Newsweek reports citing Itar-Tass, a state-owned Russian media organization. The robots would be designed to withstand difficult Arctic conditions and cold temperatures.
“We have formulated our requirements and set the task for manufacturers to create both manned and unmanned underwater vehicles, which can be used to provide search and rescue support with proper effectiveness in the harsh conditions of the Arctic seas,” Chirkov said.
Chirkov’s urging for robot development coincides with Russia’s Arctic militarization push and the Kremlin’s efforts to develop autonomous robotic technology. In January, Russia premiered a prototype for a robotic biker, proof that Russia was interested in developing humanoid robots with possible military applications.
Russia’s new military doctrine designates the Arctic as one of three geopolitical areas that could serve as strategic beachheads. To achieve this goal, Moscow has increasingly deployed advanced weaponry along its northern coast, created a unified military command for the region, and planned a construction blitz through the region that would include a series of ports, airfields, and military bases.
Moscow has also announced that it plans on sending a drone fleet to the eastern reaches of the Arctic region.
Russia’s focus on the Arctic stems from unclaimed natural resources under the ice. The US estimates that a possible 15% of the earth’s remaining oil, 30% of its natural gas, and 20% of its liquefied natural gas are stored within the Arctic sea bed.
Currently, Russia, Denmark, Norway, Canada, and the US all have partial claims to the Arctic Circle.
People think that the Joint Direct Attack Munition is an excellent system. Don’t get me wrong it is great when there is a point target you need to go away.
JDAMs usually land within 30 feet of their target thanks to the use of the Global Positioning System for guidance. In fact, a lot of other systems, including the Tomahawk cruise missile, use that system as their entire guidance package, or to supplement other precision systems.
But there are some things these precision-guided systems can’t do so well. In fact, the cluster bomb actually can do some things that the JDAM can’t – which is a reason why the United States has not signed the Oslo Treaty that bans cluster bombs.
Here’s a sample of situations where it proves useful.
1. Cluster bombs can hit multiple targets
This is the big thing. One JDAM can take out one target. Bridges or bunkers are the sort of thing the JDAM specialize it killing. But let’s take a look at a company of tanks. Here, we are talking anywhere from ten to fifteen vehicles.
This is the sort of target something like the CBU-87 cluster bomb was designed to handle. With 202 BLU-97 bomblets, it has a good chance of landing one or two on the thin top armor of tanks. One bomb can kill multiple tanks, or trucks, or enemy troops.
That can be very useful for an Special Forces A-Team in a fight for their lives.
2. Cluster munitions allow missiles to hit multiple locations
Next to the BGM-109B TASM Tomahawk anti-ship missile, the BGM-109D Tomahawk TLAM-D is often a forgotten missile. But the BGM-109D has the ability to hit multiple locations, something the latest Tactical Tomahawks can’t do.
This is because the BGM-109D’s BLU-97s – the same ones used on the CBU-87 – are carried in a series of packets. For instance, one missile could dump some of its bomblets on parked planes, then fly on to hit a supply base elsewhere. The BGM-109D, therefore can do the work of two TLAMs.
3. Cluster bombs provide multiple effects in one package
The JDAM has one warhead that can go off one time. But a cluster bomb can carry different kinds of submunitions in the same case. Perhaps the best example is the CBU-89 GATOR – it carried two kinds of mines – one was an anti-tank mile, the other was anti-personnel. The JP233 was another – it combined both a runway-cratering munition with area-denial munitions.
The other thing is that even when you have a bomb that is all one type of submunition, some bomblets can be set to go off immediately, while others could be set to wait for a period of time (the famous delayed-action bomb – or in this case, delayed-action bomblets).
4. Cluster bombs can provide surprises without going bang
Some cluster bombs don’t even need their submunitions to go bang. For instance, Designation-Systems.net notes that the CBU-94 and CBU-102 are “blackout bombs” that drop carbon fiber chaff over power lines. This shorts out an entire power grid.
The CBU-19, though, dispensed 528 bomblets filled with CS, better known as tear gas. If you ever saw “The Big Break” episode of the 1950s TV show “Dragnet,” you saw CS in use.
Finally, some cluster bombs can also be guided in, thanks to the Wind-Corrected Munitions Dispenser program. In essence, these systems can also be dropped within feet of their aiming point.