Dirty Harry can now get a bigger Gun

Dirty Harry can now upgrade to a bigger handgun.  The .44 Magnum that Harry used was very powerful.  It could take down a punk rapist at 150 meters and if it hit the punk in the head, it would take it clean off.  Even if it winged a slimy street robber it would take out such a big chunk, that the robber punk would be neutralized.

 

 

But now there is a bigger cannon on the block.  The Model 500 from Smith & Wesson is the biggest, heaviest, most powerful factory-production double-action revolver in the world. It’s built on an entirely new and massive S&W frame size. It fires the new .500 S&W Magnum cartridge, which is the most powerful factory load ever developed specifically for handgun use. The gun and the cartridge are both impressive product accomplishments, beyond the industry norm, and both moved together from concept to reality in less than a year.

This gun is 34 percent more powerful than the .44 Magnum.  If Dirty Harry used this weapon he could take down a rogue elephant at 200 meters.  Or splatter bad boy punk street slime all over the side of a building at 250 meters.  This bazooka fires a 50 caliber cartridge.  The .500 Magnum would very definitely make Dirty Harry’s day.

 

 

 

 The .500 Magnum (top) compared to the .44 Magnum.

 

Top secret U.S. carbon fiber bomb-the Blackout Bomb

The U.S. has used this bomb to knock out power grids in Serbia and Iraq.  It is currently delivered by F-15 E Strike Eagles.

The BLU-114/B is a special-purpose munition for attacking electrical power infrastructure. Although very little is known about this highly classified weapon, reportedly it functions by dispensing a number of submunitions which in turn disperse large numbers of chemically treated carbon graphite filaments which short-circuit electrical power distribution equipment such as transformers and switching stations. The weapon is sometimes referred to as a “soft bomb” since its effects are largely confined to the targeted electrical power facility, with minimal risk of collateral damage.

This previously undisclosed weapon, carried by the F-117A Nighthawk stealth fighter, was used for the first time on 02 May 1999 as part of Operation ALLIED FORCE strikes against Serbia. Following these attacks lights went out over 70 per cent of the country. The munition was subsequently used on the night of 07 May 1999 to counter Serbian efforts to restore damage caused by the initial attack.

Similar in concept to the “Kit-2” Tomahawk sea-launched cruise missile warhead used in the opening days of Operation DESERT STORM, few details of either weapons can be established on an unclassified basis. The missiles, packed with bomblets filled with small spools of carbon-fiber wire, deprived Iraq of 85% of its generating capacity. During the Gulf War Iraq responded to the use of this type of munition by disconnecting electrical power grid circuit breakers. Attacks on Iraqi power facilities shut down their effective operation and eventually collapsed the national power grid. Coalition planners in the theater initially directed that the switching system be targeted, rather than the generator halls. For the first three days, the ATO explicitly contained specific aimpoints for strikes against electrical production facilities. Subsequently the specific aimpoints were only sporadically included. When wing-level planners lacked specific guidance on which aimpoints to hit at electrical power plants, they sometimes chose to target generator halls, which are among the aimpoints listed in standard targeting manuals.

 

South Korea has announced plans to build graphite bombs for use against North Korea to paralyse its electric grid in the event of a new war breaking out on the Korean Peninsula, subject to funding from the country’s finance ministry. The weapons have been developed by South Korea’s Agency for Defense Development, Yonhap news agency reported, as one element of the kill chain pre-emptive strike program. Contractors were selected in 2020 and the weapons are intended to be delivered by 2024.

French Atomic Bomb Tests

FRENCH ATOMIC BOMB TESTS – 1968 – FANGATAUFA ATOLL

Canopus was the code name for France’s first two-stage thermonuclear test, conducted on August 24, 1968 at Fangataufa atoll in French Polynesia.

 

In 1966, France was able to use fusion fuel to boost plutonium implosion devices with the Rigel shot. Roger Dautry, a nuclear physicist, was selected by the CEA to lead the development effort to construct a two-stage weapon. France did not have the ability to produce the materials needed for a two-stage thermonuclear device at the time, so 151 tons of heavy water was purchased from Norway and an additional 168 tons from the United States. This heavy water went into nuclear reactors in 1967 to produce tritium needed for the device.

The announcement by France in the late 1960s to test a hydrogen bomb provoked the People’s Republic of China to conduct a full scale hydrogen bomb test of its own on June 17, 1967.

France was to test the new device as part of a 5 shot series conducted at the nuclear testing grounds in French Polynesia. The device weighed three tons and used a lithium deuteride secondary stage with a highly enriched uranium jacket primary.

Fangataufa was selected as the location of the shot due to its isolation in respect to the main base on Mururoa. The device was suspended from a large hydrogen filled balloon. It was detonated at 18:30:00.5 GMT with a 2.6 megaton yield at an altitude of 1800 feet. As a result of the successful detonation, France became the 5th thermonuclear nation.

 

 

 

 

 

French Atomic Bomb Tests

FRENCH ATOMIC BOMB TESTS – 1968 – FANGATAUFA ATOLL

Canopus was the code name for France’s first two-stage thermonuclear test, conducted on August 24, 1968 at Fangataufa atoll.

In 1966, France was able to use fusion fuel to boost plutonium implosion devices with the Rigel shot. Roger Dautry, a nuclear physicist, was selected by the CEA to lead the development effort to construct a two-stage weapon. France did not have the ability to produce the materials needed for a two-stage thermonuclear device at the time, so 151 tons of heavy water was purchased from Norway and an additional 168 tons from the United States. This heavy water went into nuclear reactors in 1967 to produce tritium needed for the device.

The announcement by France in the late 1960s to test a hydrogen bomb provoked the People’s Republic of China to conduct a full scale hydrogen bomb test of its own on June 17, 1967.

France was to test the new device as part of a 5 shot series conducted at the nuclear testing grounds in French Polynesia. The device weighed three tons and used a lithium deuteride secondary stage with a highly enriched uranium jacket primary.

Fangataufa was selected as the location of the shot due to its isolation in respect to the main base on Mururoa. The device was suspended from a large hydrogen filled balloon. It was detonated at 18:30:00.5 GMT with a 2.6 megaton yield at an altitude of 1800 feet. As a result of the successful detonation, France became the 5th thermonuclear nation.

 

 

 

 

 

 

 

 

Wile E. Coyote and the Acme Corporation

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The Acme Corporation is a fictional corporation that features prominently in the Road Runner/Wile E. Coyote animated shorts as a running gag featuring outlandish products that fail or backfire catastrophically at the worst possible times. The name is also used as a generic title in many cartoons, especially those made by Warner Bros., and films, TV series, commercials and comic strips.

The company name in the Road Runner cartoons is ironic, since the word acme is derived from Greek (ακμή; English transliteration: akmē) meaning the peak, zenith or prime, yet products from the fictional Acme Corporation are often generic, failure-prone, and/or explosive.

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Sedan Nuclear Crater

The Sedan nuclear crater is located at the Nevada Test Site, about 90 miles north of Las Vegas. It is the result of the Sedan nuclear test, an underground nuclear test carried out on 6 July 1962 as part of the Plowshare Program, established in June 1957 to explore peaceful applications for controlled nuclear detonations. The idea was that a nuclear explosion could easily excavate a large area, facilitating the building of canals and roads, improving mining techniques, or simply moving a large amount of rock and soil. The intensity and distribution of radiation, however, proved too great, and the program was abandoned. Operation Plowshare resulted in 27 thermonuclear detonations. Only four events were intended to produce craters, among which Sedan was by far the largest.

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The device that produced the crater was buried 194 meters below the desert floor and had a yield equivalent to 104 kilotons of TNT or around eight Hiroshima bombs. The blast first lifted a dome of earth 90 meters above the desert floor before it vented at three seconds after detonation, exploding upward and outward displacing 12 million tons of earth. The resulting crater is 100 meters deep and 390 meters wide.

The explosion created fallout that affected more US residents than any other nuclear test, exposing more than 13 million people to radiation, although within 7 months of the detonation, the radiation had decayed to the point that the bottom of the crater could be safely walked upon with no protective clothing. Today, more than 10,000 visitors visit the crater every year through free monthly tours offered by the U.S. Department of Energy. An observation platform built on the rim of the crater allows tourists to peek into the crater below.

Negative impacts from Operation Plowshare’s 27 nuclear projects ultimately led to the program’s termination in 1977, largely due to public opposition.

The Soviet Union continued to pursue the concept through their program “Nuclear Explosions for the National Economy” and carried out more than 150 nuclear test. The best known was Chagan – a test identical to Sedan – which created the artificial lake reservoir Lake Chagan.

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The Sedan nuclear test on 6 July 1962.

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Satellite image of the Sedan crater.

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The Nevada Test Site is pockmarked by numerous nuclear tests. The Sedan crater is the largest among them.

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Observation deck at Sedan Crater.

 

Florida Gun Shop

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The Supreme Court of the United States ruled that, “The right to bear arms is not granted by the Constitution; neither is it in any manner dependent upon that instrument for its existence” and limited the scope of the Second Amendment’s protections to the federal government. In United States v. Miller (1939), the Supreme Court ruled that the Second Amendment did not protect weapon types not having a “reasonable relationship to the preservation or efficiency of a well regulated militia”.

Am I missing something? How do these school shooters tie into a well regulated militia?