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Time: Wednesday, October 10, 2007 at 10:42 am.

Location: Palm Beach - Palm Shores.

As the AGM-84A Harpoon anti-ship missiles are getting closer and closer, the 12-door twin-mounted 7-inch (177.8 mm) caliber magic battleships are arranged on both sides of the middle of the Andrews, Nekans, and Beales Ghost-class magic battleships. Artillery, began to fire arcane rays, nonstop interception of AGM-84A Harpoon anti-ship missiles.

But there are so many AGM-84A Harpoon anti-ship missiles that three seconds passed, and the AGM-84A Harpoon anti-ship missiles that flew to the front of the Andrew, Nekans, and Beales Ghost-class magic battleships were all in front of them. 9 are still alive.

But at the moment when the AGM-84A Harpoon anti-ship missile was about to collide, the three ghost-class magic battleships Andrew, Nekans, and Beales opened the magic barrier in time, showing a protective cover.

But soon, as a beam of white light appeared from the coast, the beam of white light hit the protective cover with lightning speed and disintegrated the protective cover, allowing nine AGM-84A Harpoon anti-ship missiles to successfully hit Andrew one after another. Three Wraith-class magical battleships, USS Nekans and USS Beers.

Among them, the turret of the Andrew ate one AGM-84A Harpoon anti-ship missile, the surface armor ate an AGM-84A Harpoon anti-ship missile, and the waterline of the Nekans ate three AGM-84A Harpoons. For the anti-ship missiles, the bow and stern of the Beales each ate an AGM-84A Harpoon anti-ship missile, and the surface of the water even ate two AGM-84A Harpoon anti-ship missiles.

And then something happened that surprised everyone, all Transformers.

Nine AGM-84A Harpoon anti-ship missiles, although there are explosions, but none of them have an effect, and in the field of vision of Transformers and military drones, you can clearly see nine AGM-84A Harpoon anti-ship missiles. Why did the ship missiles have no effect?

The AGM-84A Harpoon anti-ship missile flying to the front of the turret of the USS Andrew, because the shell and airfoil are made of aluminum alloy, after the AGM-84A Harpoon anti-ship missile hits, its shell and shell fuze have not worked. Turret armor contact shatters it.

This is not over, because the AGM-84A Harpoon anti-ship missile is propelled by the J402-CA-400 single-shaft turbojet engine, which makes the AGM-84A Harpoon anti-ship missile unable to contact the turret armor like normal artillery shells. In an instant, it will be bounced off.

The AGM-84A Harpoon anti-ship missile propelled by the J402-CA-400 single-shaft turbojet engine will not retreat and bounce. It can only hit the target straight or can't pierce the armor and wipe out the Mars and fly skewed. fight.

The J402-CA-400 single-shaft turbojet engine has a length of 0.748m and a weight of 45.36kg. It adopts an annular combustion chamber, the compressor is a combination of axial flow and centrifugal type, the rotor speed is 41200rmin, the compression ratio is 5.81, the fuel consumption rate is 34mgNs, and the continuous thrust is 294dN .

The J402-CA-400 single-shaft turbojet engine has a rated time of about 7s from start-up to maximum thrust at sea level, a continuous action time of 15 minutes, a working life of about 1 hour, and can provide a cruise of Mach 0.85 to Mach 0.9. speed. The fuel tank is 1.22m long and can store 45.4kg of fuel.

When the engine is working, the fuel is first pressurized through the load elastic bellows, and then enters the combustion chamber, where it is mixed with pressurized air and then ignited and burned.

The ignition device of the engine adopts a solid propellant starter and a pyrotechnic agent with a magnesium content of 62%. Low temperature (-54 ℃) environment can start smoothly.

The tail wing located in the tail cabin is driven by electric servo. The steering gear of each wing surface is composed of a continuous running motor, a transmission mechanism, a friction disc clutch and a brake, and the deflection angle is plus and minus 30 degrees.

The projectile body of the AGM-84A Harpoon anti-ship missile has two sets of cross-shaped airfoils, four large-area trapezoidal wings in the middle of the projectile body, and four small full-motion control surfaces on the tail of the projectile. The elastic wings are completely parallel in the front and rear, and they are all foldable, and the folding range is half of the elastic wings.

In addition, the ship-launched and submarine-launched rocket boosters also have a set of cruciform stabilizers.

In order to reduce the weight, in addition to the steel structure of the warhead and afterburner, the rest of the shell and airfoil of the Harpoon missile are made of aluminum alloy. segment and aft compartment.

Among them, the harpoon missile body is 3.84m long, 4.6m with afterburner, 34.3cm in diameter and 91.4cm in wingspan. The guidance section is located at the front of the missile, and the engine section occupies the rear section of the missile body.

But as mentioned earlier, the shell and airfoil of the AGM-84A Harpoon anti-ship missile were made of aluminum alloy, and the AGM-84A Harpoon anti-ship missile that hit the Andrew's turret, after the shell and shell fuze were smashed, weighed 221 kg The steel warhead was forced to face the Andrew's turret with frontal armor up to 480 mm.

And to know that 510mm armor is enough to resist the bombing of 1 ton semi-armor-piercing missiles, it is conceivable that the AGM-84A Harpoon anti-ship missile is only 221 kg or a steel warhead, what will happen.

So the AGM-84A Harpoon anti-ship missile, which the U.S. military had pinned its hopes on, ended up in pieces under their watchful eyes, which also made the U.S. military in the hall stand up in surprise.

This is actually not the first time the AGM-84A Harpoon anti-ship missile has failed.

In 1988, because Iran unilaterally announced an unrestricted attack on oil tankers in various countries in the Persian Gulf, the US Navy entered the Persian Gulf to intervene in the Iran-Iraq war.

On April 14, 1988, the USS Roberts FFG-58 accidentally hit an Iraqi mine and was severely damaged. The US Navy launched a retaliatory attack on Iran called Operation Mantis on April 18.

After the U.S. military destroyed two Iranian oil rigs one after another on the morning of April 18, one of the Iranian navy Warrior-II missile speedboats, the Joshan P-25, approached a U.S. fleet shelling Iranian oil rigs and fired a RGM-84A Harpoon missiles.

The Belknap-class cruiser USS Wainwright CG-28 and an SH-2F anti-submarine helicopter from the Knox-class frigate USSBagley FF-1069 immediately cast jamming wires at the missile.

The missile passed through the starboard side of the Wainwright and fell into the sea. The US military speculated that the seeker of the missile had failed at this time.

Because the electronic support system on the U.S. ship did not detect the radar signal of the Harpoon missile seeker, the Harpoon missile may be the seeker failure, or because the two sides were too close to open in time.

Then the Bagrei immediately responded by firing an RGM-84D Harpoon missile at the Josanne, but at the same time the Wainwright and the Perry-class frigate USSSimpsonFFG-56 also fired a total of five missiles at the Josanne. Standard SM-12 anti-aircraft missiles.

Standard SM-12 anti-aircraft missiles can be used as short-range anti-ship missiles if necessary, and because the supersonic standard missile is much faster than the subsonic Harpoon missile, it hit the Josanne first.

Chapter 0179 Announcement of the Scarlet Rose Dungeon Offensive and Defensive Battle