I have a store in the comic world

1级靶场，每天/每周提供1阶3级城镇持弓民兵12/36名，1阶9级见习训练持弓步兵:10/33名，2阶6级标准持弓特化步兵:8/24名，3阶3级精锐弓箭手:6/15名。

The AGM-84A Harpoon anti-ship missile that flew towards the front of the turret of the USS Andrew had its shell and airfoil made of aluminum alloy. After the AGM-84A Harpoon anti-ship missile hit it, its shell and shell fuze were not working. Contact with the turret armor shattered it.

This is not over yet, 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 ordinary artillery shells. In an instant, it will be bounced away.

The AGM-402A Harpoon anti-ship missile propelled by the J400-CA-84 single-shaft turbojet engine will not retreat or bounce up. When it encounters the target, it can only hit the target straight or be unable to penetrate the armor and cause sparks to fly away. fight.

The J402-CA-400 single-shaft turbojet engine is 0.748m long, weighs 45.36kg, uses an annular combustion chamber, the compressor is a combined axial flow and centrifugal type, the rotor speed is 41200r/min, the compression ratio is 5.81, and the fuel consumption rate is 34mg/Ns , sustained thrust 294dN.

The J402-CA-400 single-shaft turbojet engine has a rated time from start to maximum thrust of about 7 seconds at sea level, a continuous action time of 15 minutes, and a working life of about 1 hour. It can provide the missile with a cruise range 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-bearing elastic bellows, then enters the combustion chamber, mixed with pressurized air and then ignited and burned.

The engine's ignition device uses a solid propellant starter and a pyrotechnic agent containing 62% magnesium. It is detonated and started by an electric spark plug. It can start normally at low temperatures and low airspeeds. In the test, it was tested at high temperatures (71c) and low temperatures. (-54c) environment can start smoothly.

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

The body of the AGM-84A Harpoon anti-ship missile has two sets of cross-shaped airfoils. Located in the middle of the body is four large-area trapezoidal wings. The tail is equipped with four smaller full-motion control surfaces. Two sets of cross-shaped airfoils. The front and rear wings are completely parallel, and they are all foldable, with the folding width being half of the wings.

In addition, ship-launched and submarine-launched rocket boosters also have a set of cross-shaped stabilizing fins.

In order to reduce weight, in addition to the steel structure of the warhead and afterburner, the rest of the casing and wings of the Harpoon missile are made of aluminum alloy. The entire missile is composed of the guidance section, warhead, and propulsion section from front to back. Section and tail cabin.

Among them, the Harpoon missile body is 3.84m long, 4.6M including the booster, 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 before, the shell and wings of the AGM-84A Harpoon anti-ship missile are made of aluminum alloy. The AGM-84A Harpoon anti-ship missile that hit the turret of the USS Andrew, after the shell and shell fuse were shattered, weighed 221 kilograms. The steel warhead was forced to face the Andrew turret with a frontal armor of up to 480 mm.

And if you know that 510 mm of armor is enough to withstand the bombing of a 1-ton semi-armor-piercing missile, you can imagine what will happen to the AGM-84A Harpoon anti-ship missile, which has a steel warhead of only 221 kilograms.

As a result, the AGM-84A Harpoon anti-ship missile, which the US military had placed great hope on, ended up being shattered into pieces under their gaze, which also made the US 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 from various countries in the Persian Gulf, the U.S. Navy entered the Persian Gulf to intervene in the Iran-Iraq war. During the war, the United States and Iran both launched Harpoon missiles to attack each other.

在1988年4月14日，美国海军罗伯斯号USSRobertsFFG-58号误触伊水雷而受重创，美国海军遂在4月18日对伊朗发起名为螳螂行动的报复攻击。

After the U.S. military successively destroyed two Iranian oil drilling platforms on the morning of April 4, a Warrior-II missile speedboat of the Iranian Navy, the Joshan P-18, approached a U.S. fleet that was shelling the Iranian oil drilling platform and fired a RGM-25A Harpoon missiles.

The US formation's Belknap-class cruiser USS Sainwright CG-28 and an SH-1069F anti-submarine helicopter from the Knox-class frigate USS Bagley FF-2 immediately projected 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 missile's seeker had failed at this time.

Since the electronic support system on the US ship did not detect the radar signal of the Harpoon missile's seeker, the Harpoon missile may have had a seeker failure, or the Harpoon missile could not be activated in time because the distance between the two parties was too close.

Then the Bagley immediately retaliated and launched an RGM-84D Harpoon missile at the USS Yoshan. However, at the same time, the USS Wainwright and the Perry-class frigate USS Simpson FFG-56 also launched a total of five missiles at the USS Yoshan. standard SM-1/2 anti-aircraft missile.

The Standard SM-1/2 anti-aircraft missile can be used as a short-range anti-ship missile when necessary. Since the supersonic Standard missile is much faster than the subsonic Harpoon missile, it hit the USS Yoshan first.

The AGM-84A Harpoon anti-ship missile, which the US military had placed great hope on, ended up being shattered into pieces under their watch, which also made the US military in the hall stand up in surprise.

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

......

Because the standard SM-1/2 anti-aircraft missile can be used as a short-range anti-ship missile when necessary, and because the supersonic standard missile is much faster than the subsonic Harpoon missile, it hit the Yoshan first.

When the U.S. military's RGM-84D flew over the target, the USS Yoshan's hull was sinking rapidly and its freeboard was too low. Therefore, the missile passed over the target and self-destructed without finding the target. Fall into the sea.

As a result, in this rare harpoon missile showdown, the harpoon missiles launched by both sides failed to achieve any success.

During the Iran-Iraq War, two US military A-6E attack aircraft engaged in a battle with Iran's 1540-ton British-made MK.5 frigate Sahan. The US military attack aircraft successively attacked the Sahan with two Harpoon missiles and several laser-guided bombs, but The attack caused no effective damage.

Later, the USS Joseph Strauss DDG-16, a Charles Adams-class destroyer of the US Navy, hit the ship with an RGM-84D. Finally, the devastated USS Sahan sank into the Persian Gulf that night.

In the conflict between the United States and Italy in March 1986, the U.S. Harpoon anti-ship missile set its first actual combat record.

在1986年3月23日，美国海军以美利坚号USSAmericanCV-66号与珊瑚海号航空母舰USSCoralSeaCV-43亏为首的战斗群在利比亚锡德拉湾附近水域进行威吓演习。

On March 3, the USS Ticonderoga CG-24 guided missile cruiser and two other US ships crossed the "death line" declared by the Libyan Navy and entered the Gulf of Sidra.

......

To be continued

Chapter 0227 Preview MK-20 Stone Eye Bomb