Monster Factory

The sky seems to be trembling.

The power of modern weapons of war can be truly felt only by witnessing it.

Each missile sounds like a thunderbolt in the sky.

Of these, MAH 0.72 is the slowest with the Battleaxe cruise missiles, while the remaining models maintain the same speed with the Battleaxe.

Less than 70 nautical miles from the target, more than 100 missiles fly for 7 minutes and 11 seconds.

Fire control radar cannot be locked.

But missile locks are also infrared, GPS, and optical locks.

Sound buoys arranged in this area without electromagnetic damage from the target vessel can also provide precision targeting for distant vessels.

At the last few nautical miles, the Axe cruise missile began to climb towards high altitude.

Harpoon antiship guided missiles have dropped rapidly, close to a height of three metres above sea level.

Anti-aircraft missiles remain at the same altitude.

Saturation strikes, cruise missiles attack the top, anti-ship missiles strike the target vessel to eat water line, anti-aircraft missiles rely on kinetic energy to penetrate the ship's belly through armor.

Three attack modes, in Commander Rashid's vision. Even if the target ship can interfere with the missile's positioning system, even if it can disable the missile's steering capability.

But how can there be any chance that more than a hundred missile rains will fall?

An Axe cruise missile weighing more than a ton and dropping at a rate of MH0.72, can knock the target ship out of a hole simply by relying on its own kinetic energy.

Not to mention the mysterious weapons carried by the target vessel, is it really capable of instantaneously interfering with more than a hundred missiles?

In the battle command room of the Burke-class destroyer, everyone stared closely at the big screen. There's an axe cruise missile, captured in real time through an optical lens.

On silent, black and white images, the week is marked with various missile parameters. In the middle, the ocean is like a bare plain.

As the image suddenly began to rise and then dive, everyone in the command room saw a fist big black dot at the end of the image.

It's like a rock growing on a plain, alone there.

Everyone clenched their fists and paused their breathing, keeping a close eye on that black dot on the screen that started to zoom in quickly.

When the black dot becomes watermelon sized, one can finally recognize its contour.

Then the image suddenly started flashing ~

The image turned into a blinking eye, and when it blinked for the third time, the screen turned into a cloudy snowflake screen, and the missile guidance system lost all of its signals.

……

The humpback whale was similarly spotted in the missile rain when it was captured by the optical lens of the cruise missile.

The eight monsters in charge of the humpback whale did not have any panic, let alone any fear.

The power of the electromagnetic generator is turned on instantly to the maximum.

An ultra-high-frequency electromagnetic wave that cannot be captured by the naked eye diffuses out at a speed of light, forming an absolute electron killing area within two nautical miles. The power, even the water mist that was sputtered behind the humpback whale, was vaporized with hot gas.

Two nautical miles away, more than one hundred and fifty missiles of all types came out of the air.

They are like lightning slowed down a road, moving in the direction of the humpback whale.

In the face of absolute numbers, the humpback has been disqualified from evasion.

Because there are only fifteen seconds left to respond, it is impossible to escape the circular barrage of these missiles, regardless of the direction in which they are maneuvered. And quite possibly, because in high-speed manoeuvres, expose fragile, more bouncing bellies.

There's only one way to resist.

The bow, which is the toughest and smallest in cross section, is the point of confrontation. While the electromagnetic generator is fully powered on, the humpback whale also performs an emergency deceleration.

The fully electrically powered humpback whale lowers the original 80% of the electromagnetic engine output to zero in less than three seconds.

Two 200,000-kilowatt-hour electromagnetic engines lost their energy and urgently executed the shaft "brake”.

Naturally ~

It is obviously extremely unrealistic to try to stop a giant ship weighing no less than 30,000 tons at an alarming speed of 130 knots for more than a decade.

Even if the 100-kilometer brake is only 30 meters above ground, it takes at least 10 seconds to get from 130 knots, that is, close to 250 kilometers of speed, and completely zero brakes.

In these 15 seconds, the humpback whale can only be reduced from 130 knots to 100 knots.

It looks kind of like a futile struggle.

The humpback is nearly thirty meters tall and fifty meters wide.

Even if the bow is designed with a large gradient diamond triangle that greatly reduces the wind resistance area, it is still a huge piece of bow size and carrier size.

The rains of incoming missiles were divided into three altitudes, among which the waraxe cruise missiles climbed thousands of metres in altitude, hitting hard with thunder.

Not surprisingly, the bow of the Whale is subject to a minimum of one or two anti-ship missiles flying at sea and three anti-aircraft missiles flying at an altitude of 20 metres. As for the Axe missile, look at luck.

These missiles, they are not the same pathetic anti-aircraft artillery shells from the previous frigates.

Rapid fire cannon caliber is 76 mm.

The calibre of the Battle Axe cruise missile is 520 mm.

Harpoon antiship missile caliber is 340 mm.

And modern mainstream anti-ship missiles have a time-delayed detonation capability that can rely on horrific kinetic energy, and high-hardness shields at the front end of the projectile, first penetrating the outer armor of the target vessel, then detonating violently as the projectile flies inside.

Even if it were destroyed by strong electromagnetism, relying solely on kinetic energy, and a severe explosion after the impact, the bow of the Whale would not be safe from a single anti-ship missile.

So...

In the eyes of those on the destroyer dozens of nautical miles away, the black ship is bound to be torn to pieces by missiles.

Eight monsters in the control room, don't think so.

Through both external infrared and optical surveillance images, they can clearly see the missiles that are attacking, dragging long smoke to expand rapidly in the field of view.

One of the metal experts placed a palm on the console on a pull handle similar to the braking device.

Just over a hundred missiles away from the humpback whale, it took only a second and a half to hit the humpback whale.

The metal expert pulled the handle on his hand.

This is the pull handle used to control the "air cushion” output.

When it was shut down, a high-speed airflow was constantly ejected beneath the bow of the humpback whale, using the airflow to separate the humpback whale from the sea surface by a thin, high-speed airflow, which was then cut off.

The airflow was cut off and the cushion at the bottom of the humpback whale naturally disappeared.

Then, the humpback whale weighed more than 30,000 tons of horror and hit the surface at 50 meters per second.

The next moment, the sea water around the humpback whale seemed to have been detonated by hundreds of missiles.

“Collapse"

The humpback whale crashed into the sea and struck a terrifying wave of up to 100 meters.

Almost at the same moment, more than a hundred missiles of all kinds, carrying horrible moves, can be crushed.

Then they hit the giant waves first.