In modern warfare, from destroyers, frigates, to cruisers and aircraft carriers above, these ships will not choose to carry short-range ballistic missiles, but will choose anti-ship missiles.

The reason for choosing an anti-ship missile is very simple.

The battleship disappeared!

What is the logo of the battleship? The big ship, giant cannon and heavy armor!

Judging from the power of the mainstream anti-ship missiles in service, more than 90% of the models can only be said to be scratching the surface against the battleships of the ancient World War II period.

If the battleship is still there, perhaps the idea of ​​the Russian Kirov-class equipped with ballistic missiles can be carried forward, but if it disappears, it will naturally become empty talk.

So the battleships have such a great advantage. If they do not disappear, they will be equipped with missiles?

The reason why this idea is not true is also very simple.

In modern times, due to the huge number of precision originals and complex technology, the unit volume cost is far from comparable to that of World War II.

Similarly, the greater the displacement, the higher the cost.

According to the size of the battleship and the aircraft carrier, if a modern battleship with a displacement of the aircraft carrier is built, a larger size requires more powerful radars and more precision instruments.

The hull itself is not necessarily cheaper than that of an aircraft carrier. In addition, its huge number of missiles is completely enough to compete with the overall cost of an aircraft carrier.

In addition, since ships are all sailing on the sea, affected by the curvature of the earth, the ability of ship-based radar to detect surface ships is actually relatively weak.

If there is no time, if the sky cooperates, you have to drive close enough to use missiles to fight each other!

Drive such expensive battleships over and fight with the opponent at close range. Even a few gangsters do not have the funds and courage to use them.

Therefore, as battleships withdraw from the battlefield and the "skin" of various ships becomes thinner and thinner, choosing large-equivalent missiles will lose its meaning. Even heavy anti-ship missiles are only 500 kilograms.

Moreover, in modern warfare, ballistic missiles have better vehicles and nuclear submarines, which are convenient and stable.

On the other hand, the launch environment of ballistic missiles is very poor.

If a hot start is adopted and the missile is launched directly on the deck, it is very likely that the electronic equipment of the entire ship will be exposed to the missile's tail flame.

If a cold launch is adopted, the missile must be ejected to a very high position before it can be ignited. The swaying of the ship platform will seriously affect the missile's majeure and ultimately greatly weaken the accuracy of the missile.

This leads to the inevitable result of the development of scientific and technological weapons.

However, if the situation is replaced by the wasteland ocean, when considering this issue, it is necessary to fully combine it with the actual situation.

Short-range ballistic missile, also known as tactical missile.

It is generally used in ground-based combat, and it carries conventional warheads, mainly used to attack fixed targets outside the range of ground artillery and within the depth of the enemy's battle tactical.

The R-3 short-range ballistic missile is 7.1 meters long, with a diameter of 0.82 meters, with a launch weight of 3,050 kilograms, solid propellant, a range of 320 kilometers, and a speed of 960m/s. The missile is equipped with a digital calculator and an autonomous inertial control system, and an aerodynamic rudder at the tail.

Thanks to advanced technology, without considering magic modification, the effective explosion range is 165 meters and the extreme explosion is 310 meters.

Compared with tactical missiles with the same data on Earth, the R-3 is undoubtedly smaller, faster and more powerful.

It's a pity

This data is still much worse than what Sumo wants!

"Everyone on the ocean is moving anytime and anywhere. It is very likely that the enemy was still within range before my missile was launched. After launching, the enemy had already left there before it arrived."

"If the enemy is at 250 kilometers, I choose to take action, and the time for the missile to arrive is"

"4 and a half minutes!"

"According to the fact that everyone is a wooden boat, without considering the wind and headwind, the opponent is at least four and a half minutes away, which is seriously beyond the missile's explosion range."

After some calculations, looking at the range of the R-3 missile and the evaluation of the expected distance, Sumo wrote to substitute the equation and calculate it gradually, and he gradually came up with ideas.

The conventional warhead that is standard for loading missiles seems to be ineffective. The explosion range is too small, and even if it has the bonus of the launch chamber, it is not much larger.

It is very likely that as soon as it passes, it will be heard by others and set off fireworks to perform.

Therefore, after loading the explosives, looking at the explosive packs in the base, Sumo's heart sank and directly determined another technological tree to be promoted in the remaining ten days.

TnT!

Moreover, this TnT is not trinitrotoluene in the conventional sense, but a super explosive that combines Honeng water and strengthens nitric acid!

"According to the power of the yellow explosives after adding the phantom water, at the same weight, if I can replace all the explosives in the missile with a higher quality TnT, the power will be even more terrifying."

"Theoretically, a kilogram of TNT explosion can generate 4.2 million joules of energy"

"Including the 100%-300% increase in Youneng Water, the 50% increase in strengthening nitric acid, and the 5%-30% increase in modules, a kilogram of TnT will reach 18 million joules of energy."

"Considering the expansion efficiency of the explosives with collision impact force, this value may be even higher. Convert to the same explosive explosion range and substitute it into the calculation."

Equivalent calculations are not difficult.

After substituting the calculation, after discovering that TnT of this characteristic can directly increase the effective killing range from 300 meters to 1.4 kilometers, or even higher.

Sumo's heart could no longer be calm and began to beat like a drum.

What is the concept of an explosion range of 1.4 kilometers?

According to legend, the M388 nuclear shell with a damage range greater than the range has only a real killing range of 500 meters.

As for the missiles normally installed, there are only a handful of them that can exceed one kilometer without considering nuclear or hydrogen.

But now, we only need to add magical magical energy and just mix it up.

The power of the bomb will have a qualitative change effect.

"No, the Youneng Water in the future must not be sold casually, otherwise it will be taken away by someone who is interested."

"I'm afraid it will breed unimaginable disasters!"

The ghost water that has not been upgraded before will have such a terrifying effect after being added to conventional weapons. As for how much effect it has been upgraded, Sumo couldn't help but shudder.

When equivalent is justice, add the upgraded TnT at all costs.

Even the Dongfeng 17 launched in front of the Dog Kowloon Castle before is probably not as good as this specially made super missile.

Shaking his head, throwing these ideas that only war dealers would have, and turning a new page out, Somo began to study how to make them.

Although TnT trinitrotoluene is simple, I have learned it in high school chemistry textbooks. Toluene and concentrated nitric acid and concentrated sulfuric acid react to produce 2,4,6-trinitrotoluene.

However, before traveling through time, there were still many countries in the world that could not produce TNT.

Sumo didn't know the specific reason, but now, since he decided to trade with the official, Sumo was not worried about the twists and turns. He went directly to the machine tool and took out the bionic robot that he had used to make nitrogenic fire cotton.

After several use and entry into the remains, all the machine guns and ammunition in the shelter has been used up.

There are 1,500 rounds of rifle ammunition, and 400 rounds of pistol ammunition.

Considering the upcoming transaction with the Tundra Shelter and after going to sea, there was no extra effort to make ammunition for a long time before arriving in the New World.

In terms of quantity, Sumo waved his hand and directly marked a huge number.

Fifty machine guns, ammunition, 800,000 rounds!

Two hundred rifles, ammunition, 500,000 rounds!

One hundred pistols, ammunition, 30,000 rounds!

The total number of bullets is 14.1 tons, which is a drizzling one for destroyers with a capacity of over 10,000 tons!

As for the raw materials used to make these ammunitions

Nitric acid is naturally not enough, and you need to pull out a handful of saltpeter ore.

After the cotton is manufactured according to the standards, it can still be left to continue manufacturing in the New World.

The most important thing is that even if the number of this bullet is doubled, with the convenience of market transactions, Somo can quickly make up for the needs.

With a plan, Sumo quickly made arrangements for the rest of today.

Teaching bionic robots began to mass-produce nitrified fire cotton, and finally converted it into ammunition and stored.

He instructed the collection team of Hope Village to go to the saltpeter camp to mine natural saltpeter mines in large quantities.

Continue to learn about the game functions that interracials can use through Connie's panel, and explore the current trends of interracials.

Three tasks are just enough for a day to work.

Carefully, the notebook containing the crazy plan was recorded, and after receiving the storage space, clearing the debris on the workbench, Somo began to teach again.

The current saltpeter in the shelter and some scraps of insufficient purity are piled in the corners.

It is used to make nitric acid in batches, but it is completely enough to use it to demonstrate and teach bionic robots!

The first time, it is still after turning on the Ai learning function, somo and robot learning.

When the second time came, the robot slowly followed the steps, and Somo sat next to him to guide him.

When the third and fourth times are waiting, even without the help of Somo, the robot has fully mastered this simple chemical reaction, and the quantity ratio is even more accurate than Somo.

With nitric acid, I brought some cotton and quickly, three times continued, and the manufacturing process of nitric acid fire cotton was also learned by the robots.

Of course, like the bionic robots in the shipyard, the robots' speed is still touching when preparing nitric acid from saltpeter ore to taking raw materials to making it into a suitable nitrogenated fire cotton and putting it aside to dry it.

But with the previous surprise, Sumo was not anxious. After ensuring that the robot had worked normally, he made great strides and left the base and headed towards Tieshi Mountain.

"I have someone under my command, and this feels good. If it weren't for the past, I would have to do it myself!"

Walking out of the underground shelter, the closer the distance is to Tieshi Mountain, the more Sumo can feel the activities of the villagers in Hope Village, how much impact it has on nature and on his own life.
To be continued...