Others show their swords, I show my missiles!

After hanging up the phone, Li Yunlong took a deep breath and felt that he had been sloppy.

The idea of ​​building a heavy-duty synthesis group was a bit of a whim.

It's not difficult to be able to drive a tank. A person can get around it with just two or three days of training. The only difference is proficiency.

This kind of tank has a high degree of automation and fully considers issues from the driver's perspective.

And it’s very easy to drive, much easier than driving a large truck.

There is no such thing as a situation where you can't even apply the brakes if you don't have tens of kilograms of strength.

The driving position of the newly unlocked tank is designed for simplicity. Instead of using a joystick, a steering wheel is used. Infantry fighting vehicles are also designed in this way.

In this way, the driver of a large truck will basically be able to drive after looking in the car.

Driving this tank is almost like driving a car.

Only when performing extreme sports, such as suddenly making a U-turn while traveling, the operation is a little more complicated.

For most people, if they drive a tank every day and drive it for a few months, their driving skills will definitely be considered an expert.

Take driving a car as an example. Suppose a person's daily job is to drive, except for eating and sleeping.

Then you can drive at least about 600 kilometers a day. Nearly 20,000 kilometers in one month.

Although a driver who has driven 20,000 kilometers cannot be considered an experienced driver, at least he cannot be considered a novice.

Among the students who learn to drive in later generations, there are many people who cannot tell the difference between the turn signal and the wiper switch within a month!

This is not to say that learning to drive in later generations is more difficult than learning to drive now, but the difference is the total time invested.

Later generations learned to drive for a month, and some actually spent less than an hour driving.

Let's get back to tank driving.

For the use of tanks, "driving" is only a small part of it.

Observation equipment, radar, fire control systems, missiles, identification friend or foe systems, navigation systems, etc., few people can use them now.

This kind of tank is so advanced that it only has two crew members, and all the above tasks are done by one person besides the driver.

There is no one to share the work with.

If one of the two warriors dies or loses combat effectiveness. If no one can supplement the infantry outside, the tank can basically be parked in one place, and the driver serves as the weapon hand, turning the tank into a fixed fortress.

And what about maintenance? The more sophisticated something is, the more complicated and expensive it is to maintain.

Although this type of tank has been optimized in terms of maintenance.

Some parts have a modular design and can be replaced as a whole after failure. Easy to maintain.

But no matter how optimized it is, it is still a tank and not a farmer’s carriage!

There are still some maintenance tasks that are quite technical.

In terms of maintenance costs, it is also likely to be a huge expense.

For example, the B2 stealth bomber of later generations of Omanrik cost 8 million Omanrik yuan to maintain each aircraft every year.

Also, our army lacks the armored warfare command talents that torture you in the antique.

How to synergize between Butan and Tan? How to cooperate with long-range artillery and air defense troops, etc., are all difficult problems.

The key point of a heavily armored combined regiment lies in the coordinated operations of multiple arms.

High-tech weapons that no one knows how to use are just like scrap metal!

It might even be worse than scrap metal. Scrap iron will not hurt your own people, and it can be sold for money. And high-tech weapons, if used incorrectly, will hurt your own people.

If during the march, the tank behind found an armored target and quickly used an anti-tank missile to blow it up, but the missile turned a corner and hit its own tank...

Is that worse than scrap metal?

This is only within the same unit, the probability of accidental injuries is lower than between different teams.

During the Peninsular War, Russian aircraft bombed many of their own infantry.

Instead, he turned a blind eye to the volunteers who lined up neatly and waved enthusiastically to him.

Later, when the Russian infantry saw their own plane coming, they angrily fired at the plane with anti-aircraft machine guns!

When the pilot saw someone shooting in the air below, he became more convinced that the people in front of him were volunteers, and carried out the bombing mission even harder.

This shows that accidentally injuring one's own people is definitely not a rare thing on the battlefield.

No matter how good the equipment is, it only needs someone who knows how to use it.

At this time, armored forces need to be built to deal with the Japanese. The ZTZ-41A main battle tank is not necessarily as useful as the special three or four tanks!

The special 34 tanks were more suitable for people's knowledge and cultural level at that time and did not have so much high-tech equipment.

As the technical content of equipment increases, the difficulty of operation changes parabola-like.

First from low to high, and then from high to low.

This is because when upgrading weapons, the power must first be considered. When the power is improved to a satisfactory level, the ease of operation is only considered when upgrading weapons.

For example, the power of anti-tank weapons, from rocket launchers to anti-tank missiles, is increasing, and the difficulty of operation is also increasing.

But after it develops to a certain level, it can be realized and left alone after launch, and the difficulty drops again.

The weapons currently provided by Sysenthem Company still take power as the first consideration.

Because of the complexity of the operation, it becomes more difficult to equip the troops.

For example, without the artillery genius Wang Chengzhu of the original 155 howitzer, I don’t know how many months it would have taken to achieve combat effectiveness; the length of this period may even be calculated in “years”.

If we slack off a little, we might not be able to catch up with the Anti-Japanese War.

Another example would have been if the engineers hadn't been studying the use of paving and bridge-building equipment day and night.

Due to the road conditions in Shanxi at that time, those 155 howitzers could not go anywhere and could only stay in one place as a fixed firepower point.

Not only could it not play a big role, but a large number of infantry had to be deployed to protect them.

There are also long-range rocket launchers. If someone doesn't happen to learn drones very quickly, the error of long-range rocket launchers will be very large, and the power will be greatly reduced.

There are also special warfare genius Liu Weiguo, missile genius Xiao Zhanwu, etc., who happened to discover his talent at the right time.

But such talents are rare but hard to come by.

For example, if you want to build a heavy armor synthesis group, there is no guarantee that an armored warfare genius will appear, and he will also be a genius with super receptivity!

The most reliable thing is to generally improve the cultural level of soldiers, so that a large number of talents can be cultivated and the best can be selected. Form a high-tech army.

How long will this period of time take? As the saying goes: It takes ten years to grow trees and a hundred years to cultivate people.

Wait a hundred years? I can’t wait! Moreover, "it takes a hundred years to cultivate a person" does not mean that it takes a hundred years to train a person.

Rather, it refers to perseverance in education.

In any case, it is always too slow to develop talents slowly.

To obtain talents, we must find other ways.

In a word: lack of talent!

Extremely short of talent!