readx; The helmet with the scope was made in less than a day, and the arsenal didn't feel any pressure. Pen @ fun @ pavilion wWw. ｂｉｑUｇE。 ｉｎｆｏ.

They have a team that spends all day studying the research design of those scopes, not only the scopes on sniper rifles, but even ordinary military telescopes, both high and low magnification, have been researched and finished products.

After Su Dao's order arrived at the arsenal, the research team directly found a well-researched telescope, which was a bit small in size, mainly due to the convenience of carrying.

It's still a bit big and not too agile to mount on a helmet, but it doesn't matter. They can more than double the size of an ordinary telescope, so can't they make it smaller?

Don't think that these teams are idle all day long, if you talk about technology alone, it is estimated that no telescope laboratory in the world can surpass them.

Because of the relationship with Germany, the two sides have a lot of things that are interconnected, and they also have the best Zeiss telescope technology in the world, plus some of their own advantages, and they have manufactured more advanced equipment.

After a few small experiments, the researchers basically locked on some data of the new scope, and then started manufacturing, which is now only a small-scale test, so it is not too troublesome to manufacture, and it only needs to be completed in the laboratory.

From the actual start of hands-on manufacturing to the completion of the scope and installation on the helmet, it took less than three hours.

In order to ensure that the telescope does not interfere with the pilot's line of sight, the researchers have even learned some new products, that is, they plan to mount the scope on the anti-materiel sniper rifle.

A cushion is installed at one end of the scope, which can be directly next to the eye socket, and the recoil or something will be cushioned by the pad, so it will not cause any harm to the soldier.

It is used to install it on the pilot's helmet, which is not a problem, first of all, the pilot's use of the weapon does not affect their body, because the weapon is fixed to the aircraft, even if they take a mat made of all-iron, it will not have any effect on the pilot.

A helmet with two scopes was sent to Bangka Air Base early the next morning, and Su Dao did not leave last night, he was eager to know the results of the test, because it was so important to him.

Once the experiment is successful, then it will have a huge impact on the whole world, and the military system of the Chinese Empire can also be changed to a certain extent.

It is not an exaggeration to say that the era of giant ship cannons is about to pass, and once the research is successful, then the situation of the entire naval war will also change greatly.

And Su Dao finally had the opportunity to learn from the situation when the US military fought Iraq in the future, before the army arrived in Iraq, the air force basically destroyed Iraq's defense forces, and cleared a clean road for the follow-up army.

Not only that, in the future, once equipped with this air-to-ground missile, then it will be more convenient to deal with the enemy's aircraft carrier, as long as the weather permits, the pilot can even attack the aircraft carrier at an altitude of 10,000 meters, and according to the speed of the missile, as long as it is targeted, the aircraft carrier has no possibility of dodging at all.

If you have to describe it in one word, Su Dao can only say that this is an epoch-making weapon, just like the tank back then, his appearance brought huge casualties to the enemy.

However, the difference is that Su Dao did not plan to let them appear first, but decided to focus on training pilots, and then concentrate on using this weapon in a certain period of time in the future, in this way to bring a devastating blow to the enemy.

In order to speed up the end of the war, yes, Su Dao's ambition is like this, he has defined air-to-surface missiles as a weapon that can influence the end of the war, so follow-up preparations are particularly important.

'Whoosh! ’

'Boom! ’

This time, the test plane flew directly to an altitude of 5,000 meters and aimed at the ground target through a tenfold sight, because the problem of line of sight no longer existed, so the test pilot only used one aiming opportunity to lock on to the ground target and directly launched the air-to-ground missile.

Because of the slightly large size of the air-to-surface missile, the wing part of the J-1 fighter may not be able to withstand the weight of an air-to-ground missile, so only an air-to-ground missile is installed in the belly of the fighter on the body of the J-1 fighter.

Next, the fighter will be resupplied with a new air-to-surface missile, and then increase the altitude to test a missile with a 20x telescope, if it is successful this time, then the weapon is basically ready for production.

"It was reported that the missile accurately hit the target with an error of 19 meters, there was some damage to the surface of the tank, but there was no big impact on the inside, and all the animals placed inside the tank died."

Soon, the range soldiers reported to the people in the tower through a wired phone.

Error of 19 meters, how did this data come from? Quite simply, in order to get an accurate number so that they can observe the missile's surname, ground observers use the oldest method, which is to start from the middle of the missile's landing point and pull it directly to the tank with a ruler.

A distance of nineteen meters is not an error at all, and the explosion of a missile, the addition of nineteen meters and the absence of nineteen meters will have no effect at all.

As for the error, this is mainly due to the high-speed maneuvering of the aircraft, the lack of personal experience of the pilots, etc., but in general, this is not a problem, and the current pilot on board is the most experienced of them in air-to-surface missiles.

But he only has less than five missile launch experience, in other words, he is still a first-class newcomer, it is conceivable that once he thoroughly masters this technology, or the feeling, then the error will be further narrowed.

Nineteen meters has no effect at all on the warship that is on the move, or moored, and can basically guarantee a hit, while the tank, it doesn't matter if it is not completely destroyed, as long as the soldiers inside are dead.

"It took about 9 seconds for the missile to explode on the ground from leaving the fighter plane to exploding, reaching a speed of 2,000 kilometers per hour and about 550-560 meters per second."

Another scientist in charge of cohabitation speed data reported with a little excitement after some nervous calculations.

"Okay, don't be too happy, everyone cheer up, after counting the data for the next time, I will give you a banquet to celebrate."

Su Dao smiled and looked at the many busy scientific researchers, soldiers and officers, and reminded.

The speed of about 550 meters per second is completely enough for an air-to-ground missile, but this is only enough for the J-1 fighter, and for the J-2, it is a little reluctant.

Because the current known speed of the Jian-2 is 1,800 kilometers per hour, and according to this test, the speed of the missile is only 2,000 kilometers per hour.

After being reminded by Su Dao, the Fighter Research Institute is currently carrying out technical research, so the maximum speed of the J-2 will definitely continue to increase in the future.

If the J-2 is also raised to 2,000 kilometers, and the missiles are also 2,000 kilometers, then what is there to play? If an air-to-ground missile is released and slows down first, this will greatly reduce the power of the J-2 aircraft.

In Su Dao's expectation, the J-2 fighter will change the norm, and there is a big difference between the weapon system of the J-1 fighter.

Because it will take some time for the J-2 aircraft to be designed and put into production, and the production cycle is longer than that of the J-1, Su Dao plans to let Professor Qian reduce the size and weight of the air-to-ground missile after it is completed, so as to create an air-to-air missile.

The detonation technology uses their latest radio detonation technology, which is already one of the most common technologies in the air defense forces, timed detonation, radio detonation, etc., and the reason why it is the latest is that the data has been corrected on this basis, so that the accuracy has been greatly improved.

The problem that bothers them now is how to increase the speed of the missile, and as long as this problem is solved, then according to the technology of air-to-ground missiles, they can quickly develop air-to-air missiles.

You can't control the course, but what does that do? Enemy fighters can be spotted from a long distance through radar, and after gaining experience, they can directly aim at enemy planes through radar, and as long as they are in the right direction, they will be sure to shoot them down.

Even if this trick doesn't work, they can be condescending, and when they see the enemy plane and shoot it down, their line of sight in the air is much better than on the ground, and they can often see the group of planes several kilometers away with the naked eye alone.

The basic standard configuration of the J-2 aircraft, the ideal data in Su Dao's mind is one air-to-ground missile, at least eight air-to-air missiles, and then equipped with two 20-millimeter cannons, each of which is only equipped with a hundred shells less.

In this era, such a configuration is basically a scum at close range, and in terms of close-range firepower, the British Spitfire can kill him. But there is no way, who made us so fast, and if we increase the speed, we will run directly a few hundred meters away, so as long as it is not too lucky, it will be difficult for the enemy plane to catch him.

'Whoosh! ’

'Boom! ’

After replenishment, the fighter plane once again threw down the air-to-ground missile at an altitude of 8,000 meters, emitting a violent explosion, and even Su Dao and the others on the tower could slightly feel the explosion dozens of kilometers away.

"Report, the error is forty-two meters, and the animals in the tank are still gasy, but it is estimated that they will not live long."

"Report, the data is out, it's about the same as before, the speed is still 2,000 kilometers per hour, the missile flight time is about 14-15 seconds, and the speed per second is the same 550-560 meters per second."

"It worked!"

After nearly a year of hard work, they finally overcame all kinds of difficulties and successfully developed air-to-ground missiles. (To be continued.) )