Military Technology

Immediately afterwards, the turret of the Type 88 tank also began to rotate. It began to rotate left, right, and backward, and adjusted the elevation of the gun barrel from time to time to aim at the preset target in the test site.

The whole process was very smooth and smooth. If we didn't mention that there were four intelligent unmanned control robots inside, others would really think it was driven by a few veterans who had been in the military for several years when they saw this scene. Only an experienced driver can drive a tank so elegantly and smoothly, and maximize its performance.

After watching for a while, Zhang Jun lost interest and said to Zhou Yonghui: "There's no point in running around like this. Have you fired a few shots?"

Available soon. Zhou Yonghui responded with a smile, and then gestured to Zhou Xiangming, and then the big screen screen switched to the artillery live ammunition test project.

The first test was static shooting. Simply put, the tank stopped and aimed at a fixed target to shoot. This shooting method is the simplest and most basic of the many tank shooting methods.

The first is a thousand-meter fixed target. The entire target is two meters high and 3.5 meters long. It's basically a reduction in the size of the side of a tank. At a distance of one thousand meters, shooting such a target is extremely difficult.

Of course, for modern tanks equipped with advanced fire control systems, it is certainly not too difficult. It's just that this is an old tank, and all the systems and equipment on it are products and technologies from almost thirty or forty years ago. From today's perspective, these things have long been outdated and should be put into museums.

Therefore, the entire aiming process relies entirely on the intelligent unmanned robot to calculate and then aim based on the information obtained from the constant point projection fire control system on the tank and the early low-light sight.

At the beginning of the test, the tank first drove forward for about thirty meters, stopped when it arrived at the designed position, then adjusted the angle of the turret and barrel, and loaded the ammunition.

Through the camera inside the tank, it can be clearly seen that the light point projection fire control system at the loader's position quickly loaded a tracer armor-piercing projectile into the gun barrel very flexibly and smoothly.

The whole process was done in one go, without any sloppiness or the slowness of the machine in our impression. It was exactly like an experienced veteran doing battle. It was very neat and fast, and the whole process was even faster than that of a veteran. Also be crisp and quick.

boom!

With the huge sound and the huge recoil, the entire tank shook instantly. With the tank as the center, bursts of dust rose from the ground.

Because tracer discarding sabots are used, the trajectory of the armor-piercing projectiles can be seen very clearly after they are fired. This is also the reason why this kind of tracer armor-piercing projectile is chosen, which is convenient for observing the trajectory of the projectile. In addition, tracer armor-piercing projectiles are used instead of armor-piercing projectiles because the tracer armor-piercing projectiles ejected are actually a tungsten alloy steel needle. It will only exert its power when it encounters armor steel plates. It is equipped with a fiber-optic There is a round hole on the thin target.

Therefore, it is possible to accurately observe and calculate the accuracy of shooting. It is not like an armor-piercing bomb, which will directly blow the target into pieces, making it difficult to observe.

Through the monitoring system at the test site, it can be clearly seen that the tracer armor-piercing projectile hit the target in a smaller parabola.

Although it did not hit the cross mark in the center of the entire square target, it was very close. The design of such a distance does not require it to hit the cross mark, as long as it hits the target, it is good.

After the shooting was completed, the tank did not stay on the principle but turned 180 degrees on the spot and began to drive quickly to the second shooting position. After stopping at the second shooting position, the angle of the turret and gun barrel was readjusted. This time, the target was aimed at 1,500 meters away. This is also a common distance for tank operations, so the test is very meaningful.

The target is still the square target. Compared with one thousand meters, one thousand five hundred meters is much further away. With the naked eye, only a white dot can be seen.

boom!

The Type 88 main battle tank parked on top of the position did not waste much time. It only took a second or two before it chose to open fire.

It was still a tracer armor-piercing projectile, flying towards the target along a more curved parabola than last time, and directly hit the cross in the center of the target, full of ten rings!

good!

Wu Hao and Zhang Jun couldn't help but cheered when they saw this scene. Even those veterans might not be as good as this clean and precise shooting.

The test of this tank is still going on. It still does not stop, but continues to change shooting positions. This time the target it wants to shoot is two thousand meters away. This is almost the effective range of the tank gun. Under normal circumstances, tanks The combat distance of artillery is about two thousand meters. If it exceeds this distance, artillery-launched missiles may be used.

As before, it was still a rapid fire, without any sloppiness, very clean and accurate.

This time the impact point of the armor-piercing projectile was still very accurate, not only on the target, but also near the middle cross mark.

Three fixed shots, three target distances, all performed very well, which made Wu Hao and Zhang Jun couldn't help but nod, with smiles on their faces.

The test is still going on, and the next test is shooting while moving. The target is still two thousand meters. This test used a fixed target plus a moving target.

In other words, this Type 88 main battle tank equipped with an intelligent unmanned control robot needs to hit a target two thousand meters away while moving, or even moving at high speed. It is not just a fixed target, but also a moving target. target.

Even tanks equipped with very advanced fire control systems are still not completely sure of this dynamic-versus-static, dynamic-versus-motion shooting mode.

You must know that this kind of tracer armor-piercing projectile is not a missile and cannot turn. Therefore, when shooting, you must consider the impact of the tank's high-speed movement on the shooting. What's more, there are more factors to consider in the action-to-action shooting, so shooting is very difficult. Relying on this direct-aiming shooting mode alone, even with the assistance of an advanced fire control system, the probability of hitting is very low.

Now, using this old equipment produced forty years ago to shoot, even if it is equipped with an intelligent unmanned control robot, is still very difficult and almost impossible to complete.

In actual combat, when encountering such a situation, artillery-launched missiles are basically used to deal with it. Therefore, this test is the ultimate test of the comprehensive combat performance of this intelligent unmanned control robot. How good it is depends on its final performance. (End of chapter)

Latest website:

Note: If you see that the content of this chapter contains anti-theft errors, the book has been discontinued, etc., please log in →→