As experts who often deal with weapons and equipment, they can tell the performance of a weapon at a glance.
Despite the hype of others, they pulled out the weapon and displayed it too far. They had seen too many examples of this.
As for this intelligent fire control system, its performance is really excellent. The rapid-fire cannon shot out hundreds of rounds in just one shot, but it intercepted a supersonic cruise missile. I have to say this record
It's really amazing.
And as Wu Hao introduced, the entire interception process was very clean and efficient, and it hit the target. Unlike the conventional rapid-fire artillery interception, the interception efficiency is very low. After firing thousands of rounds of tungsten-core armor-piercing projectiles, it is not necessarily possible.
Can the interception be successful?
The interception of rapid-fire cannons is not to use artillery shells to hit incoming missiles in the conventional sense, but to take advantage of the high rate of fire of rapid-fire cannons to compile a dense barrage in the air in advance, allowing the missiles to collide with this barrage, thus approaching the target in advance.
Air detonation.
At this time, there are very high requirements for the position, density, and time of the entire barrage, which must be accurate enough.
Wu Hao's intelligent fire control system performs very well. It can accurately calculate the missile's flight trajectory, position, and time, and then accurately fire and compile a barrage in the air, waiting for the missile to hit the barrage.
detonate.
"Next we will conduct a supersonic interception experiment with shore-based anti-ship missiles. This time we will launch four anti-ship missiles at once to attack at the same time to see if our intelligent fire control system can handle it.
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Four! After hearing Wu Hao's words, everyone present couldn't help but exclaimed.
The end of the anti-ship missile is still flying at supersonic speed, and to a certain extent, the maneuverability of the anti-ship missile may be stronger than that of the cruise missile.
And for the close defense system, the difficulty of intercepting one missile is different from intercepting four missiles. If the difficulty of intercepting one missile is 10, then the difficulty of intercepting two missiles is 20, and the difficulty of intercepting three missiles is 20.
The difficulty of missiles is 40, and the difficulty of intercepting four missiles is 80. Each additional missile doubles the difficulty, and this is still a conservative estimate. In fact, in many cases, the real difficulty should be multiplied by two on this basis.
That's it.
Within a range of five thousand meters, if you want to intercept four supersonic missile attacks at the same time, this means that the reaction time of a few seconds of the rapid-fire gun must be evenly distributed among the four missiles, and the average reaction of each missile
The processing time is only about one second. In other words, the rapid-fire cannon only has one second of opportunity, and missing it means that the interception fails.
In Wu Hao's introduction, four anti-ship missiles on the big screen have been launched from the launch site. It can be seen from the radar screen that the missiles are coming from all directions, not from one direction. This
This greatly increases the difficulty of intercepting this drone.
But that's it, when the four missiles entered the interception range, the rapid-fire cannon immediately opened fire.
Buzz buzz...
With four crisp bursts of fire, four barrages flew out, and then four fireballs appeared in the sky, and the four missiles were concentrated in the air and exploded.
good!
Everyone at the scene cheered. This interception process really amazed everyone. Such a high interception success rate is probably far beyond the reach of other similar weapons and equipment at present.
As for Wu Hao, he gave everyone a little time to react and digest, and then continued to introduce: "In addition to intercepting missiles, our intelligent fire control system can also intercept various types of rockets, such as long-range rockets, short-range rockets, etc.
Rockets, maybe even individual rockets.
Relatively speaking, the interception difficulty of rockets is lower than that of missiles, because the trajectory of rockets is relatively fixed. Even the trajectory of variable-orbit rockets is relatively simple, so it is easier to intercept.
Relatively speaking, large numbers are the most difficult and troublesome problem in intercepting rockets. However, with this intelligent fire control system, we can greatly improve its interception success rate and guard this last line of defense.
Of course, if necessary, we can also replace this intelligent fire control system with an anti-aircraft gun with a longer range, so that we can gain more reaction and processing time for the entire system.
In addition to rockets, our intelligent fire control system can also intercept some mortar attacks. Using its intelligent control system, we can make this intelligent fire control system operate autonomously, provide air warning, and detect
When a mortar shell strikes, this intelligent fire control system will independently control the rapid-fire gun or anti-aircraft gun to fire and intercept.
In addition to mortars, this system can also undertake regional air defense tasks and intercept various incoming threats at any time.
For example, we have seen that drones are very popular on many battlefields and even dominate the entire war.
Many soldiers on the battlefield did not notice at all that they had been targeted by drones at altitudes of hundreds to thousands of meters. What awaited them was either a strike from enemy artillery or rocket launchers, or bombs dropped by these drones.
Or carry out a suicide attack.
Now with this intelligent fire control system, we can monitor the airspace of the entire area in real time. When some unidentified targets appear in the airspace, this intelligent fire control system will identify them and proactively target them.
Perform interception.
In this way, we can ensure the safety above the soldiers' heads and protect them from precise attacks by the enemy.
Even when encountering enemy shelling, our intelligent fire control system can intercept incoming enemy shells to a certain extent."
Speaking of this, Wu Hao paused briefly, then glanced at Li Weiguo and then said with a smile: "In addition to active defense, our intelligent fire control system can also carry out precise attacks.
For example, in air combat or ground strikes. Our intelligent fire control system can accurately calculate the position and speed of enemy fighters, thereby controlling the cannons on our fighters, or guiding the missiles on our fighters to target them.
The enemy performs precise attacks.
Even from this aspect, we can change the existing air combat tactics to a certain extent.
In the past, when our fighter planes were pursued by enemy fighters, they usually sought high-mobility relief to avoid being bitten by the enemy fighters, and then took the opportunity to escape and maneuver behind the enemy fighters to bite the enemy fighters for attack.
But now, even if our fighter plane is bitten by others, we can use an automatic cannon installed under its belly to attack the target following it. This will enable us to intercept incoming missiles and protect our fighter plane very early.