Chapter 81 The ups and downs are so fast, it's really exciting

However, if the bullet chain can hold such heavy ammunition and still bite each other without breaking, it will be a big test for the material and design of the bullet chain itself. Google search reading

So Ruger just built a quasi-automatic loader based on an industrial robot arm that can feed five rounds of ammunition into the barrel of the gun.

In order to avoid being penetrated by enemy fire and causing explosions, the capacity of the loader cannot be too large.

Of course, so far, it's enough.

Put the five-round artillery shell magazine in place, and Ruger immediately controlled the loading machine to load.

After that, while adjusting the height of the muzzle, he fired five shells at the flying mobile phone at slightly longer intervals.

The slightly longer interval is to reduce the interference between the shells as much as possible.

Playing them in sequence is to see which angle is easier to hit the enemy.

Although Ruger's artillery control system is not purely mechanical like the old World War II artillery, it can only rely on various calipers similar to the mechanical sights of firearms to calculate the parameters, and then use the mechanical steering gear to adjust the height.

But it is not advanced enough to use the optical sight system to aim at the position. Click a button and the fire control computer automatically calculates the parameters and automatically adjusts the muzzle for aiming.

His set is somewhere in between. To adjust the muzzle, you can directly input parameters into the remote control device and let it adjust automatically.

The way Ruger is used allows the artillery to have a limited shooting distance, so the parameter calculation is simpler and more intuitive.

Probably, it feels like playing a shooting game with a controller, observing the target through the sight, and using a controller similar to a controller to move the artillery to aim.

It sounds complicated but is very simple to use. In just five seconds, all five shells flew out.

The muzzle velocity of anti-aircraft shells is much faster than grenades or mortars.

Its priority is to hit the target, and its power is in the back row, so there is no need to install too many explosives in the warhead.

The weight of the warhead is low, but the propellant uses the maximum amount that the artillery itself can withstand.

The superposition of the two phases allowed this thing, which could barely be called a tail-stabilized discarding shrapnel, to fly at a high speed of nearly 800 meters per second.

So when the fifth shell was fired, the previous rounds had already flown to the predetermined position, and the steel ball projectiles in their bellies were released towards the flying mobile phone.

Luger, who had been holding the target airspace tightly through the optical sighting system, finally knew what was going on. He immediately took out five more shrapnel shells, set a consistent optimal explosion time, and loaded them.

Bang bang bang bang bang~

The steel balls scattered by the five shrapnel shells were indeed unstoppable. They were so far away that even if the opponent kept flying to evade, one of them was still hit by these countless steel balls.

"There's a show!"

After receiving the system kill record, Luger couldn't help but be overjoyed.

But then I felt a little guilty.

If I had known earlier that the fin-stabilized discarding shrapnel shell I had developed was so easy to use, why would I have scolded people so much?

But just when excitement and self-blame were complicatedly intertwined on his side, he suddenly noticed a group of tiny dots flying faintly from the horizon in the distance.

He quickly adjusted the magnification of the observation lens and looked over. Sure enough, those small dots were exactly patrol bees.

The mysterious reinforcements that he had been trying to avoid or delay in a hurry suddenly appeared in advance!

With the appearance of these patrol bees, the remaining two flying mobile phones immediately corrected their directions and flew over there at high speed.

Judging from the meaning, I am afraid that while flying, a radio signal was transmitted to the reinforcements.

Seeing this scene, Luge couldn't help but sigh.

It seems that this is the first time that I have failed a system task.

For a moment, even though he persuaded himself that this was the most likely outcome of the plan, he still couldn't help feeling disappointed.

Life is such an ups and downs.

Just when he thought the success of the mission was imminent due to the effect of the shrapnel, he was hit in the head by a patrol bee that suddenly appeared.

This is really...

Um? Wait, why is it that the flight phone has already sent a message over there, but the system hasn’t sounded a mission failure notification yet?

Could it be that he was afraid of being hit by the news that the mission had failed, so he hid it?

With this in mind, Luger quickly opened the system panel taskbar, only to see that the task of preventing the enemy from sending messages was still in the normal "in progress" status.

The three green characters "In Progress" in the upper right corner of the taskbar seem to be satirizing Ruger's passivity.

What's going on?

Luger couldn't help but be surprised. He turned around and looked at the patrol bee through the artillery sight glass.

Could it be that this group of patrol bees is not actually reinforcements, but just daily patrols that come to patrol at fixed times and fixed routes?

So there is no other flying mobile phone in their team, and they cannot understand the complex information sent by the flying mobile phone here?

But that's not right. Complex information cannot be received. For example, if the base encounters an enemy and they need to send out troops to ask for help, they should be able to understand it.

Why?

But never mind.

Anyway, it seems like this, as long as we kill them all before they separate their troops and go out to spread the news, the mission should be completed, right?

Well, isn’t there something like that? When you sneak into a certain facility, as long as you kill everyone who sees you, it means no one sees you.

As an old player, he has done this kind of thing countless times.

He is the same now. As long as he kills all the reinforcements summoned by the enemy, it means that the enemy has not been able to recruit reinforcements.

That’s right, just do it!

After figuring it out, Ruger immediately got busy, constantly exchanging new ammunition in his hand, setting it up and then firing all five shots in rapid fire.

The first to be unlucky were the last two flying mobile phones that he had found the best parameters for, and although they kept accelerating, they had not yet left the target airspace.

Sizzle~

Splashed by the heavy rain of steel balls, the two flying mobile phones both fell down, and at the same time, Ruger's car radio actually made noises.

It seemed that the radio signals they burst out before dying also caused a reaction here.

From the system's kill record, it was confirmed that the two were indeed killed. Ruger had no time to rejoice, took a deep breath, and got busy again.

This time, he needed to aim the muzzle at the patrol bee farther away.

Because the distance of the target airspace changed, he had to set different times again and fire reference bullets to correct the shooting parameters.

However, he had just taken out five rounds of ammunition and was setting the timer fuse time by mental calculation when he heard the system ding-dong.

He opened the system panel and took a look. He couldn't help but gasp. The mission had been completed!

The mission of preventing the enemy from leaking information to the outside world was completed just like that?

Don't they have to kill all the patrol bees?

Why?

Could it be that the patrol bees didn't see the two flying phones here?

Well, it seems that the distance is a bit far, maybe they really didn't see it.

But that's not right. The flying phones didn't send radio signals to them?

Could it be that the patrol bees don't have the function of receiving radio signals?

This, this...

Life has ups and downs too fast, it's really too exciting!