My battleship can be upgraded

This kind of operation requires considerable skills.

First of all, you must be familiar with the airspace conditions in the asteroid belt and be able to determine the trajectory of those meteorites or asteroids in the next period of time.

At least ensure that they will not have a violent impact in the short term, which will cause the air mines fixed on them to be detonated.

For interstellar miners like Wang Dong, this is one of the most basic required courses.

If you choose an object that may collide with other stars at any time as a mining object, it is easy for misfortune to occur during mining.

Secondly, when fixing the air mine to the star, delicate operations are required to ensure that the mass from the air mine will not cause excessive deviation of the center of gravity of the celestial body, thereby causing its orbit to change.

This is also not difficult for Wang Dong.

In addition, the premise of all this is that the opponent needs to stay in the center of the trap and cannot move at will.

In this regard, this unknown fire warship, which carefully hid itself on a large asteroid and strictly abided by the professional ethics of lurkers, did a good job.

Finally, and the most difficult point.

Within the asteroid belt, due to the complex interactions between many stars, there are numerous gravitational turbulences.

These gravitational turbulences drive the celestial bodies in the asteroid belt to undergo complex movements all the time.

When the celestial environment in the airspace changes, such as a larger asteroid, the gravitational turbulence will also change accordingly.

This is what Wang Dong plans to take advantage of.

Entering the"high-speed human-computer data interaction" state provided by the auxiliary system, in this state, Wang Dong can directly use the computing power of the shipboard optical brain on the Pond.

Relying on his own experience and the computing power of the ship's optical brain, Wang Dong carefully calculated the key positions of the gravitational turbulence in the airspace where the unknown fire warship was hiding.

This is not an easy task.

Fortunately, Wang Dong didn't need to calculate to 100%, he just had a rough direction.

Twenty minutes later, a smile appeared on Wang Dong's lips.

The direction of gravitational turbulence in this airspace is relatively obvious, so it is not difficult to calculate. He succeeded in getting the result.

Find the key point closest to the asteroid where the unknown battleship is hiding. It is a meteorite that is not too large, about one thousand meters in diameter.

This is also a very dense meteorite. Although it is not large in size, it has extremely high quality.

Its extremely high mass makes it one of the key points for the formation of gravitational turbulence in this airspace.

Wang Dong directed the Pond to approach the high-density meteorite.

Three air mines were fixed at the same time.

Different from the many air mines deployed before, Wang Dong set these three air mines to detonate at scheduled times.

Then, the Pond slowly pushed away, away from this airspace.

Ten minutes later, the timed fuse was triggered, and three air mines exploded violently at the same time!

This high-density meteorite instantly fell into pieces under the explosion of air mines and shot out in all directions.

Fragments of the meteorite collided with multiple asteroids one after another.

Its large displacement and collision created a"hole" in place, immediately causing changes in gravitational turbulence in the airspace.

Due to the compensation effect, the surrounding stars are affected by gravitational turbulence and begin to have a backfill effect, moving towards the original location of the high-density meteorite to fill in the space.

As the closest point to the asteroid where the unknown warship is hiding, the direct impact of this backfill effect is to cause many stars with fixed air mines in the surrounding airspace to begin to move toward the center.

The changes in the stars in the surrounding airspace caused the captain of the unknown fire warship to subconsciously activate the energy shield.

At the same time, this unknown fire warship began to spread Mie particles and tried to leave this chaotic airspace.

Wang Dong blinked.

When fighting between warships, Michaelis particles are used as a kind of fire, and they use a wide range of tactical methods, but they are not actually that cheap.

As an officially controlled military material, the production and sales of Mice particles are always in the hands of a few channels.

There is a record of every sales target of Mie particles.

The price of Mie particles themselves is not cheap either.

The biggest role of Mie particles is to artificially construct a complex celestial environment, which limits the detection and communication functions on the Fire Warship.

Using Mie particles in a complex celestial environment like the asteroid belt is actually a waste.

Moreover, this was still the case when no other hostile Fire warships were found.

The Pond remained concealed from beginning to end, with no trace of exposure.

Being able to use Mie particles so carelessly, in Wang Dong's eyes, combined with the purpose of this unknown fire warship, it is basically possible to determine its origin.

The response of this unknown fire battleship was quite satisfactory, but Wang Dong had already completed the trap arrangement with the help of the concealment effect of the mirage system.

Just being mediocre is not enough to escape its fate.

The Pond had already left this airspace and was watching from afar.

Many meteorites and asteroids fixed with air mines began to collide with the unknown fire warship.

Due to the dispersion of Mie particles, the remote control mechanism of air mines cannot be used, but this does not prevent the occurrence of martyrdom explosions.

The air mine that hit the unknown fire warship triggered an explosion. Multiple air mines exploded at close range, which in turn triggered the explosion of other air mines within a certain range.

In just a few minutes, more than twenty air mines were detonated around this unknown fire warship!

This kind of damage caused by more than ten air mines and close air explosions is far beyond what a low-level fire warship can withstand.

After the tenth air mine hit the battleship's energy shield and exploded, the unknown fire battleship's energy shield became overloaded.

After losing the protection of the energy shield, the next thing that faced the air mines became the armor of the battleship itself.

Compared with energy shields, armor appears weaker under the close-range explosion of air mines.

It only takes one air mine to cause damage to armor at close range.

When the second air mine explodes at the location where the armor is damaged, the battleship's damage becomes a high probability event.

Although these air mines are attached to small celestial bodies gathered around them and are not distributed linearly, the close-range explosion of air mines also has a strong killing effect.

More than a dozen air mines exploded, and after losing the protection of the energy shield, the unknown fire warship was obviously unable to sustain itself.

When almost all of the thirty air mines arranged by Wang Dong were detonated, the unknown fire warship, whose name could not even be left behind, was directly sunk by the air mines that struck one after another.

In this case, no lifeboat on the entire battleship could escape, and there were no survivors on the entire ship.

Wang Dong and Chi Pond waited patiently in the distance until a period of time passed and the gravitational turbulence in this airspace re-established a new stable state.

He then directed the Pond to go forward and search for the wreckage left by the unknown fire warship.