How the Zergs were Made

Chapter 749 Undisputed Crushing

The Zerg has biological radio technology, which can release and receive radio information. It can use conventional radio to communicate, and can also release high-frequency radio pulses as radar waves to detect the environment.

Due to unknown reasons, the spirit field cannot be used normally, and the Zerg command class can only conduct tactical exchanges, command operations and other operations through radio communication.

Now they are about to capture a super-large space facility of the enemy, which is the largest unnatural creation they have ever seen.

The firepower of this super-large space facility is very fierce, but it is not an unsolvable problem.

According to the size of the enemy's creation and the past experience of the Zerg command class, there must be a very rich biomass in it, in addition to water, organic fibers and other material resources.

Just when the Zerg's command hierarchy was discussing supplies and follow-up strategies because of the enemy's space facility that was about to be captured, the Zerg swarm received a burst of radio pulses.

The source of the radio is not the large space facility that is engaging them, the source of the radio signal is in another direction.

The frequency of these radio pulses is very high, and the release is very frequent. It is not difficult for the Zerg command hierarchy to determine what it is, because they are also using it. This is radar waves.

Following the direction of the radar waves, with the help of the visible light band, the large organisms in the Zerg biome captured a blurry point in the distance.

Subsequently, in the Zerg biome, large creatures with a size comparable to that of a mothership also released high-power radar waves to obtain information on distant targets.

Then I learned that what is far away is not a point, but a group of objects that are moving at high speed.

With the help of infrared microwave perspective, it can be judged that the temperature of these high-speed moving objects is very high, so the possibility of meteorite groups can be ruled out.

It is the enemy fleet coming to reinforce - the Zerg command hierarchy makes a judgment on the group of objects detected by its own radar.

Although the live ammunition attack of the swarm can attack so far, because the scale is too large, the hit rate will plummet. If the enemy fleet also uses live ammunition attack, it is the same situation.

After thinking over and over again, the Zerg command layer fired a large number of shells. These shells were alive and small creatures, using the intelligence of the organisms to make up for the shortcomings of the low hit rate of live ammunition attacks on a large scale.

Small creatures that act as cannonballs will actively attack after approaching the enemy fleet, and even land on enemy warships to carry out landing operations.

The Zerg command class did not expect such a strategy to wipe out the enemy's warships. After all, the opponent was a strong enemy who had wiped out a Zerg biome.

But even if it's just some damage to the enemy fleet, it's a gain for the Zerg.

On the Leap Creatures side, high-power radar waves are being released wave by wave, and the Zerg biogroups in the distance seem to be right in front of them. Those who are familiar with large-scale combat will not feel uncomfortable like the Zerg command class.

When the Zerg fired a large number of biological cannonballs at them, they were informed by the collectors before they flew far, and accurately captured the position of each biological cannonball.

This is all due to the anti-matter reactor, with its huge energy as the basis, allowing the leaping creatures to release high-power radar waves indiscriminately without money, and the accuracy is far beyond the Zerg's biological radar.

Moreover, the leaping creatures not only know the precise location of these biological shells, but also know that the incoming biological shells are all living things.

No way, who made these living shells always release radios outward, what is the use of normal shells constantly releasing radios? The radio is either used as a radar wave or as a communication wave, whether it is the former or the latter, it shows that these shells are autonomous.

Considering that the Zerg did not develop integrated circuit technology, the leap creatures can naturally infer the fact that all the shells are living.

For these live cannonballs, the leaping creatures are not worried, and they don't even consider defense. The speed of the living cannonballs is very fast, but this 'fast' is too slow on a large scale.

The living cannonballs need to fly slowly for several days before they can reach the leaping creatures. This is the premise that the leaping creatures actively approach the Zerg biome at high speed-cannonballs can't run as fast as them.

"What a primitive combat method, we have eliminated it for a long time."

"This is a limitation brought about by insufficient technology." Some collectors made a more objective judgment.

The Zerg command class would never have imagined that the Yuejin biological swarm had already learned a lot about the technology of the Zerg biological swarm by virtue of their offensive.

"This distance is almost the same, we can fight back..."

The leader of the swarm accurately grasped the distance between them and the Zerg biological group through repeated radar echoes. After entering the distance of four astronomical units, it gave an order to the leap forward biological group it led.

"Everyone is in place! Prepare for salvo! Start hunting for the enemy!"

One by one, the jumping creatures turned their bodies and pointed the electromagnetic cannon used to fire sublight speed shells at the distant Zerg biogroup.

This time, however, they were not planning to fire sublight projectiles, or gamma ray cannons.

The caliber of the electromagnetic gun began to be adjusted, and the caliber gradually became smaller under the constant squirming of the body, and in the process, the high-power radar wave continuously scanned the position of the Zerg biome.

In addition, the information circulation channel constructed by radio with other members of the same family can realize multi-point positioning coordinates, which further improves the accuracy.

"emission!"

Following the command of the leader of the cluster, the antimatter reactor in the jumping body increased the release of current, and the inner magnetic ring of the electromagnetic gun continued to increase the voltage, forming a powerful electric field.

Each shell is as thick as a fist, and the small shells loaded with ten kilograms of antimatter enter the magnetic track, accelerate continuously under the action of a strong electric field, and eject from the electromagnetic gun at a very high speed, totaling more than 4,000 rounds.

These small cannonballs are accelerated by the electromagnetic gun, and after flying for a certain distance, the antimatter used for acceleration at the tail begins to annihilate with the positive matter, further increasing the small cannonballs to more than 90% of the speed of light.

In the Zerg biome, large-scale organisms exploded inexplicably one after another, and the huge power blasted these organisms into several sections.

The command hierarchy of the Zerg knew that they were attacked by the enemy, but they couldn't understand the principle at all.

From their point of view, the enemy fleet also fired a lot of shells.

But after a burst of strong electromagnetic waves was released, these shells suddenly disappeared from the biological radar, and then the large creatures in the biome began to suffer the big explosion for no reason.

At this time, even the most stupid Zerg commanders can see that they are not in the same order of magnitude as the enemy. This is not a gap that can be made up by numbers. They ignore the fact that the spiritual domain cannot be used normally, and rush to attack this star system. It was a completely wrong decision!

escape! Information about such a terrifying enemy must be passed back to the Zerg!

The Zerg command hierarchy makes decisions this way.