I Am the Swarm

The green shrimp can catch up with the Pipi shrimp, but the attack power is so poor that it can't even penetrate the opponent's armor, so it can only play a reconnaissance role.

Fortunately, Pippi Shrimp often hides in the sandy bottom of the sea, waiting for an opportunity to sneak up on passing prey. And here, is also the site of crabs.

After hundreds of green shrimp scouts wandered around for hours, they finally found a Pipi shrimp on the bottom of the sea more than 200 meters deep. The crab army who got the information then arrived.

In order not to scare away Pippi Shrimp, only two crabs crawled towards its hiding place.

Perhaps the size of the crab was comparable to that of the Pippi shrimp, and when the crab approached, it chose to take the initiative to attack. One dived close to one of the crabs, and the crab hurriedly raised the crab claws to block, but when Pippi Shrimp swept past it, one of the crab claws broke away from its body and flew out.

But Pippi Shrimp ignored the collective combat capability of the swarm. The two crabs used each other as bait. At this time, one was attacked, and the other was not idle.

When Pippi Shrimp turned back, when it was about to shoot again, there was a small pause. Another crab seized the opportunity and jumped forward to hug Pippi Shrimp, and two crab claws clamped its body.

Pippi Shrimp was covered in spikes and struggled hard. Although the crab's back armor is highly defensive, its plastron is relatively soft, and it was pierced by Pipi shrimp several times.

For a crab that has lost one of its claws, use another crab claws to clamp the gap between the head and the carapace of the Pippi shrimp. Although Pippi Shrimp immediately counterattacked, a gun hammer, the only remaining crab claw also left the crab's body.

However, although the crab claws were separated from the body, it was still stuck in the gap of the Pippi shrimp's armor, which had a serious impact on it.

At this time, the blue shrimp team that had been wandering in the distance arrived. Although they could not break the armor of Pipi shrimp, they could wrap it and move towards the crab army.

When this Pippi shrimp was sent into a circle surrounded by dozens of crabs, its fate was doomed.

After Rowan tasted a Pippi shrimp sashimi, he ate a lot of wild crabs and green shrimp, and then hurried back to the mother's nest.

After uploading the new genetic data, after checking it, I was surprised. No wonder this Pipi shrimp can become a tyrant in the sea. It has quite a lot of black technology genes.

After falling asleep for a while, a layer of skin was shed on the claws. Although the claws did not turn into hammers, there were a lot of new structures, and even the armor structure of the claws had changed.

Unfortunately, some accidents occurred during the test.

A month later, the Swarm version of Pipi Shrimp was freshly released. Through various tests, Rowan learned more about its various parameters.

The first is its eyes, which have six pupils and can see more primary colors. However, I thought that this pair of eyes was somewhat incompatible with Rowan's, and currently Rowan has only integrated part of it. But this is the part that makes the world before Rowan a lot more colorful.

Secondly, it is the forelimb of its hammer.

A Pippi shrimp with a body length of ten centimeters can use its hammer of about one centimeter to hit more than 150 kilograms of force, which is why it can break Rowan's armor in the first place.

And their hammer speed is quite fast, they can accelerate the hammer speed from 0 to 80km/h in 1/300 of a second. Because the punch is too fast, it can even produce a super-cavitation effect at the moment of punching.

The bubbles generated by the supercavitation effect will collapse in an instant, causing a small-scale shock wave, and the energy released can also heat the water to an extremely high temperature, resulting in a sonoluminescence effect.

This is the source of the flash in the corner of Rowan's eye when he was hit by Pippi shrimp. However, this requires the eye to have a very strong sensitivity to see.

At the same time, being able to strike a hammer so quickly is inseparable from the cooperation of other body structures. There is a hyperboloid system on the forelimb of Pipi shrimp, the hyperboloid contracts, stores energy, and then explodes in an instant to shoot the hammer out.

Of course, if you want to do these operations, you can't hurt yourself. It's not enough to rely on these body structures. It also needs a very strong material to cooperate.

There are three layers of special nanostructures on the surface of Pippi shrimp hammer, which are arranged in a micro shock absorption, which can absorb energy, inhibit cracking, and have very strong impact resistance.

Unfortunately, although this material is indeed strong, it has reached its limit when it supports the Pippi shrimp when it grows to more than ten centimeters. If they grow up, tragedy will happen.

Don't ask how Rowan knew, when he first got this super black technology, he was very excited.

In the end, he was so excited that he ran to the test and launched the hyperboloid ejection system with all his strength, but because of the too fast acceleration, after a huge air explosion, his body was knocked out.

At the same time, in an instant, his claw limbs were pulled away from his body and shot away into the distance.

After inspection, although the claw already had a new type of nanostructure, it was still severely burned. Fortunately, it is already a separate individual, and these burns cannot cause any trouble to Rowan. UU reading www.uukanshu.com

But the pain of one of the claw limbs being forcibly pulled off still caused Rowan to twitch all over his body, giving birth to a pain-sensing nerve again. Is this an evolutionary idea?

Afterwards, Rowan used Pippi Shrimp to continuously experiment, and came up with this system and material. If he died, he could support a hammer of about two centimeters, so he used this system. And it must be in water. Only in water can it be quickly neutralized and cooled. When the hyperboloid system is activated, the high temperature generated instantly.

No matter how old you are, you will find yourself dead, and the end will be similar to that of Rowan. Fortunately, Rowan can be reborn from a severed limb, turn into a pupa and emerge again as a good-bodied hero.

With Rowan's body length of over 60 centimeters, the main structure of the front end of his claws is close to 30 centimeters, it is impossible to change to a hammer weapon with a size of two centimeters.

The picture was too beautiful, he couldn't afford to lose that person.

Moreover, this system only has powerful lethality on targets of similar size. Like when Pippi Shrimp attacked Rowan, it only caused tiny cracks in his claws.

Therefore, this system is a bit tasteless to Rowan, it is tasteless to eat, and it is a pity to abandon it. But the hard-earned black technology was given up in vain, and Rowan was a little unwilling.

So he kept testing and fine-tuning, after losing an unknown number of clapper limbs and turning into pupae. He finally improved the system a little bit.

Speaking of improvement, it actually sealed most of the capabilities of the hyperboloid ejection system, weakening it, weakening it and weakening it again.

Eventually, it reaches a level where Rowan can use it normally.

Even so, Rowan's speed of swinging his claws was several times faster, coupled with his also enhanced motion capture system. I believe that if you encounter Pipi shrimp in the sea again, you will definitely give it a surprise.

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