Of course, I and that guy separated after falling into the sea. Because I used my arms to block it, the impact was not very harmful. Therefore, after falling into the water, I immediately turned over, spread my wings and slid forward immediately. My wings actually have a very high ability to move in the water, and using wings to push in the water is actually quite good. Although it was a little harder, the speed was very good.

Compared to my flexibility, that guy was in the water and was more miserable. He fluttered in the water, causing bubbles to roll in the surrounding sea water, but he could not control his posture at all. I could see that he was not able to swim, and the reason why he lost control of his movements was entirely because he could not control his own strength.

Anyone who has played racing games should know that for a novice, a car with a smaller horsepower and moderate steering ability is often easier to run out of high speed than those top sports cars with high horsepower and high maneuverability. This is not to say that low-level cars are more awesome, but because novice players do not apply to advanced players with exaggerated acceleration and over-flexible steering wheels, so they will hit things with just a light throttle. Although cars in most racing games will not completely crash, they will always rush out of the track or hit obstacles, so they will naturally not be able to speed up. Therefore, for novices, instead of driving a super running that cannot be controlled, they might as well fight around like bumper cars, it is better to change to an ordinary car that can always run with maximum horsepower faster.

This is the problem that the guy in front of him is now. His body is like a top sports car, with too much power and an amazing response speed to brain commands. It is precisely because of his good physical condition that he cannot control his body. Moreover, this guy's condition is still in the water, which proves that if he is on the ground, he will definitely be worse than now, because the resistance in the water is very large. He can suppress a little of the strength in his body here. Once water comes out, without the resistance of the water, his body will definitely become more difficult to control.

In fact, even if I dodged that guy just now, and there was not sea water behind it, but a wide enough land, he would definitely fall miserably, because before he hit me, he actually had no center of gravity. He basically tripped himself up first, and then knocked me into the sea together while he was throwing forward. So, his power was actually completely out of control. Of course, this state will not last for too long. Although it is difficult to accurately control super power, it must be guaranteed.

Basic actions are not as difficult as I imagined. According to my previous experience, the entire field can be roughly adapted to the basic activity state of the body in just three or five minutes, and initial adaptation is enough for about ten or twenty seconds. As for precise control of subtle movements, it is impossible to not have a week or two. After all, it takes one or two years for babies to learn to control the muscles in the whole body! Adults are actually weaker than babies in this regard. After all, the brain synapses have been established, and learning these things is not as fast as babies.

No matter what, the guy found a basic control method in just over ten seconds. Although his movements were still messy, he finally adjusted to the direction on his head and feet, and finally changed from moving his back to facing me.

If I really wanted to kill this guy, I would have had several chances before. I still didn't take action just now, just to see how this guy's body adapted to this change. However, after a little bit of balance, the guy changed a little bit.

The armor that had been originally fixed on his body suddenly began to soften and then deformed again. First, the guy's feet began to extend, and soon the same structure similar to the flippers worn by divers, and this thing was also soft and could play a good role in promoting the water. Of course, the webbing on his palms did not fall down, and the membrane connected between his fingers obviously played this role.

In addition to these webbeds, the guy's helmet also had several blind-like gaps cracked on the side of his helmet, and it was moving open and closed. It is not difficult to see from the occasional bubbles that appear that this thing should be a gill-like component. In addition, there were two things that were a bit like wings extended behind the guy, but they were not as big as real wings, and they were very thick, a bit like the air inlet of the plane, and they were hanging behind the guy like two big tubes.

Finally, in addition to the above changes, the surface of this guy's full-body armor has undergone slight changes. In addition to the overall structure that looks smoother, the surface of the armor has also changed, from the previous smooth structure that looks like a mirror to a frosted state.

In fact, I can probably guess some reasons for this strange texture.

The mirror-like armor structure on the guy's body was transformed in the air, and according to the characteristics that this guy could grow fish gills in the water, this biological tissue has strong environmental adaptability. Then, it is not difficult to imagine that the armor on his body turned into this structure to adapt to the underwater environment. The thing on his back is probably a jet thruster. I can think of the working principle, which is nothing more than a principle similar to the heart pumping blood. First, the back end of the pipe is closed, and the soft tissue structure in the center expands, sucking sea water from the front, and then the front end is closed, the soft tissue compresses, and the sea water is squeezed out from the back, thus generating forward propulsion. This working method is very simple and conforms to the working principle of the organism.

I won't mention the gills on the side of his neck. This thing is an underwater respirator. The webbing on his hands and feet should assist in movement and control direction. The more streamlined appearance is to improve underwater movement ability. As for the shell that looks matte, it should also be to reduce resistance. Don't look at the matte texture on the surface of the thing, but I'm sure it will definitely feel like sandpaper. In fact, the skin of a shark is the same structure as this sandpaper, and this rough skin can break the contact stickiness between water molecules and the skin on the surface, thereby reducing resistance in the water. This structure is much more suitable for water movement than a smooth appearance.
Chapter completed!