The legend of Tiga

Run, jump, squat, stand up!
Actions that are commonplace for humans require GW-R to perform very carefully, and every time he successfully performs an action, the technicians present will cheer and shout loudly, and some even hug each other excitedly, as if this simple action is something extraordinary.

You have to know that in this world where technology is advanced beyond the timeline, robots are quite advanced, even extremely advanced.

How advanced is it?

Let’s put it this way, in some underground boxing rings, there are robots fighting inside the fences, using the collision of steel bodies and the flying sparks to attract spectators to enter.

Some robot boxers completely imitate traditional human boxing, not only with anthropomorphic limbs, but also with human-like hands and feet. Some underground boxing rings even cover them with simulated skin, making them look almost indistinguishable from humans. Some unregulated boxing matches are free to play, with not only a variety of robots but also a variety of weapons, such as chainsaws, machetes, hammers, scissors, etc.
When they fight, sparks fly and debris flies everywhere. The fight will not end until the other side is defeated. The winner will be unrecognizable, and the loser will be scattered all over the ground.

Such fierce battles, which are countless times more brutal than traditional boxing, have attracted a lot of people to watch and even participate in them, making this originally niche and unpopular event gradually become popular with the development of robot technology.

As for how popular it is?
Let’s put it this way, some kind-hearted people have started to hold up banners saying “Robots’ lives matter too” and photos showing “debris and lubricant all over the ground” outside the stadium, calling on everyone to boycott this competition, which is as cruel as the ancient Roman Colosseum.

This shows how advanced the level of robot technology is worldwide. It can be used for fun and as for laboratories, it is even more advanced. It is no exaggeration to say that the strongest robots created with spare no effort in top laboratories are more flexible than humans, but they cannot be mass-produced due to cost factors.

Although the whole model is not for sale for the time being, the partial anthropomorphism is selling like hot cakes. The poor can buy the standard ones, while those with ample budget can have a custom one, and they can make it as realistic as they want.

At a time when robots are so advanced that they can almost replace humans in all aspects, the steps taken by GW-R really do not have much technical content. But what makes everyone excited is that this is the first giant robot, and it is not a decoration, but is used for combat. The significance is different, and the technical difficulty is naturally earth-shaking.

Apart from anything else, just driving this iron shell weighing thousands of tons is not something that an ordinary power reactor can achieve. The energy consumed every second is an astronomical figure. Even if the engine of the Victory Eagle is dismantled, it can only be barely driven, not to mention the adaptation problem.

If it weren't for Dr. Yaoi, a scientist who has been deeply engaged in dynamics for decades, the obstacle of photodynamics would have been there for a long time and there would be no way to solve this problem so quickly.

"Okay, good, just like that, take your time." Dr. Yaoi stood outside the tent, holding a high-powered telescope, staring intently at GW-R who was pacing in the distance, especially GW-R's ankles and knees. These two joints are not only responsible for bearing weight, but also for movement. In addition, there are many parts. It can be said that 90% of the failures and wear will be concentrated here. But it also means that if there is no big problem here, then GW-R is basically successful.

GW-R was performing simple actions step by step, and the countless sensors throughout GW-R's body were constantly reporting errors. The red frame warnings almost filled the computer screen, but Horii did not show any difficulty. Instead, he became more and more happy.

Because these errors are minor problems and not worth mentioning. After all, there are tens of thousands of sensors, and none of them report an error. Then you have to check whether it is not plugged in.

Let alone such a large and complex robot, even a home computer will produce many errors every second, but as long as it does not exceed a certain threshold, it is normal. Now, many systems of GW-R are running normally, with the high-computing chip and tens of thousands of programs working together to support the "simple" actions of this huge robot.

Just like humans, common actions such as raising hands and opening mouths require the participation of trillions of cells including fingertip epithelial cells, fingertip muscle cells, fingertip nerve cells, upper limb nerve cells, afferent nerve cells, spinal cord cells, central nervous cells, upper limb nerve cells, efferent nerves, upper limb muscle cells, effector cells, etc.

The same is true for GW-R. Although it seems to be a simple action, it requires the participation of hundreds or even more instruments and equipment, and close collaboration to complete it.

If it were just a few hundred kilograms, it would be simple and easy to accomplish. There would not be a need for so many people. Maybe even a amateur scientist could do it.

But if the weight is increased to several thousand tons, the money for purchasing materials alone is beyond the reach of most people, let alone moving such a behemoth weighing several thousand tons.

Asuka Shin watched it with fascination, wishing he could drive this Gundam right away. Then he suddenly thought of a question and asked curiously, "How can such a heavy machine fly?"

Although, after Feiyan-2 is equipped with rocket boosters, it can lift even a monster weighing tens of thousands of tons and send it out into the universe.

But the weight of Feiyan II itself is not heavy, and now, because it needs to fight monsters, it has been equipped with heavy external armor, shock-absorbing layers, cushions, etc., as well as weapon systems, power systems, etc., which have increased the weight.

Can such a heavy plane still fly?
A big question mark popped up in Asuka Shin's head.

He did not doubt TPC's technology. If it was Victory Condor or even Feiyan No. 1Z, there should be no problem. After all, one of these two fighters was the latest model, and the other had also undergone modernization, and its performance had been greatly improved compared to the original one.

But what about Feiyan II? Since the disbandment of the Victory Team, it has been basically in a semi-retired state, and has not even been modified. In other words, from the outer shell to the interior, the Feiyan II is still based on technology from 10 to 20 years ago. This is a lot of backwardness.

"Of course it can't fly," Qianye Cheng put down the binoculars in his hand and said as a matter of course: "Such a heavy body does not conform to the aerodynamic shape. Even if it is powerful enough to fly a brick, it will be difficult to fly steadily."

Although there is a theory of powerful flying, it depends on the situation. Outside the atmosphere, you can fly freely, but inside the atmosphere, you still have to consider the face of the atmosphere. (End of this chapter)