Movements that are common to humans require GW-R to be very careful. Every time a movement is successfully performed, the technicians present will cheer and shout loudly, and some will even hug each other in excitement.
As if this simple action was something special.
You must know that in this world where technology has developed beyond time lines, robots are quite advanced, and it can even be said that they are completely developed.
How advanced is it?
Let's put it this way, in some underground boxing arenas, robots are fighting in the fence, using the collision of steel bodies and the splash of sparks to attract the audience.
Some robot boxers completely imitate human traditional boxing. They not only have anthropomorphic limbs, but also human-like hands and feet. Some underground boxing rings even put artificial skin on them, making them look almost like humans.
There is a difference; some irregular boxing matches are free to play. Not only are the robots various, but the weapons are also various, such as chainsaws, machetes, hammers, scissors...
When the fight starts, sparks fly and debris flies, and it won't end until the opponent is cut down. The winner is beyond recognition, and the loser is scattered all over the ground.
This kind of fierce battle, which is countless times more brutal than traditional boxing, really attracts many people to watch and even participate in the battle, making this originally small and unpopular event gradually become popular with the development of robotics technology.
As for how popular it is?
Let's put it this way, there are kind-hearted people starting to stand outside the stadium, holding the banner of "Robot Lives Matter" and holding up photos of "debris on the ground and lubricants on the ground", calling on everyone to boycott this kind of cruelty comparable to ancient Rome.
Games at the Colosseum.
It can be seen from this that the level of robotics technology around the world is so high that it can be played and consumed. As for the laboratory, it is even higher. It is no exaggeration to say that in top laboratories no effort is spared.
The most powerful robots built surpass humans in terms of flexibility, but they cannot be mass-produced due to cost factors.
Although the whole body is not for sale for the time being, the partial personification is selling like crazy. Those who are poor can buy the standard version, and those who have the budget can customize it privately. It can be as realistic as you want.
When robots are so advanced that they can soon replace humans in all aspects, the steps taken by GW-R are really low-tech, but what everyone is excited about is that this is the first giant robot, and it is not a decoration.
, but for combat use, the meaning is different, and the technical difficulty is naturally also earth-shaking.
Not to mention anything else, just driving this iron shell weighing several thousand tons is beyond the capabilities of an ordinary power furnace. The energy consumed every second is an astronomical figure, even if it is the engine of the Victory Condor.
After taking it apart, it can only barely be driven, not to mention there are adaptation issues.
If it weren't for Dr. Yatsuo, a scientist who has been deeply involved in dynamics for decades, the roadblock of photodynamic force would have been blocked for a long time. How could this problem be solved so quickly?
"Okay, not bad, that's it, take your time." Dr. Yatsuo stood outside the tent, holding a high-power telescope, staring intently at GW-R who was pacing in the distance, especially GW-R's ankles and knees.
The joints are not only responsible for load-bearing, but also for movement. Coupled with the large number of parts, it can be said that 90% of failures and wear and tear will be concentrated here, but it also means that if there are no major problems here, then
GW-R is basically a success.
GW-R was performing simple actions step by step, and countless sensors all over GW-R's body were constantly reporting errors. The red box warning almost filled the computer screen, but Horii did not show any embarrassment, but became more and more confused.
Happy with joy.
Because these errors are minor problems, they are not worth mentioning. After all, there are tens of thousands of sensors and none of them report an error. Then you need to check whether they are not plugged in.
Not to mention 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 operating normally. With the cooperation of high computing power chips and tens of thousands of programs, they support the 'simple' movements of this huge robot.
Just like humans, ordinary actions such as raising hands and opening mouths require fingertip epithelial cells, fingertip muscle cells, fingertip nerve cells, upper limb nerve cells, afferent nerve cells, spinal cord cells, central nervous cells, and upper limb nerve cells.
Trillions of cells such as nerve cells, efferent nerves, upper limb muscle cells, effector cells, etc. are involved.
The same is true for GW-R. Even though it seems to be a very simple action, it requires hundreds or even more instruments and equipment to participate and work closely together to complete it.
If it only costs a few hundred kilograms, it's simple and easy to achieve. It doesn't require so many people. Maybe it can be done by a civil servant.
But when the weight is enlarged to several thousand tons, the cost of purchasing the materials alone is not something that ordinary people can afford, let alone moving such a behemoth of several thousand tons.
Asuka Shin watched with fascination, wishing he could fly 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 a rocket booster, it can hoist monsters of tens of thousands of tons and send them outside the universe.
But Feiyan 2 itself is not heavy, but now, because it needs to fight monsters, it has installed heavy external armor, shock absorbers, cushions, etc., as well as weapon systems, power systems, etc.
The weight was piled on top of it.
Can such a heavy plane still fly?
A big question mark popped up in Asukaxin's head.
It's not that he doubts TPC's technology. If it were replaced by Victory Condor or even Feiyan-1Z, there should be no problem. After all, of these two fighters, one is the latest, and the other has also undergone modernization.
Performance has improved a lot compared to the original.
But Feiyan 2, since the disbandment of the Victory Team, has basically been in a semi-retired state, and has not even been modified. In other words, Feiyan 2 from the outer shell to the inside is still the technology of ten or twenty years ago. This backward
Not even half a star.
"Of course it can't fly," Chiba Cheng put down the telescope in his hand and said matter-of-factly: "Such a heavy aircraft does not conform to the aerodynamic shape. Even if it is powerful, it will be difficult to fly steadily."
Although there is a strong theory of big bricks flying, it also depends on the situation. Outside the atmosphere, it is natural to fly casually, but within the atmosphere, you still have to consider the face of the atmosphere.