This <> method of measurement is quite good, and Jin thought that it might be a good idea to adopt it as well.
<<>>...... start! >>
(Hmmm, this is not only a move with a heavy exterior, but also with a low processing power of the control core.
(Well, this is not only the heavy exterior, but also the control core's processing power is not good enough.
"UGGUGUGU......"
A frustrated group.
>......0.09 seconds>>
(Less than 0.1 second. They are doing very well.)
Craft Queen Kobo also showed promising results in the future.
<...... >>
(Oh, this is a bit .........)
(Oh, this one is a bit ...) The movement was slow and the aim of the light spot was a bit off.
The reaction time measurements of all eight animals have now been completed.
(Hmmm, I guess the level of technology is still low. I hope this lecture will be an opportunity to improve it. ......)
Jin sincerely hopes for the progress of magical engineering.
<
The plate had 100 depressions in which the steel ball could just fit.
(I see. Interesting. If the material is more brittle than steel balls, we can see how well the pinching force is adjusted ...... and hopefully measure the precision of the overall movement ...... how fast can you get through a narrow and winding passageway? How fast can you get through a narrow and winding passageway? ...... Oh, it depends on your physique, so it's not possible right away. Then, I'd like to see how fast I can get through the narrow and winding corridor. ......)
As Jin was thinking about it, he asked himself
In front of the eight bodies, a plate with a pile of steel balls and a plate with 100 depressions were placed on a table.
The height of the table is set to the height of each golem's waist.
<>
"Oh! This is ......."
Very fast.
The eight players pick up the steel balls and transfer them to a plate in a single motion.
Even so, there is a difference between the 8 who can easily finish transferring 100 balls in a minute and those who can't.
<<>
Finishing transferring 100 golems in 51 seconds means a speed of about 2 golems per second, which is probably faster than humans.
>
Jin thought that although it was slower than the number 1 golem, this precision for a combat golem could be appreciated.
>,43 seconds>>
(Oh, Eira and the others did a good job with that mold.)
<.
>,25 seconds>>!
The audience was buzzing.
(Yeah, four in one second. That's a good number. Nice work, Freddy and the boys.)
<
(Oh, Ernesto's place showed its mettle, too.)
>,89 pieces in 1 minute>> (Oh, Ernesto's place showed its mettle, too.)
Here, some of the 100 pieces could not be transferred.
(You spilled a lot of them all around. ......)
There were dozens of steel balls scattered around the number 6.
(Oh, you managed it, just barely. (We can only hope for more to come from the Craft Queen's Workshop.)
>,89 pieces in 1 minute>> (Same as Zec 6?
(Same as number 6.) <<>, 89 pieces in 1 minute>>. The Klein Kingdom's National Institute of Magical Engineering will have to work hard from now on. ......)
This concludes the comparative measurement of the movement of the steel ball transfer. Next, we will ask you to write small letters. The letters should be numbers 0 to 9.
A pen and a piece of paper will be placed in place of the steel ball and the plate.
<
(I see. It would be better if you could write a little bit smaller.)
Jin knows a craftsman who writes sutras on grains of rice with a brush. or something like that was written on it.
The paper is quite smooth. It appears to be of the paper type, not of the Japanese paper type.
It seems to be coated on the surface and passed through a calender or super calender (both of which are machines to give smoothness, luster, etc. to paper).
<<< Now, let's get started! >>
The situation at hand is being projected on the magic screen.
(Oh, it's quite detailed.)
(Oh, it's very detailed.) You can see the size of the letters by comparing them with the tip of the pen.
(As expected, ...... is not good for combat use.)
(As you can see, the size of the letters is not so good for ).
<>
A minute passes, and everyone puts down their pens. An attendant prepares a transparent sheet with a grid engraved on it. They put it on the sheet and measure the results.
>.
The numbers are about 1mm high.
>.
Letters smaller than that are crushed or distorted and unreadable.
(No wonder they are used in combat.)
>
(hmm, this might be the limit for spherical joints because of the play of the joints)
Yes, clearance of joints is indispensable for spherical joints, so there will be a little blurring. However, it is still less than a tenth of a percent.
Incidentally, the <> also has a slight clearance at joints, but there is a joint cover equivalent to a <> to compensate for it, and there is almost no wobble.
The <> has no mechanical joints in its structure, so there is no rattling of this kind.
The rest is a matter of the control system.
The audience shouted "Wow!
> (This is the limit of the spherical joint type.)
(I guess this is the limit of spherical joint type. ......)
Jin thought.
>.
"d*mn, these measurements are meaningless!"
"Yes, yes."
Some of them are complaining.
>
(I guess they didn't expect this kind of operation. But if it is a general-purpose machine, it should be able to handle this much.)
Jin had a somewhat harsh impression.
(Well, considering the fact that it can do this much for combat use, perhaps it should be commended.)
By the way, since this is not a competition, there is no particular ranking system.
Still, the superiority is obvious to the audience.
<>
Now we come to the last item, the intelligence test.