@AnimeFanboy: Note that we have a specific rule in regards to not using the anime as a canon source, unless the author of the series itself was directly involved in the creation of that series. For example, Dragon Ball Super was actually written by the author of the Dragon Ball franchise itself, Akira Toriyama, while Dragon Ball Z was not.
If we are going by the number of panels that Piccolo's beam reached the Moon, it only happened within 2 panels, max. By that logic, the maximum time that should be used here would be about 30 seconds (in comparison to 4 panels = 60 seconds). It may/may not be lower/higher, but at least it has some mathematical basis instead of being randomly pulled out of nowhere.
Also, if anyone here is planning to use two seconds as the timeframe for Piccolo's beam speed,
forget it. We are currently using 60 seconds for the Fairy Tail meteor calculation. There is absolutely no way that we are going to use two seconds for Piccolo's beam speed, especially considering that by using two seconds as a timeframe, we get a Piccolo's beam speed of
Mach 564796, or
Relativistic+. That is already
60% of the speed of this calc, which was performed by a version of Goku that is far faster/stronger than the one from the Namek Saga. I see absolutely no reason that why Piccolo's beam speed should be anywhere near Frieza's Death Beam speeds, which was actually stated to be a flash of light.
Now then, about Piccolo's moon speed feat.
@Cal: Let's go over some things in regards to calc stacking. This quote will be referred as an example.
Calc stacking refers to the practice of using results from one calculation in order to calculate other feats. | | |
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Now, let's look at the speed of Piccolo's beam speed here. Since when was the last time said result of this beam speed used in a different calculation? I would like you to link me a calc or two that uses it, if you can.
Regarding Raditz and Piccolo/Goku, Considering that even a three to four times power gap between two combatants is significant enough that Raditz casually blitzed Piccolo & Goku in terms of speed. I see absolutely no reason that why Raditz would be able to react and dodge any of Piccolo's beam speeds, especially considering that Raditz was able to dodge an incoming full-powered Kamehameha from Goku, and even caught it without much difficulty.
There is no reason to conclude that a Goku's full-powered Kamehameha would be any slower than a casual blast that Piccolo launched onto the Moon, considering that from what we have seen in Dragonball Z, stronger characters are going to fire faster attacks in comparison to weaker characters. That is why weaker characters are not able to perceive or even react to the oncoming attacks in question. I do not think that Piccolo was stronger than Raditz during the time Piccolo blew up the Moon, in any case.
Example: Raditz fires an energy blast towards Goku, and Goku could not even dodge it, nor even react to it.
So basically, what your argument should be at this point is, "Why would Raditz not be able to dodge/react to Piccolo's beam casually when he reacted to a beam that could be argued as comparable in speed (as it was a beam that was fired at full power by a user comparable to Piccolo's power)?"
Another example of this would be when Frieza fires off a Death Beam towards Dende, and Piccolo w/Nail, Gohan, and Krillin could not even perceive/react to it, because said beam was fired by a vastly stronger character than the three. So basically, in Dragonball Z, stronger characters tend to fire off faster attacks, which would include Ki beams/lasers as well.
Finally, let's cover Pokemon, and how Pokemon is extremely inconsistent in terms of speed.
Note that Pokemon seems to be an exception to the rule in terms of speed scaling, as the feats in Pokemon seem to vary wildly from the games, anime, and the manga. For example, Magnemite/Pikachu were shown to be much faster than Cynthia's Garchomp in terms of definition (Garchomp only being said to be Supersonic+ in speed). However, you can argue that any of opponents that Pikachu faced that dodged Pikachu's lightning bolts should have in fact,
Massively Hypersonic speeds for doing so, as well as all the Pokemon that are much stronger than the ones Pikachu faced in combat, even if their Pokedex Entries says otherwise.
It seems that Pokemon is not a good example of speed scaling, as the feats in Pokemon differ too wildly in terms of speed. Especially in this example, where said
stormcloud seems to move as fast as the lightning bolt that comes down from the sky.