- 1,711
- 853
As you know, the speed for Saitama being Sub-Relativistic is based on this calc , which scales to Boros, Garou, and possibly Lightspeed Flash.
However, as Crazystarf pointed out here, Chaos assumes a timeframe of 30 seconds by pure assumption, as he used the manga version which had no timeframe mentioned.
EDIT 1: Crazystarf was referring to Boros kneeing Saitama, not Saitama leaping from Moon to Earth. My apologies for the confusion, everyone.
However, with the anime version, we have a timeframe. In this video , from 0:35 to 0:54 is how long it takes for Saitama to leap from the Moon and back to Earth. Which is 19 seconds. With a really lazy calc, the distance from the Moon to Earth is around 384,440,000 m, divide it by 19 seconds we get:
EDIT 2: Used 384,440,000m instead as that is the actual distance from the Moon to Earth.
384,440,000m /19s = 20,233,684.21 m/s or 0.067c in our Speed chart, which is Sub-Relativistic+.
Or we can use Boros kneeing Saitama to the Moon.
In this video , from 0:14 to 0:17 is how long it took for Saitama to reach the Moon after Boros launched him. 3 seconds.
And with another lazy calc, we get:
384,440,000m / 3s = 128,146,666.7 m/s or 0.427c, which would be Relativistic.
A much higher rating than the first, as you can see.
This will apply only to Saitama (he did the feat), Boros and Garou (kept up with Saitama), and MAYBE Lightspeed Flash (kept up with Garou for a short amount of time).
What do you guys think? Should we use these calcs? And if so, which one and why?
However, as Crazystarf pointed out here, Chaos assumes a timeframe of 30 seconds by pure assumption, as he used the manga version which had no timeframe mentioned.
EDIT 1: Crazystarf was referring to Boros kneeing Saitama, not Saitama leaping from Moon to Earth. My apologies for the confusion, everyone.
However, with the anime version, we have a timeframe. In this video , from 0:35 to 0:54 is how long it takes for Saitama to leap from the Moon and back to Earth. Which is 19 seconds. With a really lazy calc, the distance from the Moon to Earth is around 384,440,000 m, divide it by 19 seconds we get:
EDIT 2: Used 384,440,000m instead as that is the actual distance from the Moon to Earth.
384,440,000m /19s = 20,233,684.21 m/s or 0.067c in our Speed chart, which is Sub-Relativistic+.
Or we can use Boros kneeing Saitama to the Moon.
In this video , from 0:14 to 0:17 is how long it took for Saitama to reach the Moon after Boros launched him. 3 seconds.
And with another lazy calc, we get:
384,440,000m / 3s = 128,146,666.7 m/s or 0.427c, which would be Relativistic.
A much higher rating than the first, as you can see.
This will apply only to Saitama (he did the feat), Boros and Garou (kept up with Saitama), and MAYBE Lightspeed Flash (kept up with Garou for a short amount of time).
What do you guys think? Should we use these calcs? And if so, which one and why?