VS Battles Wiki

We have moved to a new external forum hosted at https://vsbattles.com

For information regarding the procedure that needs to be exactly followed to register there, please click here.

READ MORE

VS Battles Wiki
VS Battles Wiki
(Created page with "'''Priority: 1/4 '''(Could either help with solidifying ratings for some Ultras, or merely be supporting) '''Verse: '''[https://vsbattles.fandom.com/wiki/The_Ultra_Series T...")
 
No edit summary
 
Line 31: Line 31:
   
 
Note: The mouth core is base for the km per px conversion; Pluto was seen absorbed, showing to us that it was at least comparable in size to said core.
 
Note: The mouth core is base for the km per px conversion; Pluto was seen absorbed, showing to us that it was at least comparable in size to said core.
  +
  +
EDIT: Since the planets were later revealed to be fine still, would it be possible to add up all their mass together? The picture is also one taken prior to having passed Neptune, so I'm not sure whether that changed with what is shown later or something.
   
 
I'd like to bring my previous request to attention once more, by the way.
 
I'd like to bring my previous request to attention once more, by the way.

Latest revision as of 15:32, 24 March 2019

Priority: 1/4 (Could either help with solidifying ratings for some Ultras, or merely be supporting)

Verse: The Ultra Series

Description: Planet-sized monster generates enough gravitational energy to absorb planets. Absorption scene not shown, but apparently enough to pull planets out of their orbits. Also, although not shown, it is likely that planets from Pluto -the only confirmed one- all the way up to Jupiter were absorbed as the monster's last stand was near Mars.

GransphereScaled












Picture for reference and simplification.

Note: The mouth core is base for the km per px conversion; Pluto was seen absorbed, showing to us that it was at least comparable in size to said core.

EDIT: Since the planets were later revealed to be fine still, would it be possible to add up all their mass together? The picture is also one taken prior to having passed Neptune, so I'm not sure whether that changed with what is shown later or something.

I'd like to bring my previous request to attention once more, by the way.