Mass and dimensions are unimportant. What really matters is how much delta-v is present (change in velocity) which determines how much fuel you have for maneuvers.
@@zampy543 Also: It probably matters that the boosters aren't separated from the core, that's why the Fuel consumption is high with the bigger rocket. (Since it didn't have separators)
Also you should always test with delta V. That matters more
Mass and dimensions are unimportant. What really matters is how much delta-v is present (change in velocity) which determines how much fuel you have for maneuvers.
@@DatDudePlays True
Wow amazing
why does fastness remind me of deja vu
Well if it has personality...
ayooo
@@zampy543 Also: It probably matters that the boosters aren't separated from the core, that's why the Fuel consumption is high with the bigger rocket. (Since it didn't have separators)
of course it will, bigger = more mass = less speed. That is obvious
@@MiG-25IsGOAT the small one is heavier than it looks
Part clipping?@@zampy543
Both have same mass
The fuel tank js stacked
he compressed the tanks into smaller pieces. same mass but the smaller have better aerodynamics as the thin cuts air more than the large object.
well with part clipping it's the same bruh