Yes, larger vessels made of more units will have more mass and require more thrust. Though in true zero g, this would not matter as there would not be a difference, which is why I said near zero g. I also did not say it was going to be the same, simply very similar. A large scale vessel is similar thrust to mass ratio will have similar acceleration.
Now for the comment about missiles, the size of a vessel would not matter for the missiles speed for hitting not not. It would only matter for the type of missile explosion being coded to damage X radius of blocks and a small ship will simply not have the same surface area and thus not take as much damage. The size of the ship will not increase not decrease the chance to hit if both vessels have the thrust to out run the incoming missile.
It wouldn\'t make sense for a vessel\'s size to effect acceleration, only the ratio of thrust to counter the pull of gravity of near by celestial objects. Why would it accellerate to a higher maxiumum speed with the same ratio of mass to thrust using the same thrust producers?
Gravity is constant within limited variations, the range of the celestrial object\'s range of influence. The range of gravity is not endless, it weakens over distance as well. If it did not, then nothing would stay within orbit and everything would be pulled out and towards the largest black hole. So no, gravity does not effect vessels a distance away from it, such as within lunar orbit, the same way as if the object was close to its surface.
As for the comment about the corpse, let it turn freely. Few would care, less would notice.
Now for the comment about missiles, the size of a vessel would not matter for the missiles speed for hitting not not. It would only matter for the type of missile explosion being coded to damage X radius of blocks and a small ship will simply not have the same surface area and thus not take as much damage. The size of the ship will not increase not decrease the chance to hit if both vessels have the thrust to out run the incoming missile.
It wouldn\'t make sense for a vessel\'s size to effect acceleration, only the ratio of thrust to counter the pull of gravity of near by celestial objects. Why would it accellerate to a higher maxiumum speed with the same ratio of mass to thrust using the same thrust producers?
Gravity is constant within limited variations, the range of the celestrial object\'s range of influence. The range of gravity is not endless, it weakens over distance as well. If it did not, then nothing would stay within orbit and everything would be pulled out and towards the largest black hole. So no, gravity does not effect vessels a distance away from it, such as within lunar orbit, the same way as if the object was close to its surface.
As for the comment about the corpse, let it turn freely. Few would care, less would notice.