Abraxas Defiant

I do appreciate the response and will keep that in mind for probes, but I ask you, how would I go about building a manned spacecraft capable of landing and returning from eeloo/dres? In terms of mass, it doesn't matter to me, but efficiency is what I care about. I would like to be able to build a manned spacecraft with maximum Delta-V to go just about anywhere in the system and be able to return if possible. I don't really know too much about the advanced maneuvers such as the hohmann and others like it. Am I asking too much? Because no matter what I do I seem to only be able to push out 9-10k Delta-V on a craft that is 350,000 Kg or more and I know that I can do much better, but haven't the slightest clue how to. EDIT #1: Okay, so I managed to create a craft that has about 10.8k Delta-V, but the weight is about 190,000 as opposed to 350k. I'm started to understand it a bit better than previous attempts.

Hello there, I'm still fairly new into the mechanics of Kerbal space program. I have over 100 hours into the game and mostly understand these new aerodynamics, but I am having issues building a rocket that can go just about anywhere in return. My best rocket weighs 384,000 Kg roughly and has about 10.7k Delta-V. I know that I can do much better than that, because I've seen designs of rockets that way 200 Kg or less and reach upwards of 13k to 15k Delta-V. If someone would be able to help me figure out how to construct a rocket where I can get the highest possible Delta-V that weighs 200 Kg or less and doesn't have assembled in space, I would massively appreciate it! If my desires are too steep, let me know as well.