First they make a huge ship, and they send it on a long trip. Of course they don't have the technology, they don't even come close, but they are taking this incrementally. They want to make a big generation ship and send settlers on new star systems. Show him to the experimental prototype testing range I'll start drafting a condolences letter to his family as soon as I'm done with this press conference.ġ) While I choose my missions for the challenge - because I like making megaships and having huge missions give me a chance to project some that have an actual purpose besides looking good -, inb my head they are linked by a common story. Some people are wondering if we should just pull the plug on this program. And now this new ship is even more expensive. You promised Bolt would be cheaper, but the cost for that one skyrocketed too. Sir, when they saw the expence bill from the DREAM BIG, many taxpayers had a heart attack. Except the capacity to actually get there our scientists are working on that too. This ship has all it takes to reach an exoplanet and start a new outpost. This new ship has everything it needs to survive the test of time using planetary resources not only it can gather fuel, water and nutrients, it also has 3D printers to fabricate spare parts with the local materials 4. Including the outer planets of Sarnus, Urlum, Neidon, and Plock, that we skipped the previous time 3.Īnd we will do it while gathering resources from the planets themselves. This time we will, again, visit all the planets in our solar system. View from above, in space, with shuttles dockedĪ Mun landing is a bit of a spoiler at this point, but I didn't have any other good shot of the ship from the side And so now, ladies and gentlement, we are ready to unveil the third mission for the "Dream Big" program. So, again, we needed a nuclear reactor on board.īut while our kerbonauts toiled in space, our scientists and engineers were tackling the technical problems. But if we wanted to move past depending from a land base, we needed more power, because extracting resources requires a lot of energy. For our final goal, it's just not practical. They run out in a few decades, and can't be recharged without a nuclear reactor on board.īolt also highlighted the limitations of trying a mission without gathering resources from the environment. But RTGs also are not a viable solution to cross interstellar distances. As we felt more comfortable dealing with radiations, we also tested the first applications of nuclear energy and nuclear rockets. The second mission tested alternative radiation shielding (which was unsuccessful), radiation remediation (which was instead a huge success), recycling of resources, and planetary exploration. It was also clear we'd need alternative energy sources we knew from the beginning that we could not cross the emptyness between stars on solar power. Radiation resistance.In-situ-resource utilization, though that used some help from our Duna outpost 2.įrom it, it was clear we'd need better ways for our kerbonauts to cope with stress and radiations. The first mission tested long-term endurance on both the crew and the spaceship. The program is based on incremental missions, especially since we don't have the technology to cross interstellar distances anyway we'll send more and more elaborate spaceships in more complex missions, testing at every step what we can do with out current technologies and where we need to improve. As you know, the "Dream Big" program aims at creating a generation ship to send kerbal settler across the vast interstellar distances, to settle new star systems 1.
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