![]() So probably kerbalism allows crew to be automatically healed upon recovery, but realistically, the crew is already doomed, even if rapid recovery were possible. The most we can do, be it down on Earth or millions of miles into deep space, is prevent it. ![]() In real life, I don't know if there's even any meaningful treatement to severe irradiation. Moon landing can be cancelled because a stage malfunction would lead to the crew being stranded, but the overall time to return is barely shortened, but is not an issue because it is already short in the first place. The Moon is only a few days away, the "abort protocol" was barely different than "proceed as planned". Problem is, such a protocol is not possible for a Mars mission. However, it will take a LOT of accelerating towards Earth to make a significant dent in the travel time.Īre there any plans for manned Mars missions that include abort provisions? I know that was a very important part of every phase of the Apollo missions, so I assume NASA (or whoever) would want as robust an abort protocol during as much of the mission as possible. "Towards" is complicated by curvature, and it would be best to combine the two maneuvers of course. Your orbital velocity is always within 5km/s of circular orbital velocity at your position (otherwise, 5km/s would not be sufficient for your Mars operations).įor your next attempt, I suggest installing a storm shelter (assuming Kerbalism supports such).Īnyway, what you would need to do is to negate your radial velocity such that you're heading sunward rather than starward, then accelerate "towards" Earth. Earth's orbital velocity is about 30km/s, Mars' about 25km/s. If you were in Kerbin's system, 5km/s would be able to make a significant dent on travel time, but not in Earth's. Radiation sickness kills in hours to weeks (note: I don't know how Kerbalism treats it).A hundred days is far too long. I regret to inform you that your crew had best ensure mission control knows what hit them, and then finalize their affairs. ![]() Sorry for the dropbox link, but I can't seem to embed images for some reason. My questions are, is it possible to even perform a mid-course abort with this kind of dV? If so, could you help me understand when and how to burn to get home as fast as possible? ~2 years will be too long for my guys to survive! My ship has about 5500 m/s dV, but I'll need about 1000 of that to capture at Earth (gently aerobraking my rest of the way to LEO). I need to abort the Mars trip and get them back to Earth as soon as possible.Īs I said, I'm about half the way to Mars, so the the Earth is already pulling ahead of both my spacecraft and Mars in its orbit. I've got a manned mission on its way to Mars, and about half of the way there, several coronal mass ejections blasted my crew (Kerbalism) and they are now suffering serious radiation poisoning. So I'm playing an RSS install, but this should apply to Kerbin-Duna as much as it does to Earth-Mars.
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