It may not be aerodynamic, but it does survive ambient heat.
droppod
spaceship
reentry
space
bunker
strong
vibr
Comments
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@Plazmoid3 It's not because of the photons, they're just there to keep the pressure down. The CFLM keeps the VIBR from exploding.
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@Tangle10 VIBR didn't explode because PHOTONS! Amazing... +1
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Does it? After how long?
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But the VIBR explodes...
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Update: Experimenting with GEL insulation. Less cheaty.
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Update: replaced the cabin insulation with NTCT. This will keep the interior from descending to freezing temperatures (which was not included in the requirements by the way)
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But I replaced the wood layer for now. I don't think it's thick enough to prevent heat, and there's no more space.
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If the heat is sufficient to reach the inside, it means that the titanium would have melted anyway, and then everything else is useless because ambient heat. (Or that the insulation burned away, which means that the titanium is about to melt anyway)
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But still, good job, That thig is extremly resiliant! I would however add a bit of quartz to the innermost layer that the "stickmen" are in, So that if heat DOES penetrate that far, the quartz can at least somewhat block it.
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Design flaw found: VIBR can explode if not connected to rest of "Blue VIBR" mass, producing EXOT and dissolving all VIBR