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Assuming that since this is a cross sectional drawing, the side of the base facing us is somehow guarded as well - the opposite side of that is still alarmingly unguarded in all your bases.

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Also, your food and water are getting hot.

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Also, where does your escape tunnel lead?

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Quoted from Dimi:

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More adamantium.

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Your picture shows nothing but a clear blue sky, no adamantium.

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Adamantium

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Adamantium does not transfer heat?

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picture

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Neither end of your base has internal defense systems. So if they make it into one end, they should be able to follow you into the other end uninhibited. Also, having two bases means you can actively guard only one at a time meaning the zombies could infiltrate one end and use your escape tunnel as a road to your fresh human brains.

Of course perhaps you find your automatic defense systems suitable enough that this is not a concern - in which case i'd consider renaming your tunnels. If you're not really worried about infiltration on either end, they aren't really escape tunnels so much as they are access tunnels.

I suggest some internal defense systems, notably within the escape tunnels themselves. Perhaps a heavy duty sealed door on either end, and one in the midway point coupled with a controlled explosion plan.

edit: What is your energy source?

edit2: don't trip on the computer wire

edit3: I just got creeped out by the mirror image of the word "bed"

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Quoted from Ztolk:

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It drops but it doesn't drop to zero, and the change occurs when it goes from a regular to a superconducting state.

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Is that a corrosive acid? I hope you're careful to be sure it doesn't compromise the structural integrity of the bunker. Do you have a plan for replacing/draining the acid after a zombie attack?

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Are fiber optic cables really neccessary, all they seem to be doing is networking your two computers.

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The magic floating cameras: are they integrated with your weapon systems or any alarm? Do you actively fight off the zombies or just monitor the battle?

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Ztolk: I can't find any information about adamantium being a superconductor. Also, I don't know much about the thermal transfer properties of a superconductor, but I assume they aren't perfect insulators but i'll overlook that. Do they resist radiant heat? In a long term setup like this, that would be an issue too.

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Ordinarily a large electrical conductivity is accompanied by a large thermal conductivity, as in the case of copper, used in electrical wiring and cooking pans. However, the thermal conductivity of a pure superconductor is less in the superconducting state than in the normal state, and at very low temperatures approaches zero. Crudely speaking, the explanation for the association of infinite electrical conductivity with vanishing thermal conductivity is that the transport of heat requires the transport of disorder (entropy). The superconducting state is one of perfect order (zero entropy), and so there is no disorder to transport and therefore no thermal conductivity.

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How are you going to get back into your base, assuming you need to get out to get food and water every now and then?

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Quoted from Nickolati:

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I am going to blow your minds when I get home.

Also, I hope you realize that any zombies that get eaten by the flesh eating bugs are going to yield an army of flesh eating zombie beetles that will probably infiltrate your base and eat you in your sleep.

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