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>> No.5287870 [View]
File: 40 KB, 324x240, Hindenburg_length_comparison.gif [View same] [iqdb] [saucenao] [google]
5287870

>>5287831
>how can they land this big ass blimp thing safely on earth? this looks impossible.
No, but seriously, the landing is the more sane part of this proposal.

>> No.4076829 [View]
File: 40 KB, 324x240, Hindenburg_length_comparison.gif [View same] [iqdb] [saucenao] [google]
4076829

>>4076664
There is still stress in the envelope, and for all intents and purposes it is still directly proportional to the amount of buoyancy/weight you are using. You can't just "get around it" by using the square-cube law, except at small scales where handling becomes a bigger issue than flight stresses (due to that factor sort of necessitating a constant bare-minimum envelope thickness).
>>4076672
That's a slightly different story, and it follows the scalability laws of rigid aircraft more than that of inflatable airships... but ultimately it still ends up showing almost benefit from the square-cube law. Additionally, they have much poorer payload-fractions than that of their soft inflatable counterparts.

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