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Why does the rocket tipping over cause a loss of hull integrity? Does that mean that it actually exploded, just from going horizontal?


Compare the amount of force it takes to crush an aluminum can from the sides vs. from the top and bottom. A rocket is the same basic shape and material.


Probably not exploded, just that the lateral stresses that the rocket is designed for.

Rockets have to withstand a lot of different types of forces (axial, all sorts of vibrational, probably hoop type stresses), but massive lateral shocks aren't really one of them.


> Probably not exploded

I don't know about that: https://twitter.com/elonmusk/status/488718649515986944

Even with minimal fuel, the tanks are still highly pressurized, a loss in hull integrity would result is a rapid depressurization of those tanks. It may not have been a fiery explosion, but I would bet it made a hell of a bang.


Think belly flops on a rocket scale.


I think it just meant that because it was wholly immersed in water, it's not worth refurbishing.




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