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In Hammond's origin story short, he survives a fall from space while inside Wrecking Ball.
https://www.youtube.com/watch?v=ZEnC_N06Uxc
Now since the ball is a modified space pod, I think it's reasonable to assume that it has the mass of a real space pod, which are built to be very durable. The real life Apollo 11 Module weighs 5,900 kg and it seems to be roughly the same size as Hammond's pod.
https://airandspace.si.edu/exhibitions/apollo-to-the-moon/online/apollo-11/about-the-spacecraft.cfm
Now since he fell from space, it should mean his reentry speed is about 7,823 m/s (this is typical reentry speed). A 5,900 kg mass travelling at this speed should impact Earth with an energy magnitude of 180,538,020,550 joules (1.805 x 10^11 joules). This is within City Block level, or 8-B.
Also Hammond himself should be physically very durable from this. He shouldn't be below average human physically. Any normal person would undoubtably die from a crash like this.
Thoughts?
https://www.youtube.com/watch?v=ZEnC_N06Uxc
Now since the ball is a modified space pod, I think it's reasonable to assume that it has the mass of a real space pod, which are built to be very durable. The real life Apollo 11 Module weighs 5,900 kg and it seems to be roughly the same size as Hammond's pod.
https://airandspace.si.edu/exhibitions/apollo-to-the-moon/online/apollo-11/about-the-spacecraft.cfm
Now since he fell from space, it should mean his reentry speed is about 7,823 m/s (this is typical reentry speed). A 5,900 kg mass travelling at this speed should impact Earth with an energy magnitude of 180,538,020,550 joules (1.805 x 10^11 joules). This is within City Block level, or 8-B.
Also Hammond himself should be physically very durable from this. He shouldn't be below average human physically. Any normal person would undoubtably die from a crash like this.
Thoughts?