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Composite Human Durability Upgrade

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Ok so right now we have CH's attack potency at 9C+ (~7500 J) with a tackle. We get our current durability from the man with 8 times the bone density of a regular human then scaling to the peak AP we had before which would be Mike Tyson's punch (1600 J).

This definitely calls for an upgrade for durability, as with the increased AP we can now scale from that which easily gives 9B durability.
 
How is density related to durability of bones exactly? Can't really make linear relations for things like durability IRL.
 
AguilaR101 said:
How is density related to durability of bones exactly?
Can't really make linear relations for things like durability IRL.
No idea, but they'd be considerably stronger than average bones, which are already entering Street level+ realms.

Then again football players regularly survive their own charges and the spine requires 9-B levels of energy to fragment.
 
Bone density is actually a measure of mineral per volume of bone, which makes it denser. It is directly correlated to how easily your bones shatter/how tough they are.

The mutation stated in the study is that it enhances bone formation, which makes the bones 8x tougher, but also much much heavier, which lead to the people who have it sinking like rocks when they swim.

No know member of the family (including distant extended members - around 21 people) who was tested had ever broken a bone, and the first person who was how they found the mutation had been in a high speed car crash which should have shattered several bones with exactly zero fractures.
 
XING06 said:
Bone density is actually a measure of mineral per volume of bone, which makes it denser. It is directly correlated to how easily your bones shatter/how tough they are. The mutation stated in the study is that it enhances bone formation, which makes the bones 8x tougher but also much much heavier, which lead to the people who have it sinking like rocks when they swim.
Too bad they weren't trained to swim with that kind of load, unlike CH, who literally has Class 5 lifting strength.
 
Yeah crazy thing is that it actually increases hardness too by so much that one of the people wasn't able to get a hip implant b/c they couldn't screw it in with standard tools.
 
Just a note that this is a composite profiles. Meaning, we can use the greatest demonstrated speed, strength, and durability of any human, but we cannot use Calc Stacking by applying the greatest speed to a greater body weight than whoever achieved it.
 
We should probably use 120kg as a proper estimate for CH because most rugby players and peak-level MMA fighters are usually that heavy.
 
I think that would qualify as calc stacking. Such a large human can not achieve such a high speed in real life, so it gives higher results than humanly possible in terms of kinetic energy, which misses the entire point of the page.
 
Ummmmmmm, we're not suggesting using the heaviest human to be used. We're suggesting that CH be 120 kg heavy at the least, as people 7 kg lighter than that have achieved speeds 2mph slower than Usain Bolt's record rather easily and with great velocity.
 
Well, my point is that you can only use the highest kinetic energy actually achieved by a real human being, not mix different body types.
 
Oh yeah that's not a problem the calc we have as 9C+ is based on a real person.

So can we upgrade or do we need more input? I think it's pretty solid considering that this is a near 8x increase in bone density/toughness and regular peak humans can take 9C+ impacts without serious injury.
 
Okay.

I suppose that seems fine, but more staff input would be appreciated.
 
@XING06

I will unlock the page for your edits. Tell me here when you are done.
 
Okay. Thanks. Should we close this thread?
 
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