My question is: What needs to be changed or improved in the structure of human muscle fibers so that my genetically modified person can lift several tons ( from 700 to 3200 kilograms), taking into account the fact that this person weighs no more than 110-140 kilograms. That is, I need this Superman to have a huge, compared to ordinary people, physical strength.

To understand the limits of human physical capabilities, here are the best physical data of world athletes.

The record in the bench press in the bezekipirovachny division, today belongs to Kirill Sarych and is 335 kilograms (at a time).

The record in equipment belongs to Ryan Camely and is 486 kilograms.

The record of lifting the bar up over the head, with a push, belongs to Leonid Taranenko and is 267 kilograms.

In deadlift (lift above the ground), the record is about 500 kilograms.

Supplement: I need solutions related to biology. So no magic, Cybernetics, or exoskeletons. I ask about changes in the structure of the human body. In other words, what needs to be changed in the structure of the human body so that it has great physical strength, but at the same time looks like an ordinary person.

  • $\begingroup$ While you research the genetics, the russians use pencils to write in 0g and the P-5000 heavy loader as a powered exoskeleton when needed. Because why would they want to feed a giant all the time when such traits are rarely needed? $\endgroup$ Feb 29 '20 at 12:16
  • $\begingroup$ Also, one problem with super-human strength which is often conveniently ignored is inertia and mass. You could lift it, sure, but not much else - you would be flung around by the weight. Add in bone structure and nutritional problems @Adrian mentioned. No meals outside the meal plan. $\endgroup$ Feb 29 '20 at 14:33
  • $\begingroup$ @AdrianColomitchi AFAIK the main problem with powered exoskeletons is the lack of agility. So in combat, for elite operators, it's a no go. $\endgroup$ Feb 29 '20 at 14:34
  • $\begingroup$ @AdrianColomitchi why? As a group of elite operators specialized in spaceship boarding action in a scifi setting where every ship uses gravitation-manipulating deck plating. Which can be overridden upwards of 2g. $\endgroup$ Feb 29 '20 at 14:43
  • $\begingroup$ The first thought that comes to mind is that they need access to magic. What are the limits for your setting-- is that a suitable answer? $\endgroup$
    – Upper_Case
    Feb 29 '20 at 15:17

7000 kg is a lot. There's no easy trick that will suddenly enable your superhero to become this super human without resorting to either hand waving or things you've prohibited (cybernetics/robotics mostly). As for the answer to your question, what needs to be changed? Almost everything about the human body, if it's even possible at all.

For starters, there are a couple "biological" handwave-y things you can do:

  • Grow bones out of graphene or carbon nanotube composites. This gives the person a black skeleton which is extremely tough and capable of withstanding massive forces
  • Make ligaments, tendons, and other structural components out of the body out of supermaterials too, anything from graphene-handwave to "spider silk" ligaments
  • Rework muscles so that they are much stronger and more compact. Maybe you can throw some supermaterial buzzwords in here to or some generalization of "radical bio engineering"

In summary, without resorting to "magic", I don't think it's possible to make a human that can safely lug around 7000 kg while staying under 140 kg. Fleshy building materials like bones, ligaments, and muscles simply don't have the material properties to do this. Even if you scavenged the bones from the strongest-boned animal and the muscles from the animal with the most dense muscles, it still wouldn't work. For example, an adult silverback gorilla is estimated to be able to lift 815 kg dead. Even if that's inaccurate, that's still nowhere near your requirements (close to an order of magnitude off). The same silverback masses in at about 160 kg and silverbacks are generally at the top when you consider animal individual muscle strength densities.

  • $\begingroup$ I need to create a biologically and scientifically realistic super Soldier, how can you create carbon nanotubes and other types of nanotechnology in your body (naturally)?! This is unreal! $\endgroup$
    – user71408
    Mar 4 '20 at 17:37
  • $\begingroup$ @FrenchThompson Human bodies are extremely information dense. With current manufacturing technology we can't make a human brain because the neural density is simply too high--everything is too detailed. However, biological cells are used to building large structures from the 'nanoscale' up. Bones, tissue, and brains are all examples of this, and comparatively, the crystalline structures of materials such as graphene or carbon nanotubes are simple enough that they could conceivably be assembled by biological cells. $\endgroup$
    – Dragongeek
    Mar 4 '20 at 17:45
  • $\begingroup$ Can you describe the process of creating these super strong bones and tendons in your answer ( please provide the calculations )? $\endgroup$
    – user71408
    Mar 4 '20 at 18:18
  • 1
    $\begingroup$ I have rewritten my question a bit, I advise you to look at it. $\endgroup$
    – user71408
    Mar 4 '20 at 18:22

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