Ari Silverstein
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The studies you mention, which btw are not qualified clinicals, make no claims as to what the maximum velocity the human body can achieve. Because they haven't a clue.You've got a very limited understanding of the human body. For example, studying MLB pitchers, researchers have found that they have reached their limit as far as how fast they can pitch, and they come in every shape, race, and color known to man. The limit is not how strong they are, or how big they are, its their tendons and ligaments that can't go any further. No way known yet to strengthen those.
I would agree that the incremental velocity gains we can expect in the future are, er, incremental...i.e. as a percentage of potential max velocity.
To your point re: the strengthening of tendons and ligaments, strength and power training increases their capacity to handle the loads generated on and about joints and at muscular end points. If they did not, then we would see an explosion of injuries in the weight room and on the field.
Possibly both, I don't know the study you are mentioning but throwing a baseball over 100 mph may well require genetic freakness.So from one study group, with genetics all over the place, the group as a whole has reached a limit of efficiency. They all got to that limit with extensive training, not because they are genetic freaks.
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Last comment. The throwing of a baseball, the fastest motion of any limb on the human body, ime, improves only fractionally in the mature athlete regardless of strength training or power training regimen. This has been my experience with more F1s than I can count.
Pitching velocity is influenced predominantly by genetics as does foot speed and other related power adaptive activities.