dex,
Good questions.
>Ok. But there are a lot of people who are reporting a lower erection level after downward hanging. Some people are arguing that the ligs are holding the shaft up against the pubic bone. When your are lengthen your ligs, they are not strong anymore to hold the shaft up against the pubice bone, this leads to a lower erection level.<
I agree with the premise. This was surely true for myself. As my shaft was pulled away from the pubic bone, my erection level lowered. But also, it was a matter of age reduced erection hardness, and gravity. The longer fulcrum, and greater weight of the shaft, further from the body, would naturally tend to lower the angle.
But overall, considering many different ages of respondants, many different tunica shapes, the stats did not indicate a great corellation between a lower LOT and lower EA.
>When you are hanging downward so that the ligs become longer, does this mean you will loose erection stability. With stability i mean not hardness. When im talking about less stability i mean that the penis when erect behaves more like a penis when flaccid. For example when the penis is flaccid and you move your hip from right to left, the penis is whipping from the left to the right side. When you are erect you can not do this because the erect penis didnt move to the sides or downward.
Hope you know now what i mean with stability, kind of a rigidity thing.<
I understand. The trend will be, as the shaft is pulled lower, for less stability. This is due not only to fewer strands of ligs inhibiting the shaft, but also the fact that the longer, larger exposed shaft will create more momentum when moved.
Even with much more shaft outside the body, a much larger mass outside the body, I still have a great deal of stability. Plenty to perform at any angle, even at my age.
>Does downward hanging has an impact on the penis shape? For example will it correct an upward curve so that the penis becomes more straight?<
It depends on exactly the force applied to the TUNICA. If a fulcrum is applied to the top of the shaft, the tunica will tend to curve upward. If the fulcrum is applied to the bottom of the shaft, the tunica will end to curve downward. If the stress is applied uniformly out, it will tend to straighten any curve. This has often been reported.
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