Originally Posted by Buckfever
12/20/202060 minutes @ 65% tension, 65% @ 14 minutes.
One of the problems with what I’m doing here recently is that I have adjusted the attachment process which is altering the preload and thus the progression to session tension. Lacking precision in terms of measuring the actual load, I’ve had to use qualitative measures of how well the session duration is tolerated the length of the session duration and the stretched extender length. BUT with the improved attachment these loads are surely higher than previously.
Here Kyrpa wrote:
“With 1kg we need several hours to reach the strain and stimuli enough. With 2.5kg and utilizing stress relaxation the best we can, 30 to 40 minutes is enough to produce similar strain. Continuing to full hour that would be it.
For an example I can guarantee myself to have 2.2% strain in 40 minutes with loads 2 to 2.5 kg. After that no additional time or any more load does not yield a fraction more.
Similar was the case with Alex2.0 when I consulted him to test the loading in intervals.
Now seeing the Restorex regimen I went to replicate it with extender having the load cell on it.
Having precise 1.5kg load with a stress relaxation setup I wore the extender for one hour. Then taking a 10 minutes break to refresh the penis a bit to be continued another hour.
I took measurement between, but it looked to show only minor elongation so I didn´t even calculate the strain.
After two hours with perfectly tuned setup I could yield a 2.1% strain out of it.”
I’m going to talk about this more later, I have to run now.
So what Kyrpa has done here is quantified the “Sweet Spot” as far as tension. Anecdotally it has been conjectured that not enough tension leads to no gains but it has also been observed that there are those using high volume and high tension that have no gains. thoughtfulgold wrote extensively about the tugback response and conjectured that this was a clinical manifestation of using too much force and or volume.
One question I wonder about is whether the short rest between sets has any bearing in the accommodation or if it was simply the cumulative time under tension that the 2 sessions produced.
My inclination is to think that it is simply the time under tension for a particular load and the reason I think this, is because in the Restorex study they found no additional benefit to a third daily set, so it would seem that 1500 grams of tension for an hour will produce all the accommodation that is available.
So the question becomes what time under tension is sufficient at higher loads and what is the max load?
That’s the reason that I think this work by Kyrpa is significant, because he’s quantified it.
So how do we use this info in terms of execution?
I think you have to be careful with the load especially if you have sorted out the attachment issues so that it is solid.
If you can not get 30-40 minutes of time under tension without too much trouble the load is too damned high for sure.
If you can not develop a strain of 2% with a couple of sessions where there is 30-40 minutes of time under tension in each session, the load is probably too low for a high tension approach.
There is more to consider in a lower tension high duration approach but it has not been of interest to me as my circumstances would not allow it.
FWIW
Big cock, tight abs, fit body, strong mind.