How a 5% girth gain can make a "big" difference

Hmm - I was just going to figure out my SA using the formula, and noticed the formula uses radius rather than circumference. That doesn’t work for me since my penis is wider than it is flat. Is there a way to convert the formula so it uses circumference?

(I meant, my penis is more an oval shape in cross section than a perfect circle, so radius doesn’t work for me)

Surface area can be measured by integrating your girth(length) from base to end. To make it not too complicated use basegirth(length=0), midgirth(length=0.5*bpel), belowglansgirth(length=bpel-glanslength) and maxgirthglans. I’m using a cone approximation for the glans.

The surface area becomes the sum of:
(basegirth + 0.5*(midgirth-basegirth))*0.5*bpel +
(midgirth + 0.5*(belowglansgirthgirth-midgirth))*(0.5*bpel-glanslength)+
maxgirthglans*0.5*(glanslength)

my formula DOES use circumference

In Part 1, I teach you how to calculate your diameter (radius is half the diameter). Circumference is the same thing as girth.

In Part 2, I use the radius I calculated in Part 1 and apply it to the formula.

PART 1

C = pi X d
4.2 = 3.14 X d
4.2/3.14 = d
1.34 = d (my diameter was 1.34)

PART 2

SA = 2 X pi X radius X length
SA = 2 X 3.14 X 0.67 X 5.25
SA = 22.09 square inches

PART 3

V = pi X (r X r) X length
V = 3.14 X (0.67 X 0.67) X 5.25
V = 3.14 X 0.45 X 5.25
V = 7.42 cubic inches

Viola!

You guys are making it way more complicated than it has to be. Imagine a rectangular sheet of paper L long by G across. If you roll it into a tube, you have a cylinder L long with girth G. The area of the rectangle is L x G and the area is preserved when you roll it up.

So the area of the cylinder is Girth x Length.

From that you can see that girth and length affect surface area directly and equally. If you one by 10%, the surface area increases by 10% too.

However I don’t think surface area has anything to do with perception of size. Surface area doesn’t make much sense in three dimensions. Put two pieces of paper together and the surface area barely changes at all, but there’s twice as much paper there! A crinkled surface could theoretically have infinite surface area. What will give the impression of size is displacement, ie volume.

If you want to use several girth measurements, it’s Average Girth x Length.

But when finding the average, remember that ones in the middle count twice, eg: for Midshaft, Behind Glans, and Base girth:

average girth = ¼(Base + (2 x Midshaft) + Glans)

A crinkled surface could theoretically have infinite surface area. What will give the impression of size is displacement, ie volume.

What will give the impression of size is displacement, ie volume.

trust me…

stick to the SA and V forumlae I used above…I think they are the easiest and most accurate ways to calculate the growth of your penis…the most important, in my opinion, is VOLUME

What is he doing?

Squats while constricting the base with a cockring?

Which muscles does he talk about on the sides? Ischiocavernosus muscle?

(Ischiocavernosus muscle - Wikipedia)

Fellow blood-worker dickerschwanz wanted me to chime in with my 2 cents. So here it is.

The two “spongey mucles either side of his cock” that are “not really muceles but” “should be treated” that way so they “get stronger and stronger” and “stick out making his cock wider” “like two steel rods” are the corpora cavernosa.

This guy was an intuitive hero. He knew enough to act but not too much to doubt what he was doing. He used his intuition to combine exercises focused around high-flow and high-pressure erections.

There are exactly ZERO exercises that achieve both high pressure and high flow at the same time. It’s not possible without vasorelaxants that target the erectile tissues. Cockring edging and ULIs come the closest, if you modulate the constricting force. But that’s an alternation of exercises again, which I believe is the way to go.

Highlights of his routine:
1) He followed his gut. His mindful approach and awareness of the relevant biological structures and processes is evident by his rich descriptions (steel rods, vascularization).
2) He did dry jelqing all along. I think c-grip dry jelqing is the best way to target the corpora cavernosa. It really helps to highlight these structures in your mind.
3) Holding erect penis at base while doing squats. A cockring could be dangerous considering the magnitude of flow/pressure fluctuations. He probably changed the clamping force continuously and by feel.
4) Perpetually close to orgasm edging with cockring for prolonged amount of time. Probably the best PE exercise ever. It’s about spending as much time as close to PONR as possible to make use the pre-orgasmic pressure spike. A buildup of hormones and or neurochemical potentials likely play a role here as well.
5) Constant kegeling into hand-clamped cock for 20 minutes a day. Again, elevated, sustained levels of intracorporeal pressure. I would call this a sustained mild ULI. As always, best to play with time than intensities (there seem to be a biologically effective range and I’m not talking about blowing veins here).

His success was due to the combined effect of sustained intention, supranormal pressure and blood flow. I consider these factors at the top of the pyramid of the hypothetical factors that we should focus on 80% of the time and build our routines around.

Even if somebody fails with the intention part (which I believe is permissive for growth), the synergistic nature of higher than normal erective pressure and blood flow will make (a slower rate of) growth inevitable.

He lacked any sort of cognitive dissonance regarding his PE goals. He simply didn’t know enough to develop contradicting belief systems. He acted on his intuitive knowledge without being bogged down by doubts and reaped the benefits. A forgotten PE hero.