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Pretty ingenious device Upto7. Have you tried hanging with it yet just to make sure it works? How does it feel on your penis?
(Starting size) (NBPEL: 8 Inches), (BPEL: 8.5 Inches) (BPFSL: Didn't measure then), (Midshaft Girth: 5.2 Inches), (Base Girth: 5.5 Inches)
(Current size) (NBPEL: 9.3 Inches), (BPEL: 9.7 Inches), (BPFSL: 10.3 Inches), (Midshaft Girth: 5.8 Inches), (Base Girth: 6.35 Inches)
(Final Goal) To be the next Mandingo LOL.
As you can see, it works on my finger, but I haven’t used it on my penis because I don’t know how to wrap yet and I don’t want to use it without a wrap (I consider it unhygienic).
However, I can already see it’ll take to time to get used to it, as with any hanger I assume.
So, you’re going to carry your rollar blades around on your dick? Sweet.
Start 2/15/10 - BPEL 6.5", EG 4.875"
Short Term Goal- BPEL 7", EG 5.325"
So, you’re going to carry your rollar blades around on your dick? Sweet.
That’s the first heavy thing that came to my mind for demonstrating purposes. :)
UpTo7, I think that you have a lot of confidence and nerve. Like in this situation with making the hanger, it will probably be to your advantage at other times also!
Struggling with a peyronies injury during sex and loss of size after having been into PE.
Really nice simple design! The only problem I see is slippage and that it squeezes your dick more as you add more weight :) . Good luck and let us know how and if it works!
"You are entitled to your own opinion, but not your own facts."
We’ll see about that once I start using it. :)
Very well made! Hope to see some pics of it in action soon.
You could use it as a jelqing devise to, maybe.
You could use it as a jelqing devise to, maybe.
Not really. Besides, why complicate something that’s already so simple? :)
How much force can you apply?
I have yet to test it. :) I’m not hanging yet.
Hello,
that’s good engineering! After some time maybe you can tweak the device to not give a linear increasing squeeze force as a function of increasing g force (weight).
Hello,that’s good engineering! After some time maybe you can tweak the device to not give a linear increasing squeeze force as a function of increasing g force (weight).
I was thinking the same thing.
You could just add something in between the pipes that keeps them from closing further together than you want. That should work :) .
"You are entitled to your own opinion, but not your own facts."
That is actually a great idea. :) Though I don’t think I’ll do heavy hanging.