Vibration Hanging: A New Idea

Here’s a new idea for those of you that are very experienced, and want a way to break out of a plateau. I think it works for hanging, but might work for pumping too.

When companies want to test to see how their products stand up over time, the use Accelerated Life Testing (ALT) or Highly Accelerated Life Testing (HALT). Search for it on the web if you don’t believe me.

For ALT, they strap the product to a vibration table and run it for a few weeks to simulate years of wear and tear. For HALT, they put the vibration table in a temperature chamber, and rapidly cycle between hot and cold temperatures to speed up the process even further. How does that apply to PE?

We can’t do PE in a temp chamber, but we could use a very strong vibration motor to multiply the stresses on the penis septum and ligaments. That would stretch them, allowing us to make gains.

Sound interesting?

Ok, how exactly do I propose to apply ALT to PE?

Well, you need to find a very strong vibration motor. Then you need a way to attach it to your hanger, and control it so you can manage the stress on your penis.

I found a decent vibration motor on Amazon (search for concrete vibrator motor when you go there). I bought a 40w orange motor for $70. They come in sizes from 30w to 100w. It needs a plug and an on/off switch ($10 more). Then I designed a way to attach a bib hanger or an LG Hanger to the motor. The parts cost about $20. I sent attachment plate to Thoughtfulgold so he can test it with the LG, and I tried it with the Bib. TG will follow with some pictures of his setup, and how it goes together.

I’ve tried it for a couple of months, and added about 1/8” BPEL. Doesn’t sound like much, I know. But I’ve been stuck with no gains for a couple of years, and it is the first progress I’ve seen in that time. If I can keep up that pace, I’d gain over 1/2” in a year, and that is a healthy rate of gain indeed.

Multiplying stresses sound bad idea because fatique stressing these tissues could be prone to cause injuries. Tissues being viscoelastc by nature any form of ballistic loading is very bad idea.

But you have another scenario with this idea which could indeed be very good idea. Theragun and similar devises have shown to be very effective on producing stress relaxation on musculo-ligamentous structures. Applying light to moderate longitudinal load and then vibrating the shaft perpendicular to the shaft could produce stress relaxation and hanging times should
be reduced significantly. The frequency and the amplitude of the vibrating apparatus should be investigated carefully.

Secondly if you have been recently following some of us using Ultrasound devises, we are using micro vibrations as well while stretching as a byproduct of heating efforts

I agree that caution is a good idea. But I don’t think that ultrasound devices can exert enough stress to make much of a difference. Products don’t undergo accelerated life testing (ALT) at ultrasound frequencies; they use frequencies around 50 to 150 hz. For example, vibrationmaster makes expensive vibration tables for ALT, and they can be programmed to run at frequencies from 0 to 200hz.

My company did HALT on sensors we made. We put them on a vibration table, put the table in a temp chamber, and ran it for a month, cycling from -40 degrees F to +185 degrees F every half hour. The testing put enormous stress on every solder joint, nut, and bolt on the equipment. The vibration table had a 80w motor that ran at 60hz. I was told by the engineers that it simulated 15 years outside in bad weather.

It was the vibration, plus the tension, that put stress on the solder joints, nuts, and bolts.

But we’re pursuing the same line of thinking. I just think that the research that has been done on ALT so far can be applied to PE, and that means lower frequencies and a strong vibration motor.

There could be some merit to the idea if the process of tissue being stretched causes growth rather than being held at a stretched position.

I think that’s sort of thing would apply well to pumping. I imagine vacuum pressure increasing briefly 60x per minute would mimic pulsation circulation.

But I think the description of vibration is too fast of a change to be effective.

It’s an interesting concept.

Ultrasound frequencies are short wavelengths that are quickly converted into heat energy.

Frequencies of 100-200 hz, up to 5 foot wavelengths, these will remain mechanical with little conversion. So one will feel this energy in motion move through their cock (vibration), while with US it will be experienced through heat. Two different stimulus.

Dynamic fatigue through resonance, definitely interesting, as always, surely caution is advised.

Lol, I’m sure I will be trying it in the near future!

Very cool idea. I look forward to ThoughtfulGold’s update after using the motor on his nuts and bolts while extended.

This kind of thinking is what is going to take us to the next level of enlargement, and produce quicker gains. Thank you for sharing!

Bless’ed Love

It is weird how people think up the same stuff at the same time. I was thinking about using the working part of this vibrating cleaner I have in my junk drawer while stretching. The vibrating device looks like a coil of wire but it is connected to 120ac power. The coil reminds me of a speaker winding. I will take a picture of the cleaner and its guts, the coil. Will post pic tomorrow.

The original theragun works at 40Hz frequency I suppose. So the frequency you are suggesting could indeed be in the range.
The vibrating amplitude should be somehow adjusted and I emphasize it should be directed perpendicular to the tension force.
Vibrator would cause sine wave pulsing along the shaft. If the vibrator is placed on the hanger attachment the amplitude of the wave attenuate going towards the base of the shaft. Instead of the hanger placement there should be tryouts for shaft placement via special collar.

The applications in my opinion should not be to cause multiplied stresses via longitudinal pulsing. It should be targeting stress relaxation via pulsation.
In generally speaking if we are about to develop new effective ways for PE, we should encourage low force applications with every “pre-exhaustion” method available. Going with the increasing stresses via increasing force is a dead end. They are against the nature of the tissue behavior under load our precious organ carries.

I’m not sure what you mean by stress reduction.

When we do PE, we apply force on the ligs, septum and tunica to stretch them, enabling gains. I believe that gains slow down over time as the body reacts to the applied stress and the tissues toughen up. To make further gains, we either (a) use a decon break to let the penis soften up again, or (b) apply more force to overcome the toughening tissue. Neither one worked very well for me.

So far, it seems that the vibration motor softens up these tissues without adding more weight. After using it for several days in a row, I have to reduce the weight and the time or it becomes uncomfortable.

Not stress reduction but stress relaxation. The softening of the tissue you are describing may come from this phenomenon because of the vibration caused fatigue.
These methods are exactly what we need. Being it then from therapeutic heat which me and several others are using at the moment or the method you are pioneering right now.
What ever the catalyst is the aim should be as you just said, to be able to increase tissue response from exercise and to cause elongation without progressive loading.

Your initial experiences sound really promising to me.

What I have to say the vibrator you are using may be seriously overmeasured. It is causing force of 28 kg or 35 kg.
Anyone following this should downgrade the application to multiple times lighter version.

Be cautious with it.

Very interesting. I’ll be following this for sure.

I don’t think it puts out that kind of force, but I can’t measure it to say for sure. It uses a pair of unbalanced weights that generate vibrations as they spin. They are adjustable; by moving the weights to a more balanced position, you can reduce the vibration force.