UWE with wheels with out arms

Here i will post about patterns you did not know exist and that you can use a wheel with out arms and still use the same basic principals as UWE with a twist.


hey lucky, 8)

Don’t sing it, Bring it!!!

love to learn. knowledge is power!


[quote=“Dr.Spock, post:3, topic:658”]hey lucky, 8)

Don’t sing it, Bring it!!![/quote]

Yes i agree - just home from work and i will do this with accurate spelling as is not just some words about nothing - first it is appropriate of me to write in English about the original - after that how some one can use the original with wheels with out arms and after that i can twist it.
You see that is how it is done when i write about things that matters and are the real thing, so i will start with the original first during this week - as the original UWE topic is not much to talk about regarding my opinion.

I try to capture the read in a nutshell.
Not easy from my German translation.
Any comment are more then welcome.

UWE visual ballistic read.

You use three deflectors as reference points where the cross-over can appear at any one of does.
Lets assume you have a wheel with four arms - then when one arm make one cross-over - at least twice with the opposite arm as confirmation - then it will break out sooner or later out of this meeting point - when this happens at this moment the opposite arm will meet the ball during the next turnaround - this spot on the ball track you memorize - then after the ball makes one more turnaround and are over this spot you memorize - you read number below the ball.
Own comment.
Or read at deflector as you key the balls momentum.

Private comment about the visual ballistic read.
I find it very good that it isolate the ball speed using at least four turnarounds.
If we assume we have constant rotor speed.
Taking reference timing using both as mention above.
Is like it capture the balls sloppy momentum first and then nail it at the last two turnarounds where the ball can shift slightly.

This also brings me to elaborate why some one should use a dead deflector as reference pin.
As if the force of the ball has its own momentum and we can limit it knowing witch part of the ball track wont make the ball travel much further at the very end - then it will also effect a part of the wheel where we know that the ball wont sheet on us with one extra or one less turnaround.
Is like getting more acc knowing that it will not pass this point and we will have 0.00 0.25 0.50 0.75 at the very end with out passing 0.75
But this would also mean you don’t have the option standing at the very end of the table.

One pin as reference does also do the job where you can reverse the cross using the numbers on the rotor with same function as having three deflectors as reference pins.
I will next post some pictures that illustrate this - but it depends on that some one can read black numbers and divide the wheel into sectors of three.

Here is the original: https://rapidshare.com/files/457511870/_mfhs_Uwe.pdf

Here is the bad tanslation - but witch will give you at least a hint to grasp it.

There are different ways of VB

This here described method wa explained by a wellknon VB specialist Uwe, who is not willing to explain his method furtheron to more persons.

It is a genious simplification of the identification of the possible landingplace of the rouletteball

Precondition is, that the the roulette wheel isnot one of the totally flat ones.
If this so you will realize it after a time by experience.
The technique is quickly explained and not to complicated, what it makes difficult is exercise(practice) and the correct identification(detection?)

Without sufficient training one cannot get good results, one must plan 4 weeks intesive training with the enclosed trainingvideo or better in casino.

For us is only any(I don t know what he means with beliebig if it is a special part or any part of the wheel) part of the wheel important, so you don t need to stand too close to the wheel and so on one must not be afraid of being detected as VB player.

It is sufficient, if one can see a part of the wheel, which is 3 rhombuses Ÿ (Rauten).
This 3 rhombuses are our points of reference, and we call them L (Left) M (Middle) and R (Right) as you can see on the following sample (see the picture).

Furthermore wie look on the turning handles ? (Arme) of the spinningwheel.
We make it this way, that we try to recognize after the throwing of the ball by the croupier, if the ball, one of the 3 rhombuses and one of the handles of the wheel are building a line!

the description under the next picure is;
Turning handle rhombus R (Right) and ball build one line

This would look like this:

If there is this situation, we look if there ist his situation again- if the ball and any one of the turning handles build a line with the same rhombus - as a confirmation.
This has to be now 2 times.

If the ball with the handle near another rhombe, e.g. at the first time there was a line:
Ball, one handle and the Middle rhombe.
The on the next turnaround there is the line but with the Righ rhombus, one mut see, if the building of the line isagain at the Right rhombus (as a confirmation)

If the line repeats 2 times with the same rhombus, we must see, if this situation repeats at the next turnaround.
If this is the case, we look at the following turnaround.

Anytime, mostly after 2 or maximal 4 times same rhombus, the rhombus runs out of the meetinpoint? . This looks like this:

The handle and the rhombus don `t meet(e.g. after 3 turnarounds) at the same rhombus like before,they “meet” on another point.

At this point is the “hillpoint” reached. This means the handle which has hit now the ball is our “hillhandle” , the next handle, which comes is named "emptyhandle) and the next handle , which passes is named “Wherehandle”. The “wherehandle” is the handle opposite handle of the handle which hit with the ball…

This rhombus isn now named Hill
This handle is now named “Emptyhandle”

This handle is the “Wherehandle”
This is the most important handle, because it decides, where the forecast of the numbers could be read.

O.K., after meeting of the ball with any handle out of the former rhombus has hit (in german its not 100 % clear, a little bit confusing, what he means, perhaps he means, that any handle, which has not hit one of the former rhombus?), so the opposite handle now becomes the “Wherehandle”.
The ball turns now 1 time a full round and meets then the “Wherehandle”. The point, where the ball meetsthe “Wherehandle” is now our “Readingpoin”…

Assumed the ball met after another turnaround with the WO handle this way

The WO-handle meets the ball approximately at the rhombus right (could be at a totally other point).
Then our rhombus is our readingpoint.
This means: If the ball comes by at their next turnanround to this rhombus so in the wheel the underlying number ?( number lying beneath?) will be the forecastnumber.
This number and the opposite number now are played a 2/2

Again a summary:
Watched are 3 reference rhombuses till ball, one handle and one of the rhombuses build a line. This has to be confirmed one time at the same rhombus

There can be more often be a line at this rhombus but it can break off 2 times, sometime the ball doesn t hit with a handle at this rhombus, it runs a little bit out.
This is the handle, which we call “Hill”, now we watch (observe)the opposite handle (WO-handle)

When the ball makes a complete turnaround and now hits (meets) the WO-handle- it is our readingpoint, this point we must notice (menorize, bookmark) this spezial rhombus or beetween 2 rhombuses.

The ball makes another full turnaround(round) and meets the pointwe have bookmarked. If the ball is at this point one reads at the Scheibe? (perhaps he means roulettewheel) the number underneath and one plays this number and the opposite number with its neighbours (total 10 numbers)
It is not necessary to hit a number exactly ,you will recognize,that with more exercise you ll get better and better.

Enclosed are samples for bettingtechniques.
One can play the forecastnumber with its both neighbours and the opposite number with its both neigbours.
But one can reduce the forecastrange how shown on the pagesand play always the same if its the samsituation, then one doesn t pay so much attention, but will not hit so often.

Eventually one can use the forecast sectors to play dozens, columns e.t.c this is demonstrated.
Whatever one makes must be decided by himself, the VB method worksver good after sufficient exercise.
Numbers should be known by heart, so the neighbours and the opposite numbers, the success should be dependent from training.
The author claims to have not lost more than 5consecutive times and left the casino with awin.
If this is not a incentive (stimulus)…

If we assume we have constant rotor speed.

But we never do therefore using rotor as a reference is not a good choice especially because it gives us

reversed results.

“This also brings me to elaborate why someone should use a dead deflector as reference pin.
As if the force of the ball has its own momentum and we can limit it knowing witch part of the ball track won’t make the ball travel much further at the very end - then it will also effect a part of the wheel where we know that the ball wont sheet on us with one extra or one less turnaround.
Is like getting more acc knowing that it will not pass this point and we will have 0.00 0.25 0.50 0.75 at the very end with out passing 0.75”

If I understood right you are trying to say by position where you found the pattern you can know how the ball will behave in last revolution.
I do not believe in that, if the arms were in different position your pattern will be at different place therefore it is not related to ball but to rotor position. In addition 30 ms difference in ball speed may completely change where the ball ends. Just rotor in speed will deviate more than that, and definitely you will not be able to spot such difference.