Welcome to Myrulet

Roulette computers and systems. Advanced roulette strategies such as visual ballistic (roulette visual prediction) to win at roulette wheel. Information about electronics device such as timers or thumpers or roulette computers for the most accurate predictions. We also have great forum support, learn roulette advantage play and visual prediction, it is skill a for life. If you like to play roulette or trying to make some extra money we have the best roulette computer systems and a lot of free information about methods to win.


This page is neither about basics of how to play roulette, nor about how we can place bets or calculate roulettes percentages. That would be a waste of time. Here we focus on advanced proven methods, designed for casino players with some experience in this game of money. Firstly you should search and get basic information then learn to become an advanced roulette player. Basics you can find at many internet pages or in books at your local library. We presume that you are a player who is familiar with the game and did a bit of homework beforehand.

Acrobat or old roulette software?

Written by Super.

FFV-Acrobat microchipEach time is decided that something new will be out I like to inform potential buyers about it, so they can make the best decisions. It’ s same as with “iPhone”, nobody wants to buy old one when new one is just to come out, at least not without decent deal.


So here is the story.

Video FFZ and FFV roulette devices R6A

Written by Super.

roulette computer videoThe program can be used with any FFZ and FFV roulette computers.
I showed few settings and options that the program can do.
Predicting as tilt2 for tilted roulette wheel or as a IQE6 for leveled.
New feature is FFVB2 which is combination of roulette visual prediction and computer.

FF - ACROBAT

Written by Super.

 

FF - Acrobat graph

FF-Acrobat is software that is in development, for the new generation of FF roulette computers.

The Acrobat software is like using a few roulette computers in one, where each one is predicting but the system acrobatically jumps in between them to find the best match within a created data array.  The Acrobat doesn’t stop there, it scans for the next best matches within the array, compares results and decides how to predict or how to inform the user about prediction to achieve the best performance.