You opened the door on advantage play at roulette. OK, spill!
And
Unless you're factoring in comps, I can’t make the roulette math work. With a payback of 36-1 and 38 numbers (inclusive of 0 and 00), the house edge is 5.2%.
These questions, and a few others, were submitted based on our general answer about advantage play we ran in December, in which we mentioned in passing the dedicated team of advantage players that spent decades working on the challenge of beating roulette -- and succeeded.
Since you asked so nicely, here's an overview of that situation.
The name of the book, which will be released soon (not by us), is Follow the Bouncing Ball. It begins where another book about advantage play at roulette left off. The Eudamonic Pie was published in 1985 and detailed the many trials and tribulations of a group of physicists, computer programmers, and hardware engineers who attempted something most people thought to be impossible: beating roulette.
The author of Follow the Bouncing Ball, Mark Billings, writes, “The Eudamonic Pie was a revelation, well-written and interesting. It took off like a rocket and unfortunately ultimately ended its flight with a bit of a thud. Although the pioneers of Chaos Theory were able to get an actual edge on actual roulette wheels in actual casinos, they were never able to win a significant amount of money. Suffice it to say that if anything could go wrong, it did.”
The exploits of the players who took over the roulette project are described in Follow the Bouncing Ball. They combined advantage play at blackjack with predictive computers pioneered by The Eudamonic Pie principals and spent years and years of blood, sweat, and toil perfecting the technology and casino comportment necessary to beat roulette and get away with the money.
Here’s the scene as depicted in the Introduction to Follow the Bouncing Ball.
“Fletcher Barnes is occupying the middle seat at a roulette table and absolutely murdering the game. The predictions Fletcher is receiving from the small custom-built computer are so accurate, the dealer is actually preparing Fletcher’s thirty-five-chip payout before she spins the ball. On this night, Fletcher’s biggest challenge will be losing back the stacks of blue chips in front of him to make it appear as if he busted out before having to slink out of the casino like just another loser.
“Normally, Fletcher’s biggest problem is to look like an average systems player who will eventually get ground down by the insurmountable built-in house advantage in the game of roulette. Particularly in the American version of the game, the house edge is so steep that it’s unusual for an ordinary roulette player to last more than a couple of hours before busting out. Yet, Fletcher has been playing for nearly three hours this night and could literally continue to play and win until the Duracell running the little FM radio tucked into his jacket pocket is thoroughly drained.
“However, for the physicists, programmers, engineers, and professional gamblers who made it possible, it was an enormous amount of work over a long period of time and at no point was it completely obvious that any of their sweat equity would ever amount to anything—anything at all.”
The book tells the extraordinary tale of a small group of advantage players who so thoroughly crushed roulette that they might as well have been printing money every time they walked into a casino. And it had nothing to do with the house edge, gambling systems, luck, or anything you’ve ever heard of. Just good old-fashioned technology that’s invisible to the casino and foolproof at the game. And regarding the house edge, the American double-zero roulette table has 38 numbers total and pays 35-1 (not 36) for hitting a number straight up, which is a 5.26% casino edge -- unbeatable without employing wheel-clocking or wheel-bias techniques, the former of which is detailed in the book.
We'll let you know when Follow the Bouncing Ball is available. It's definitely worth a read.
|
rokgpsman
Mar-16-2020
|
|
Gramps
Mar-16-2020
|
|
Pat Higgins
Mar-16-2020
|
|
Kevin Lewis
Mar-16-2020
|
|
gaattc2001
Mar-16-2020
|
|
Dave in Seattle.
Mar-16-2020
|
|
Roy Furukawa
Mar-16-2020
|
|
Mar-16-2020
|
|
Mar-16-2020
|