Roulette Betting Strategy & Tactics

Albert Einstein famously said "you can't beat a roulette wheel unless you steal money from it".

Nonetheless, the many even-sum bets in roulette have prompted many players over the years to attempt to beat the game using one or more variations of a Martingale strategy, whereby the player doubles the bet after each loss, so that the first win covers all previous losses, and allows a win equal to the original bet.

As the article on Martingales shows , this betting strategy is fundamentally flawed in practice, and the near-universal long-term consequence is considerable financial loss. Another strategy is the Fibonacci system, where bets are calculated based on the Fibonacci sequence. Regardless of the particular progression, no strategy can statistically overcome the casino advantage. You can use this strategy at casino https://utlandskacasino.net/.

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Although not a money-making strategy, Los Angeles Times editor Andrés Martinez described an enjoyable roulette betting method in his book about Las Vegas titled "24/ 7”. He calls it "dopey experiment". The idea is to divide its roulette funds into 35 units. This unit is bet on a given number for 35 consecutive rounds. So if the number comes up during these moves, the player wins his original bankroll and can continue playing with the house money. However, the probability of winning in all 35 spins (with a double zero wheel and 38 squares) is only (1 âˆ' (37 / 38)35) * 100% = 60.68%.

It is mistakenly believed that the green numbers are the "house numbers" and that by betting on them one "gains the house advantage". In fact, it is true that the house advantage comes from the existence of these green numbers (a game without green numbers would be statistically fair); however, they are no more or less likely to come out than any other number.

Engineers have repeatedly attempted to defeat the house advantage by predicting the mechanical performance of the wheel, including Joseph Jagger in Monte Carlo in 1873. These plans work by determining the numbers where the ball has the greatest probability of s 'Stop. Claude Shannon, a mathematician and computer scientist known for his contributions to information theory, undoubtedly built the first laptop computer in 1961 that could do this.

To try to prevent such exploits, casinos monitor the performance of their wheels, and regularly rebalance and realign them to ensure that spin results are as random as possible.

More recently, Thomas Bass in his book The Eudaemonic Pie 1991 (published as The Newtonian Casino in England) claimed to be able to predict wheel performance in real time. The book describes the exploits of a group of hackers, who called themselves the Eudaemons, who in the late 1970s used computers hidden in their shoes to win at roulette by predicting where the ball would come to rest. .

In the 1930s, some professional gamblers could consistently gain an edge at roulette by looking for bent wheels (easy to spot at the time) and betting against the larger bets.

In the early 90s, Gonzalo Garcia-Pelayo used a computer to model roulette wheel trends at the Casino in Madrid, Spain. By betting on the most probable numbers, with members of his family, he managed to win more than a million euros over several years. A court ruled in his favor when the legality of his strategy was questioned by the casino.

In 2004, it was reported that a group of two Serbs and a Hungarian woman in London used a scanner hidden in a mobile phone linked to a computer to predict the sector of the wheel where the ball was most likely to hit. stop. They were arrested, then released without charge as there was no evidence that they had technically interfered with casino equipment.

Only bet on red

A conceivable strategy would be to bet on red for a certain number of rounds, for example, 38. There are 18 red boxes on a roulette board out of 38 boxes in total. By dividing 18 by 38, we obtain the probability that red will come out, namely 47.37%. This probability can be used in a binomial distribution and transformed into an approximate standard normal distribution.

This operation indicates that if we spin the wheel 38 times, the probability that the ball will stop on red at least 10 times is 99%. The probability, over 38 shots, that the ball lands on red at least 15 times is 83%. Over 38 spins, there is a 50% chance that 18 reds will come out.

However, the critical point is 19 moves, since the bet on red is 1/1, and the probability of 19 reds coming out of 38 moves is only 37%. This shows how difficult it is to win by only betting on red.

The results occur because, as the equation 18 divided by 38 equals 47.37% indicates, the ball will land on red less than half the time. This percentage applied to the binomial and standard normal distributions creates the big gap in probability between 18 red spins and 19 red spins out of 38. It is very unlikely for anyone to get more than 18 red spins out of 38 spins.

Bet multiple times

This type of bet is a combination of the red bet and the martingale system. The difference is that this bet also includes odd numbers. This strategy starts with a bet of 1 on red and odd numbers (or you can bet on black and even numbers). Each bet is treated separately. When a bet is lost, it is doubled. When a bet is won, it is reset to 1. The reason why this technique keeps the player in the game for so long is that there is almost a 25% chance of winning on both red and the odd and that there is almost a 50% chance of being tied (winning one bet and losing the other). Of course, for this method to last, the player needs an unlimited source of money”¦! In reality, this method has the opposite effect when the player can no longer bet and loses. The loss this entails is probably hundreds of times greater than the loss incurred at the start. Also, in the long run, because the house always has an edge, the player will lose money just like with all other unbeatable casino games.

Using Dozen Bet

There are two versions of this system, single dozen bets and double dozen bets. In the version of the single dozen bet, the player uses a gradually increasing bet list starting at the minimum of the casino table and going up to the maximum of the table. The objective here is to use a single dozen bet to win before the betting list runs out. Many techniques are used such as: betting that the same dozen will come out after two consecutive appearances, betting on the dozen that has appeared the most in the last 15, 9 or 5 moves, betting that the dozen that, after a long absence of 7 rounds or more, appears for the first time.

1st and 3rd column strategy

A 2-chip bet on the 1st column and a 2-chip bet on the 3rd column cover the majority of the red numbers on the table. A 2 chip bet on black will provide insurance in case a black number comes out. This betting system covers almost all numbers except for 4 red numbers in the middle column and zero (and double zero in American Roulette). If the result is a red number in the 1st or 3rd column, the player breaks even. If the result is red in the middle column, the player loses 6 tokens. If the result is black in the middle column, the player loses 2 tokens. If the result is black in the 1st and 3rd columns, the player only wins 4 tokens.

Mechanical Strategies

There are certain roulette strategies that adopt a more mechanical technique to beat the casino. The most famous is the bias wheel attack. In the biased wheel attack, the player times the wheel in order to determine statistical deviations indicating certain flaws in the wheel. Since the wheel is made by a human being, it is almost impossible for the roulette wheel to be perfect. The biased wheel attack looks for imperfect wheels and exploits the fact that some wheels will come up with numbers more often than 1 in 35 times, which means it is possible to have an advantage over the casino. Timing the wheel involves noting the results of spins in large numbers in order to identify all opportunities.

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