buy every lottery combination

Screw Odds, I’m Buying All the Lottery Tickets.

Is It Possible to Purchase Every Possible Combination?

If you were a billionaire and money was of no issue, what prevents you from purchasing every possible lottery combination for the Mega Millions? More to the point, IS IT EVEN POSSIBLE to buy every single combination possible?

The Backstory

On February 25th, 1992, the odds of winning the $27million Virginia Lottery was 1 in 7 million. An Australian investor syndicate purchased approximately 5 million lottery tickets (time prevented them from buying the entire 7 million different combinations) —and they won the jackpot.

Because of this rare situation, Virginia officials were worried about another instance of a group spending millions to purchase as many combinations as their money could afford, the lottery officials debated restricting the bulk sales of lottery tickets. At the public hearing, there was much criticism from the public. One person stated that people just do not want to wait in line behind someone who has been there for days, just buying tickets.

When the hearing was concluded, then Governor L. Douglas Wilder stated that sales agents must take orders from individuals in line before completing orders from absentee buyers. The reasoning behind this recommendation was that the store who took the order for the Australian syndicate had to put an “out of order” sign on the lottery terminal while an employee printed thousands of tickets for the group.

The Logistics of Bulk Purchasing

Typically, when you purchase a lottery ticket, you have to fill out a scantron sheet. Now if you are an avid lottery player, you know that this can be a very time-consuming task. So if you were able to afford to purchase a ticket for every combination (we will stick with the same example from above for posterity), it would take an incredibly long time to fill out 7 million scantrons—much less how much time it would take for a lottery terminal to print them all out.

So, how were the Australians able to get around having to fill out those pesky scantrons? They paid multiple retailers to sell the blocks of lottery tickets in bulk. This resulted in at least one store closing down its lottery terminal. Even by circumventing the need for the scantrons to be filled out, the group was only able to purchase 5 million of the combinations.

Let us not forget that the large lotteries, like Powerball or Mega Millions, also take place twice a week. So you have a minimal time frame in which you can purchase those tickets. As you can imagine, with such time constraints, it adds another layer of difficulty to the scheme.

What if You Do Win?

Now, what would happen if you DID win after spending $5 million on tickets? Well, other than having 4,999,999 losing lottery tickets that you have to sift through to find the winner and what you will have to do to dispose of all those losing tickets. Of course, you would win the jackpot ($27million in the Australian’s case) minus the $5million you invested. Hey, you have to spend money to make money, right?

But… what about those instances when there is more than one winner? Not only would the jackpot be decreased because you have to split the winnings with other winner(s), but you are also out that initial $5 million! Now THAT does not sound appealing in the least. With that possibility in mind, it makes you wonder why anyone would even think about purchasing every known combination for a particular lottery. That is just ridiculous! Not only do you have time and money to contend with, but you also have the possibility of other winners taking a slice of the pie.

If money was no issue, would it be worth buying up every possible combination for a lottery?

Buying enough Mega Millions tickets to cover every possible combination sounds like a surefire way to win — but there are 3 major problems with that plan

At the time of this writing, the headline Mega Millions jackpot is up to $1.6 billion, and the lump-sum cash grand prize is estimated at $904 million.

In a Mega Millions drawing, five numbered balls are drawn from a drum with 70 balls, and a final bonus ball is drawn from a drum with 25 balls. If you match all six numbers, you win the full jackpot, and there are smaller fixed prizes awarded for matching some subset of the numbers.

There are 12,103,014 possible combinations of the first five numbers ranging from 1 to 70. Multiply that by the 25 options for the final ball and you get 302,575,350 possible Mega Millions tickets.

At $2 for each ticket, then, it would be possible to buy every possible ticket for $605,150,700. As a journalist, I don’t have that much money sitting around, but either a consortium of a few million Americans or a large and wealthy institution like a bank could conceivably assemble that level of cash.

With the sky-high jackpot in play, this at first glance actually guarantees a profit — at least before taxes. Since we’ve bought every ticket once, we can see how much we will win based on the lump-sum cash jackpot and the smaller prizes:

Indeed, this is something of a low-ball estimate. As we are buying another half-billion dollars’ worth of tickets, part of that money will be added into the jackpot pool.

Of course, there are a few extra complications to this project.

Actually buying 300 million tickets

The first problem is the actual physical act of buying more than 300 million Mega Millions tickets and filling them out by hand. Since we need to very carefully and systematically make sure we get every possible ticket, using the computer-generated random quick draw will not work for us.

According to Statista, Wells Fargo has about 232,321 employees. At about 1,302 possible Mega Millions tickets for each employee, it would take each employee just over 10 hours a day for three days buying and filling out tickets at a pace of 43 tickets an hour.

So while this would be extremely difficult to do and perhaps not the best use of a large organization’s resources, it seems as if it may be physically possible, if somewhat grueling, to actually buy every Mega Millions ticket.

Similarly, a large, decentralized consortium of several thousand or a few million Americans connected over the internet — something like an office Mega Millions pool on a mass scale — would be physically capable of buying 300 million lottery tickets.

Of course, the logistical coordination of such a consortium would be a daunting task, and one could imagine various legal and practical difficulties with distributing the money after the drawing.

Splitting the jackpot

The second and larger problem with our comprehensive Mega Millions scheme is the risk of splitting the jackpot. While the fixed prizes do provide about $75 million of our winnings, the overwhelming bulk of the money comes from the big prize.

That would mean splitting the jackpot two or more ways with other players would be devastating for our plan. A two-way split cash-prize jackpot would give us $452 million before taxes. Adding in the fixed prizes, we get about $527 million in winnings, which is now less than the approximately $605 million cost of tickets, leaving us a loss of about $78 million.

The likelihood of splitting the pot is determined by how many other tickets are sold. Business Insider looked at this after the October 19 drawing in which there were no winners, paving the way to the latest incredibly high jackpot. Following the logic from that post, we can estimate our odds of winning the jackpot alone based on a few guesses about ticket sales.

According to, a site that tracks lottery sales and jackpots, 280,217,678 tickets were sold before Friday’s drawing. With that many tickets sold, and under the assumption that everyone else playing Mega Millions is picking numbers more or less at random and independently from one another, there’s just a 40% chance that we would be the only winner.

We could also expect that, with the $1.6 billion headline prize, even more tickets will be sold before Tuesday’s drawing, greatly hurting our chances of walking away with the full jackpot without having to share.

Other people trying the same thing we are

The above analysis of our odds of splitting the pot assumed that all the other tickets sold were to normal people who would choose their numbers more or less at random. But seeing as we are going all in and buying every ticket, it’s possible that someone else could be attempting this as well. There are, after all, several organizations in the US that have the financial and personnel resources to theoretically go out and buy 300 million Mega Millions tickets.

Of course, if two or more banks or consortia tried this plan, they would be certain to have to split the pot and thus lose a bunch of money. This situation is similar to the game Chicken, in which two drivers start out driving directly at each other. If one driver swerves while the other keeps going straight, the first driver “loses” and the second driver “wins.” If both drivers swerve, the game is a draw. Naturally, if both drivers keep going straight, their cars collide and they die in a fiery wreck.

In Chicken, the strategy you adopt depends on what you think the other driver is going to do — assuming you’re actually playing something as reckless and stupid as Chicken in the first place. If you think he’s crazy enough to keep barreling forward, you should be more likely to swerve. If you believe, on the other hand, that he’s going to veer out of the way first, then you might be more likely to keep driving straight.

Banks or billionaires with thousands of employees that are considering buying every Mega Millions ticket need to make a similar consideration. If there’s a low likelihood that a competitor will mobilize a small army of people in a bid to win a historically high lottery jackpot, then perhaps that risk is worth taking. If, on the other hand, we think there may be not just one but several other wealthy organizations or people that are making similar plans to our own, we should stay out of the fray.

This used to be much easier

There actually is a precedent for someone buying every ticket in a lottery, thus ensuring that the person would be holding a jackpot-winning ticket. The Romanian mathematician Stefan Mandel managed to win the lottery 14 times in the 1980s and ’90s through a scheme similar to the one considered above.

According to a profile of Mandel in The Hustle, he recruited investors to put up the money needed to buy every ticket in the Virginia lottery. Once the jackpot grew to $27 million in February 1992 — high enough to make the plan theoretically profitable — Mandel used a bank of computer printers to print out every combination of numbers from that lottery. A group of couriers then dropped off thousands of tickets at a time at lottery retailers around the state.

Though logistical snags prevented all of the combinations from being entered in time, the consortium still won the $27 million prize.

There are two big reasons, however, that it would be difficult to replicate Mandel’s feat. First, the Virginia lottery at the time involved choosing six numbers from 1 to 44. That meant there were 7,059,052 possible tickets in that lottery. While that’s a big number and a logistical hassle, it’s far lower than the modern multistate lotteries. Mega Millions’ set of 302,575,350 possible tickets is about 43 times the size of the 1992 Virginia lottery.

Second, according to The Hustle, in the wake of Mandel’s and similar consortium schemes, state lottery commissions adopted rules banning mass computer-printed lottery tickets. Any attempt to buy every lottery ticket now would require actually filling the tickets out by hand.

The Mega Millions jackpot is so massive, at least before taxes, that it would theoretically be profitable to buy enough tickets to cover every one of the 302,575,350 possible combinations of Mega Millions numbers. ]]>