Roll dice without dice. Pick how many you want, tap, and get the faces and the total. It is the die that went missing from the board game box, and it is also the fastest way to settle who goes first when nobody wants to decide. Every face has the same chance on every roll, drawn from the browser's random source rather than from an animation stopping somewhere.
The result is drawn first and then displayed, so the animation cannot bias which face comes up.
Each die is rolled separately, so two dice give the usual triangular distribution of totals — seven is the most common sum, not an even spread from two to twelve.
Nothing is stored and nothing is sent anywhere; the roller works offline once the page has loaded.
Mass-produced dice are not perfectly balanced. Pips are drilled out and filled, which removes slightly more material from the six than from the one, and cheap dice are measurably biased toward the heavier faces.
How you roll matters too. A short toss onto a soft surface preserves more of the starting orientation than a proper throw against a wall, which is exactly why casinos require the dice to hit the far end of the table.
A drawn number has neither problem. Every face is equally likely by construction, and no throwing technique can influence it.
A single die gives a flat distribution: each of the six results is equally likely. Two dice do not — their totals form a triangle, peaking at seven and tapering to a single combination each at two and twelve.
That is why board games are designed around two dice rather than one twelve-sided one. The middle of the range shows up constantly and the extremes are rare, which makes the game predictable enough to plan around and random enough to stay interesting.
Knowing the shape helps at the table. On two dice, seven appears roughly once every six rolls while twelve appears once every thirty-six, and any strategy that treats those as comparable is going to lose.
Highest roll goes first is the standard, and it is fine — but it produces ties often enough with more than three people that you should agree in advance whether ties re-roll or split.
For picking one person out of a group, a die only works cleanly when the group size divides into six. Five people and a six-sided die means the sixth result has to be re-rolled, and groups routinely forget that and quietly assign it to somebody.
For anything where fairness actually matters, a picker built for the job is better than improvising with dice. Dice are for games; they are a clumsy random selector for a list of names.
The common rule is highest or lowest takes the forfeit, and it works because it is instant and nobody has to make a decision anybody could resent.
It is worth setting the tie rule first. Ties are frequent with more than three players and re-rolling by default keeps the game moving; deciding it in the moment invites an argument for a result nobody cares about.
This page does not tell anyone to drink. It rolls dice and shows the total — everything past that is a rule your table agreed to.
It does not simulate dice other than the standard six-sided kind, so tabletop systems that need a twenty-sided die are outside its scope.
It does not keep a history. Each roll replaces the last, and nothing about your session is stored or sent anywhere.
And it does not let you weight the outcome. A loaded die that looks fair would defeat the entire reason to use a digital one.
Yes. Each die is drawn independently with equal probability on all six faces, using the browser's random source. The animation is drawn to match a result that has already been decided.
Because there are six ways to make seven and only one way to make two or twelve. That is a property of rolling two dice, not of this roller — physical dice behave the same way.
That is the main use. It replaces a die that has gone missing from the box, and rolling several at once covers games that need two or more.
Yes. Once the page has loaded it runs entirely in the browser, with no network calls and no account.