Spin a customizable wheel or flip a coin to make random decisions quickly.
Enter two or more choices you are deciding between.
Click the button to randomly select one of your options.
See which option was chosen and go with the decision.
You type the options you are weighing, and the tool renders each one as a segment of a spinning wheel; when the wheel stops, the segment under the pointer is your answer. A coin flip mode does the same for exactly two options. The thing users most often get wrong is treating the outcome as advice: the wheel weighs all entries equally and has no memory, so a result you dislike is not a sign that a better option is hiding nearby - it is simply what a fair draw produced. The randomness is the point, and it works only if you commit to the first spin.
A concrete input and expected output from the current implementation.
Input
Pizza, Sushi, Tacos, Burgers
Expected output
One of the four entered options, selected uniformly at random - a given run returns exactly one of 'Pizza', 'Sushi', 'Tacos', or 'Burgers'. Each entry has a 1-in-4 (25%) chance of being the result on any single spin, and the result of one spin does not change the odds of the next.
Four entries become four equal segments, so each option's probability is 1/4. The tool's output cannot be predicted in advance - that is the point - but the outcome space and the odds are fully determined by the input.
Every entry you type becomes one segment of the wheel, and the segments are sized identically unless the tool offers explicit weighting controls. With N entries, each entry has a 1/N chance of being selected on any single spin, so a three-option wheel gives each option 1/3. Listing an option twice makes it count as two segments, doubling its share to 2/4 (1/2) on a four-segment wheel.
The wheel does not remember what it produced last time. Landing on the same entry several spins in a row is no reason to expect a different result next time; the odds are identical on every spin. Re-spinning until you like the outcome is always available, but it converts a random draw into a biased one: you, not the wheel, made the decision.
If the tool has a weight or probability control, that is the intended way. Without one, the only lever is entry count: each listing becomes one segment, so an option entered twice on a three-entry wheel wins 2/3 of spins. Weighted or not, the wheel will not tell you which option is a better idea - it only tells you which segment the pointer lands on.
No. Random draws are independent, and streaks are normal: with four equal options, any option has a 1/4 chance on every spin, even after it won twice. Expecting the next result to differ because earlier ones did is the gambler's fallacy. If you need a guarantee that each person wins once, you need a mode that removes winners between draws - confirm this tool has one before relying on it.
The example and behavioral notes were checked against the browser implementation. Standards and primary references below define the relevant format, formula, or platform behavior.
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