Random Decision Maker
Enter your options, spin the wheel, and let fate decide
Decision Wheel
What Is the Random Decision Maker?
The Random Decision Maker is a free online spin-the-wheel tool that picks a random result from a list of options you provide. Enter anything — restaurant names, movie choices, team assignments, chore rotations, raffle entries — and click Spin. An animated wheel spins and lands on one item at random. It is a fast, visual, and fun way to eliminate indecision when every option feels equally valid.
The tool runs entirely in your browser using the HTML Canvas API for the wheel animation and Math.random() for result selection. No data leaves your device, and nothing is stored between sessions. Close the tab and everything resets.
When to Use a Random Decision Maker
Sometimes you need an impartial tiebreaker. Common use cases include picking a restaurant or meal when your group cannot agree, randomly assigning tasks or roles on a team, choosing a winner in a giveaway or raffle, deciding who goes first in a game, selecting a random topic, prompt, or idea when brainstorming, and breaking ties during planning sessions or retrospectives. The spinning wheel format makes the selection feel fair and transparent to everyone in the room, which is especially useful in group settings.
How to Use It
- Enter your options — type each choice on its own line in the text area. You need at least two options and can add up to twenty.
- Click Spin the Wheel — the wheel animates and decelerates to a random stop.
- Read the result — the winning option is displayed below the wheel once it stops.
- Spin again — change the options or spin as many times as you like. Each spin is independent.
Is the Result Truly Random?
The tool uses JavaScript's Math.random() function to determine the final resting angle of the wheel. This is a pseudorandom number generator (PRNG) seeded by the browser's internal entropy. It produces results that are statistically uniform across the option segments — meaning every option has an equal probability on each spin, regardless of how many times you have spun before. It is not cryptographically secure, which is fine for games and decisions but not appropriate for security-sensitive applications.