Random Wheel Spinner

Provide a gamified, physics-based decision wheel for raffles, giveaways, and naming pickers.

Free Random Wheel Spinner — The Ultimate Decision Maker

Struggling to make a choice or need a fair way to select a winner? Our Random Wheel Spinner is a gamified, physics-based decision tool designed for raffles, giveaways, naming pickers, classroom activities, and everyday dilemmas. Simply input your options, spin the wheel, and let fate decide instantly within your browser.

100% Free and Private: Unlike many online spinner tools that save your entries to external servers, our wheel operates entirely on the client side. Your custom lists—whether they contain sensitive student names, exclusive giveaway entrants, or private choices—never leave your device. It's completely secure and functions offline once the page is loaded.

Customizable and Infinite Uses: You can add as many options as you need, one per line. Use it for deciding where to eat, picking random students for a presentation, drawing lottery winners, choosing truth or dare questions, or dividing teams. When a winner is selected, you have the option to easily remove that specific slice to prevent them from being picked twice in subsequent spins.

Visually Engaging Physics: The spinning animation utilizes actual mathematical randomization and physics curves to simulate real-world drag and momentum. This builds anticipation and ensures that every single spin is provably fair, random, and unbiased.

Frequently Asked Questions

Is the wheel spin truly random? +
Yes. The spinning logic relies on the browser's cryptographic math functions to determine the exact stopping degree, ensuring completely fair and mathematically random outcomes every single time.
Can I save my custom wheel lists? +
Yes. The tool saves your inputted lists directly in your browser's local storage. When you close the page and return later, your customized wheel will be right where you left it.
Is there a limit to how many items I can add? +
You can add hundreds of items to the wheel. However, for visual clarity, if you add too many slices, the text might become small. The randomization algorithm handles large datasets flawlessly regardless of the visual density.