Generators & Random Tools
100% Client-Side 100% Client-Side. Wheel items and spins run entirely in your local browser.

Interactive Decision Wheel Spinner

Customizable spinning wheel with realistic physics, deceleration inertia, and sound effects

Randomness & Decision Studio

Cryptographically secure CSPRNG numbers, strings, polyhedral dice, coins, and decision wheels

Wheel Slices (8)

Pizza
Sushi
Burgers
Tacos
Thai Curry
Pasta
Ramen
Salad

About Interactive Decision Wheel Spinner

HTML5 Canvas decision wheel spinner featuring authentic angular physics, realistic deceleration friction, and synthetic tick audio generated via the Web Audio API. Customize slice labels, colors, and items to make quick decisions, choose dinner options, run team standup turns, or host classroom games.

Key Capabilities & Features

  • Interactive HTML5 Canvas wheel with real angular momentum & friction physics
  • Synthesized Web Audio tick sounds matching slice boundary transitions
  • Dynamic slice manager: Add, edit, or remove slices on the fly
  • Vibrant high-contrast slice color palette with smooth typography
  • Celebratory winner announcement banner upon wheel stop

How to Use Interactive Decision Wheel Spinner

1

Customize Slices

Add your options, names, or choices using the slice manager.

2

Click Spin

Click the central Spin button or tap the canvas to release the wheel.

3

Watch the Spin

Observe the realistic physics deceleration and audio ticks.

4

View Result

The winner is announced automatically when the wheel comes to a complete rest.

Privacy & In-Browser Execution Guarantee

100% Client-Side. Wheel items and spins run entirely in your local browser.

Frequently Asked Questions

Does the wheel require internet or external assets for sound?

No, audio sounds are generated synthetically in real time using the browser Web Audio API oscillator with zero external audio file downloads.

Can I add as many slices as I want?

Yes, the canvas automatically recalculates radian angles and adjusts text placement for any number of slices.

Is the wheel spin result determined fairly by physics or randomness?

The wheel uses realistic angular deceleration physics combined with a CSPRNG-seeded initial impulse. The final pointer landing position is mathematically unbiased and non-deterministic.