Dice Roller

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Physics Animation

Each die tumbles with a natural easing curve — fast at first, slowing from friction, then settling perfectly on its face.

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Realistic Shading

Each face has unique lighting to simulate a real overhead light source — giving the die genuine depth and dimension.

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4 Sizes

Choose Small, Medium, Large, or XL dice — from compact multi-die layouts to a dramatic full-size single die.

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All RPG Dice

d4, d6, d8, d10, d12, d20 — everything you need for Dungeons & Dragons, Pathfinder, and other tabletop RPGs.

Frequently Asked Questions

Are the dice rolls truly random?▼

Yes. Each roll uses Math.random() which produces statistically uniform results. Every face has an equal probability — exactly like a fair physical die.

Can I use this for D&D?▼

Absolutely. All standard D&D dice are supported: d4, d6, d8, d10, d12, d20. Roll multiple dice simultaneously for damage rolls, ability checks, and saving throws.

What makes the animation realistic?▼

The animation uses requestAnimationFrame with a physics-based easing curve. Each die tumbles through multiple random intermediate rotations before decelerating and landing on its result face — mimicking how a real die slows from friction.

How to Roll Dice Online

Select the type of dice you want to roll — d4, d6, d8, d10, d12, d20, or d100.
Choose how many dice to roll at once.
Click Roll to generate truly random results using your browser's cryptographic random number generator.

When You Need This

Playing tabletop RPGs like Dungeons & Dragons when you don't have physical dice handy.
Board game nights where you need extra dice or lost the original ones.
Making random decisions — roll a d6 to pick between options, or a d20 for probability-based choices.
Teaching probability and statistics with real random number generation.

Good to Know

In D&D, a natural 20 on a d20 is always a critical success, and a natural 1 is always a critical failure — regardless of modifiers. This tool uses the Web Crypto API for true randomness, which is more random than Math.random() and can't be predicted.