Platform Overview

What ballengine.app is, how the bouncing-ball engine works, and who it is for.

01

What is ballengine.app?

ballengine.app is a browser-based creator studio for making music-synced bouncing-ball videos for TikTok, Reels, and YouTube Shorts. The entire physics engine runs inside your web browser, there is nothing to install, and you do not need heavy 3D software like Blender or After Effects. You pick a simulation mode, choose how the balls move and sound, press play, and record the result as a vertical (or any-ratio) video ready to post. Everything from the physics to the audio sync to the final export happens on this one platform.

02

The Modes at a Glance

The Creator Studio ships with six public simulation modes plus three add-on modifiers you can layer on top of any mode. Each mode is a different "game" the ball plays, and each one is tuned to produce a specific kind of satisfying, high-retention loop.

ModeWhat the ball does
RhythmicPlays a melody: each bounce triggers the next note of a song or MIDI file.
EscapeBreaks out through a stack of concentric rotating rings by finding the gaps.
DrawerPaints persistent lines that build geometric art and mandalas as it moves.
SpawnerMultiplies on impact until the screen fills with a colorful swarm.
GhostFinds the gap and dodges the spikes, touching a spike ends the run. (Pro)
SpiralOrbits a spinning spiral tunnel built from movable boxes. (Pro)
Pro Tip

New here? Start with Rhythmic or Escape: they are the two formats that perform best on short-form platforms and are the easiest to get a satisfying result from on your first try. See Ball Engine Modes for a full guide to each one.

03

Who It Is For

ballengine.app is built for short-form video creators, faceless/automation channels, ASMR and "satisfying content" creators, and physics-art enthusiasts. If you want to publish replayable, music-reactive bouncing-ball loops without learning professional animation tools, this is the toolkit for that.

04

What You Need to Run It

Because the engine renders in real time using your GPU through WebGL/WebGPU, a modern browser and reasonable hardware give the smoothest experience. Chrome, Edge, and Brave offer the best performance and the most up-to-date GPU support. Firefox and Safari work, though their WebGPU support varies by version. You can build and preview on mobile, but final high-resolution exports run best on a desktop or laptop on charger power. See the Troubleshooting → Optimization Center guide for a full hardware checklist.

Pro Tip

Plug your laptop in before a long session. On battery, most laptops throttle the GPU by half or more, which causes choppy playback and dropped frames during recording.

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