Most people discover PachinkoMaster because they can't agree on where to eat. That's a perfectly valid reason. But once you've got a physics board in your browser, a surprising number of other problems turn out to be solvable the same way.
Here are five uses we didn't build specifically for, but that users have turned into regular habits.
Every office has those low-stakes but surprisingly contentious decisions: who takes the first meeting slot, who gets the corner desk when someone leaves, which team names the new project. When you run these through a random decision maker, you take the personal politics out of it entirely.
The key is getting buy-in before you drop the ball. When everyone agrees the physics will decide, the result is much easier to accept than if someone had argued their way to it. This works especially well for recurring decisions — like rotating who leads the Monday standup — because the randomness means nobody can accuse the process of being rigged over time.
Set up the options, open it on the shared screen, and drop. The outcome belongs to physics, not to whoever shouted loudest.
If you run any kind of stream or online event, giveaways are a staple — but most random name pickers look like they were built in 2004. PachinkoMaster solves this by being visually interesting to watch in real time: you can see the ball bouncing, the tension builds as it heads toward the edge, and the landing is a genuine moment.
Add your entrants' names as prizes, drop all the balls simultaneously (one per player), and screen-share the board. The audience can watch their own ball's journey and see exactly why the winner won. Fully transparent, actually entertaining.
Fantasy football, office World Cup sweepstakes, five-a-side team selection — all of these need a fair draw, and all of them tend to devolve into arguments when one person holds the name-in-a-hat. A digital draw with real physics is harder to dispute and way more fun to run.
For sports tournaments specifically, the flag ball skins make the draw feel genuinely ceremonial. Add a prize slot for each team or group, set each player's ball to their country's flag, and run a multi-player drop. The board resolves in seconds and you have a transparent result everyone watched happen.
For draft order (who picks first, second, etc.), add numbered slots as prizes and have all participants drop simultaneously. The order in which balls land determines the draft sequence.
Decision fatigue is real, and it hits creative work particularly hard. When you've been staring at a blank page for an hour, the problem is often too many options, not too few. A random prompt selector externalises the decision and removes the paralysis.
Set up your slots with prompts, genres, constraints, or techniques — "write in second person", "start with dialogue", "set it at night", "introduce a stranger in the first paragraph". Drop a ball. Whatever it lands on, you write for the next 20 minutes without questioning it.
The same approach works for visual artists (colour palette, medium, subject), musicians (key, tempo range, instrument restriction), and game designers (mechanic, genre, limitation). The physics makes the result feel like fate rather than a coin flip, which is surprisingly important for getting your brain to commit to it.
Chore wheels fail for one reason: they feel arbitrary once someone realises they keep getting the bins. A physics-based draw is different because everyone can see the ball land — the outcome is witnessed, not just asserted.
Set up your household chores as prize slots, add each person in the household as a player, and run a multi-player drop. Each ball lands on a chore, and that's the assignment for the week. Nobody chose it, nobody picked anyone's chore on purpose. The pegs decided.
Use the shareable URL feature to save the exact chore wheel setup so you don't have to rebuild it each week. One link, bookmark it, pull it up every Sunday.
These are just five. Once you start thinking of any unfair-feeling or contentious decision as a candidate for the board, you'll find more of them everywhere. The physics don't care about politics, creative blocks, or office dynamics — they just care about the pegs.