The whole game is one multiplication
Every hand you play in Balatro resolves to a single number:
Score = chips × mult
That’s it. Every joker, every tarot card, every enhancement, every boss blind — they all work by moving one of those two numbers, or by changing when they move.
Once you internalise that, most “mysterious” score behaviour stops being mysterious. A run that feels weak is almost always a run where one of the two numbers has been neglected.
The pipeline, in order
A played hand resolves in a fixed sequence. Knowing the sequence is the difference between a build that scores 20,000 and the same build scoring 90,000.
- Hand type and level. The game identifies your poker hand (pair, straight, flush, and so on). Each hand type has base chips and base mult, and those bases go up as you level the hand with planet cards or similar effects.
- Playing cards, left to right. Each card in the played hand contributes its chip value, then any enhancement on that card fires. Card-level effects resolve in the order the cards sit in the played hand.
- Held-in-hand effects. Cards you kept in your hand can contribute — this is where a lot of late-run scaling lives — and their effects fire at their own point in the sequence.
- Jokers, left to right. Jokers trigger in the order they sit in your joker row. Some fire while cards are being scored; some fire after, on the accumulated total. This is the single most exploitable fact in the game.
The practical consequence: the row is a program, and you are writing it. Reordering jokers is not cosmetic.
Why balance beats stacking one number
Because the score is a product, the two inputs are not equally valuable at all times. If you have 400 chips and 3 mult, adding 40 chips gains you roughly 10%. Adding 3 mult doubles your score.
Here is a quick sanity check. At the end of an ante, look at the two numbers on the score breakdown. Invest in whichever one is smaller relative to its own scaling options.
Beginners over-invest in chips almost every time. Chip numbers look bigger, so they feel better.
A worked example (illustrative figures)
Say a flush with base chips 35 and base mult 4, at a middling hand level.
| Step | Chips | Mult |
|---|---|---|
| Base hand | 35 | 4 |
| Scored cards contribute | 95 | 4 |
| A +Mult joker fires | 95 | 16 |
| A ×Mult joker fires (×3) | 95 | 48 |
| Final | 95 × 48 = 4,560 |
Now swap the two jokers so the ×Mult fires first:
| Step | Chips | Mult |
|---|---|---|
| Scored cards contribute | 95 | 4 |
| ×Mult joker fires (×3) | 95 | 12 |
| +Mult joker fires (+12) | 95 | 24 |
| Final | 95 × 24 = 2,280 |
Same two jokers. Half the score. That is the entire argument for learning joker order.
Three rules worth memorising
- Feed the multiplier. Put additive mult before multiplicative mult wherever you have the choice.
- Level what you play. Base values scale the whole product, so levelling the hand you actually play compounds harder than it looks.
- Watch the boss. Some boss blinds attack chips, some attack mult, some disable parts of your row. Classify the threat before the ante, not after — the boss blind framework covers how.
What this page deliberately leaves out
We haven’t listed the base chip and mult values for every hand type, or the exact effect text of every enhancement. Those are figures, not rules, and we publish figures only after checking them against the game’s own data. The reasoning above holds regardless of the exact numbers — it is the shape of the system, not a snapshot of it.