Chocolates by Big Time Gaming: headline RTP 96.60%, High volatility, max win x65 000.
An RTP of 96.60% means a house edge of 3.40% — the expected cost is 3.40 units per 100 staked over the long run, whatever a single session does.
Chocolates is a high volatility game: the return arrives in rare, large payouts, so long dry spells are normal rather than a malfunction. Size stakes for the drought, not the average.
The advertised ceiling is x65 000. Max win figures describe the tail of the distribution, not a realistic target: on most games with a ceiling this high the probability per spin is below one in a million.
Against our catalogue the number is above the median of 96.13%, higher than 89% of the games whose RTP we verified. That comparison matters more than the raw figure, because "96%" only sounds generous next to nothing.
Features: In-game Freespins.
Released 2020-10-28. Release date matters for RTP: newer titles are more likely to ship with several configurable builds, which is what lets two casinos price the same game differently.
Stakes run from 0.1 to 20 per spin on a 4 layout with fixed betways.
Chocolates is one of 74 Big Time Gaming titles in our catalogue, a studio averaging 96.39% RTP across the games we could verify.
See the full Big Time Gaming game list and RTP breakdown.
This title is tagged Sweets. A theme is art direction, not maths — two games sharing every symbol can be priced differently.
Chocolates has a published RTP of 96.60%, a house edge of 3.40%. We have not yet found a casino serving it at a different RTP build.
Yes. Chocolates has a free demo with the same mathematics as the real-money version — the only thing that changes is that the balance is not yours. A demo cannot tell you the RTP build a particular casino serves.
Chocolates is a Big Time Gaming game, so the outcome is produced by the studio's certified RNG rather than by the casino, and it is not provably fair in the cryptographic sense — you cannot recompute a spin from a seed. What the casino does control is which RTP build it serves. That is the real variable, and it is measurable.