Lunar Goddess (Spinomenal) — RTP, volatility and free demo

Lunar Goddess by Spinomenal: headline RTP 92.60%, max win x3 000.

Provider
Spinomenal
RTP
92.60%
House edge
7.40%
Max win
x3 000
Layout
5
Betways
Fixed
Min bet
0.01
Max bet
10
Themes
Moon, Nature
Free demo
yes

What these numbers mean

An RTP of 92.60% means a house edge of 7.40% — the expected cost is 7.40 units per 100 staked over the long run, whatever a single session does.

The advertised ceiling is x3 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 below the median of 96.13%, higher than 1% of the games whose RTP we verified. That comparison matters more than the raw figure, because "96%" only sounds generous next to nothing.

Stakes and layout

Stakes run from 0.01 to 10 per spin on a 5 layout with fixed betways.

About Spinomenal

Lunar Goddess is one of 580 Spinomenal titles in our catalogue, a studio averaging 95.34% RTP across the games we could verify.

See the full Spinomenal game list and RTP breakdown.

Theme

This title is tagged Nature. A theme is art direction, not maths — two games sharing every symbol can be priced differently.

More from Spinomenal

Frequently asked

What is the RTP of Lunar Goddess?

Lunar Goddess has a published RTP of 92.60%, a house edge of 7.40%. We have not yet found a casino serving it at a different RTP build.

Can I play Lunar Goddess for free?

Yes. Lunar Goddess 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.

Is Lunar Goddess rigged?

Lunar Goddess is a Spinomenal 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.