Rise of Olympus 1000
96.24%
RTP
40,000x
Max Win
- Reels
- 6
- Min Bet
- 0.1
- Max Bet
- 75
- Release Date
- February 5, 2026
About this Slot
Rise of Olympus 1000 is a Greek mythology-themed slot from Play'n Go with an RTP of 96.24%, high volatility and a maximum win of 40,000x. The game features six reels and uses scatter-pays mechanics, where eight or more matching symbols anywhere on the grid create a winning combination.
The cascading feature removes winning symbols after each win, allowing remaining symbols to drop down while new ones fall into place. Cascades continue automatically during a single spin until no further wins occur. Multiplier symbols land on the grid and combine to create a total multiplier value that applies to wins. During cascades, multipliers upgrade once if multiplier symbols remain on the grid, with later cascades triggering a super upgrade of these multipliers.
Landing three or more scatters at the end of a spin awards 12 free spins. Throughout the free spins round, multiplier symbols add to a progressive total multiplier meter. Wins during free spins are multiplied by both the symbol value and the running total multiplier separately. Landing three scatters again during the bonus round adds three additional spins to the remaining total.
Go Ultra ante increases your stake by 50% and guarantees a multiplier upgrade during consecutive cascades within each spin.
Slots with this name
| Slot | RTP | Volatility | Max Win | |
|---|---|---|---|---|
| Rise of Olympus2018 | 96.5% | Medium | 5,000x | |
| Rise of Olympus 1000 (this page)2026 | 96.24% | High | 40,000x | |
Rise of Olympus 1000 Demo - Play for Free
The Rise of Olympus 1000 demo runs right here in your browser: play money, no sign-up, no deposit. It comes from Play'n Go themselves and carries the same rules and features as the real-money version. The stated RTP is 96.24%.
The demo starts only when you press it. It then loads straight from Play'n Go, which receives your IP address in the process. More on this in our Privacy Policy.
Play money, no payouts. Providers block the demo in some countries.
Rise of Olympus 1000 Community RTP
Real RTP estimated from rounds contributed by the community, across all uploaders.
Not enough contributed rounds yet for a reliable community RTP estimate.
At least 24,956 more rounds until this slot has a reliable RTP measurement.
Rise of Olympus 1000 RTP Calculator
Rise of Olympus 1000 has a theoretical RTP of 96.24%. Its volatility is High, so expect long dry spells punctuated by rare, large multipliers. Its win potential is capped at 40,000x your stake. Use the calculator below to estimate your expected return, variance range and risk of ruin over any number of spins.
Rise of Olympus 1000 Variance Simulator
Rise of Olympus 1000 sessions can swing far from its 96.24% average - its volatility is rated High. The simulator runs many virtual bankroll runs to estimate the bust rate, typical drawdown and best/worst outcomes over a set number of spins - compare a cautious bankroll against an aggressive one.
All Wins
No wins on this slot yet.
Play on Stake*Frequently asked questions about Rise of Olympus 1000
An RTP of 96.24% means Rise of Olympus 1000 is built to pay back around 96.24 for every 100 wagered over millions of spins. Any single session can land far above or below that - use the RTP calculator on this page to model your own bet size and spin count.
Over the long run Rise of Olympus 1000's house edge is about 3.76% of everything you wager - roughly 3.76 lost per 100 staked. Short sessions vary widely; the calculator above shows the expected loss and variance range for your inputs.
Quite a lot. Because wins cluster around rare big hits, your balance can move far from the 96.24% average in either direction. The variance simulator above shows typical drawdowns, bust rate and best/worst outcomes for your bankroll.
It depends on your bet size and how long you want to play Rise of Olympus 1000. Use the variance simulator above to test a cautious versus an aggressive bankroll and see how often each survives your target number of spins.