Skip to content
18+Adults onlyGaming Commission of Ghana licensingWinnings tax-free since 2 April 2025
Updated

Casino

How Aviator Works

How Aviator Works
Photo: Shixart1985, Wikimedia Commons, CC BY 2.0

Aviator is a fast-paced crash game by Spribe. The key is to cash out before the plane crashes, but the crash point is not predictable. Spribe describes the game as "provably fair" and shows that the crash was determined before the round began.

How a round works

The fundamental loop of Aviator is built around gambling. Each round, the multiplier rises from the 1.00x starting point, represented by an animated plane taking off. As long as your bet stays in, the multiplier climbs — ×1.01, ×1.02, ×1.03, and on. Your bet is multiplied by the current value of that animated plane. Cash out at any point and you win your stake multiplied by the multiplier at that moment. Cash out before the crash, and you walk away with your multiplied stake. Let it ride until it crashes, and you lose your whole stake.

Auto bet and auto cash-out

Aviator lets you automate both your bet and your take profit. Auto bet repeats your stake every round. Auto cash-out lets you lock in a target multiplier like ×2.00 and have the game automatically cash out for you when that marker is hit.

Under the current rules, the auto cash-out range is between ×1.01 and ×100.00. This is wide enough to accommodate a slow-and-steady approach or a() more aggressive doubling of a win. But the automation is no more than what's on offer in many casino games — it doesn't let you control the round outcome or adding any skill element to the gambling.

What provably fair means here

Spribe backs up its claim of a fair Aviator round with a system known as "provably fair". This works by revealing round outcomes from a combination of seeds — numbers that act in this case like dice rolls. Seed numbers, plus a known game-step algorithm, determine the round result.

Key to proving fairness is that you can see the hash (a representation) of the seeds in advance. After the round, you can verify a link between the hash revealed earlier and the published seeds. This grounds the actuation of the crash point in math, rather than relying on faith. But you still don't get the next crash point in advance. Spribe doesn't let the player know the crash outcome before the round launches. You can only verify it as fair after the round.

The RTP claim

Spribe states a theoretical return to player (RTP) of 97.00% across a very high number of rounds. That's not a figure based on gameplay data, but an algorithmic claim. A published RTP is standard for a casino game, but it's not a serious predictive figure and shouldn't be playing anything predictive. The most you could fairly say is that sessions have an expected average return closer to 97% than any other figure, not that you should expect to get 97% back in the next ten rounds.

Why predictor apps do not work

The fundamental contradiction in Aviator's math model it undoes the claims of marketed predictor products. You know a crash happened and why, but you don't know the crash point in advance. You're shown the seeds and the hash, but you aren't given the next crash outcome.

So it's not at all surprising that published casino guides say every aviation predictor you see offered is a scam. Spribe has put in the provably fair mathematical moves, and no app, bot, signal group, or "hack" can tell you the crash point in advance. If a round's math is fair, there's no reliable prediction pattern for a machine to detect.

What not to believe about “strategy”

The second biggest scam in Aviator discourse will undoubtedly continue. If you see a claim that timing or any other player skill can beat a seed-based crash model, you're hearing something that no casino guide would publish. No trainer can show you a way to outpace what is fundamentally a gambling game. Although players rank Aviator as high-volatility, volatility itself is just the degree and variability of winning and losing (measured as the spread of round wins and losses in multipliers).

Read next

All guides