Aviator Auto Cashout Settings That Fit Your Bankroll
The Auto tab in Aviator asks you for one number. That number decides how often you hit, how deep the dry spells run and how many rounds your balance survives. Most advice on auto cashout settings hands you a multiplier band and no arithmetic. The arithmetic sets a different maximum flat stake at every target, on a 100 GEL roll and a 500 GEL one.
What the auto cashout box actually controls
Setting a target multiplier tells the game to cash your bet the instant the plane reaches it. Reaction time stops being a variable, which is the whole mechanical benefit. Nothing else about the round changes.
The target only pays if the plane gets there. Miss it and the stake is gone in full, exactly as it would be on a manual bet you left a second too late.
Aviator runs two bet slots and each one takes its own target. Each slot changes the shape of a session without changing its cost.
1win lists Aviator by name and Crystalbet runs a dedicated crash section inside a library of more than 4,220 games, so the operators we rank split between sites carrying Spribe's title and sites like Betlive that list JetX and Aviatrix by name.
The one formula behind every setting
Spribe publishes no return to player for Aviator. The figure the market runs on is 97%, and every number here is computed from it. The chance of the plane reaching any multiplier is 0.97 divided by that multiplier.
Set 1.5x and you get 0.97 divided by 1.5, which is 0.6467, so 64.67% of rounds reach your target. Set 10x and you get 0.097, so 9.70% do. Every row below is that one division.
| Auto cashout target | Hit rate | Net win per 1 GEL staked | Expected result per 1 GEL | Volatility per round |
|---|---|---|---|---|
| 1.20x | 80.83% | 0.20 GEL | -0.03 GEL | 0.47 |
| 1.50x | 64.67% | 0.50 GEL | -0.03 GEL | 0.72 |
| 2.00x | 48.50% | 1.00 GEL | -0.03 GEL | 1.00 |
| 3.00x | 32.33% | 2.00 GEL | -0.03 GEL | 1.40 |
| 5.00x | 19.40% | 4.00 GEL | -0.03 GEL | 1.98 |
| 10.0x | 9.70% | 9.00 GEL | -0.03 GEL | 2.96 |
Two columns move in opposite directions. The hit rate falls exactly in step with the multiplier, and the expected result per lari staked does not move at all.
The 97% model sits above the RTP band on most slot titles, which typically runs 94% to 96%, and the Pareto-shaped distribution underneath it is what holds the margin fixed at every target you could pick.
Why every target costs the same
Work the expected result out for a 1 GEL stake at any target. You win the net amount, which is the target minus 1, on 0.97 divided by the target of all rounds. You lose 1 GEL on the rest.
Multiply it out and the two 0.97-over-target terms cancel each other. What is left is 0.97 minus 1, or -0.03. That holds at 1.01x, at 2x, at 10x and at 100x.
The practical version: a session costs 3% of everything you stake, and nothing you type into the Auto box moves it. Stake 1 GEL for 200 rounds and you have turned over 200 GEL, so the expected cost is 6 GEL. Stake 2 GEL for 600 rounds and you have turned over 1,200 GEL, so the expected cost is 36 GEL.
That 3% sits close to the 2.7% on single-zero roulette at a live dealer table, and well above blackjack played on basic strategy.
The target multiplier does not choose your return. It chooses the shape of the ride.
What the multiplier does change
Volatility per round has a clean form of its own: the square root of 0.97 times your target, minus 0.9409, measured in stakes. At 2x that is the square root of 0.9991, or almost exactly 1. At 10x it is the square root of 8.759, or 2.96.
A 10x setting therefore swings 6.3 times as hard per round as a 1.2x setting while costing the same 3%. Volatility is the only quantity the box genuinely controls.
The way that shows up inside a session is the dry spell. The middle column below is the median longest losing run across 200 rounds, taken from the exact distribution of run lengths: half of all sessions at that target contain a run at least that long.
| Target | Miss rate | Median longest losing run in 200 rounds | Chance of 10 misses in a row |
|---|---|---|---|
| 1.20x | 19.17% | 3 rounds | 0.001% |
| 1.50x | 35.33% | 5 rounds | 0.38% |
| 2.00x | 51.50% | 7 rounds | 11.58% |
| 3.00x | 67.67% | 11 rounds | 74.07% |
| 5.00x | 80.60% | 18 rounds | 99.76% |
| 10.0x | 90.30% | 32 rounds | over 99.99% |
At 10x, half of all 200-round sessions contain a losing run of 32 or more. That is 32 stakes gone before the next hit lands, and it is the figure the bankroll has to absorb. The right-hand column asks the same question at a fixed length: ten misses in a row is roughly a 1 in 100,000 event at 1.2x and a near certainty at 5x and above.
The bankroll table
Fix a session at 200 rounds. No studio publishes a round length for Aviator, so treat the clock as a working assumption: at roughly one round every 20 seconds, a session runs about 180 rounds an hour, which puts 200 rounds a little over the hour.
At each target there is a largest flat stake that still leaves a 95% chance of the balance lasting all 200 rounds.
The figures below are a computation over the 97% model rather than an observed sample: the 200-round walk run out exactly, where a hit adds the target minus 1 and a miss subtracts 1, then solved for the smallest bankroll in stakes that keeps the chance of running out under 5%. It is the ruin calculation described in Grinstead and Snell's Introductory Probability, applied to a walk whose winning step changes with the target rather than the plus or minus one walk worked through there.
| Target | Stakes needed | Max stake as share of roll | On a 100 GEL roll | On a 500 GEL roll |
|---|---|---|---|---|
| 1.20x | 20 | 5.00% | 5.00 GEL | 25.00 GEL |
| 1.50x | 26 | 3.85% | 3.85 GEL | 19.20 GEL |
| 2.00x | 33 | 3.03% | 3.00 GEL | 15.15 GEL |
| 3.00x | 44 | 2.27% | 2.25 GEL | 11.35 GEL |
| 5.00x | 59 | 1.69% | 1.70 GEL | 8.45 GEL |
| 10.0x | 82 | 1.22% | 1.20 GEL | 6.10 GEL |
The stakes-needed column tracks the dry spells directly. A 1.2x target needs 20 stakes against a median worst run of 3 rounds; 10x needs 82 against a median worst run of 32.
The same 100 GEL staked at 5 GEL a round buys 20 rounds of cover instead of 100.
| Target | 100 GEL roll at 1 GEL flat | 100 GEL roll at 5 GEL flat |
|---|---|---|
| 1.20x | under 0.1% | 4.0% |
| 1.50x | under 0.1% | 14.8% |
| 2.00x | under 0.1% | 27.2% |
| 3.00x | under 0.1% | 41.6% |
| 5.00x | under 0.1% | 55.0% |
| 10.0x | 1.5% | 67.9% |
Chance the balance runs out before round 200.
The bankroll that matters is not the figure in lari. It is how many stakes that figure buys. 100 GEL and 500 GEL behave identically at the same stake-to-roll ratio, and a bigger balance carries a higher target only because a fixed minimum stake divides into it more times.
Low targets finish ahead less often than high ones
Over 200 rounds the low target finishes ahead less often than the high one. A 1.2x target finishes ahead 19.4% of the time and a 10x target finishes ahead 38.5% of the time.
| Target | Hits needed out of 200 to break even | Chance of finishing ahead |
|---|---|---|
| 1.20x | 167 | 19.4% |
| 1.50x | 134 | 27.0% |
| 2.00x | 101 | 31.0% |
| 3.00x | 67 | 38.8% |
| 5.00x | 41 | 37.4% |
| 10.0x | 21 | 38.5% |
The arithmetic at 1.2x: each hit gains 0.20 and each miss loses 1, so breaking even needs 167 hits out of 200 against 161.7 expected. At 10x each hit gains 9, and 20 hits leaves you exactly level, so 21 clears it against 19.4 expected. Falling a little short of expectation wrecks the low target and barely dents the high one.
Low targets make every individual loss small and make a losing session close to certain. High targets make most sessions a loss and a minority of them large. Both cost 3% of turnover, and they differ only in how that 3% is distributed.
How long a session actually runs
Because the cost is a flat 3% of turnover, a 100 GEL roll at a 1 GEL stake has a drift lifetime of 100 divided by 0.03, or 3,333 rounds. That figure is identical at every target, and variance is what makes the real answer differ. At 180 rounds an hour and a 1 GEL stake that is 180 GEL of turnover an hour, carrying 5.40 GEL of expected cost.
| Target | 200 rounds | 500 | 1,000 | 2,000 | 3,000 |
|---|---|---|---|---|---|
| 1.20x | 0.0% | 0.0% | 0.0% | 4.2% | 40.6% |
| 2.00x | 0.0% | 0.0% | 2.1% | 25.6% | 53.3% |
| 5.00x | 0.0% | 4.5% | 21.7% | 49.0% | 64.9% |
| 10.0x | 1.5% | 17.4% | 38.9% | 60.8% | 71.6% |
Chance a 100 GEL roll at a 1 GEL flat stake is gone by that round.
Inside a single hour the target barely matters at a sensible stake. Stretch to a long sitting and the gap opens wide, because variance compounds while the 3% stays flat. That is the classical gambler's ruin result: Karl Sigman's Columbia notes put it as a game with negative expected gain per round ending at zero given enough rounds, whatever the starting capital, and Matthew Aldridge's Leeds course notes work the same conclusion through step by step.
Crystalbet and Adjarabet both clear withdrawals inside 0 to 24 hours, which is the band the quickest operators sit in, so a session that ends ahead turns into money the same day.
Choosing your setting
Divide your bankroll by your intended stake. That number is what the tables above read against, and 100 GEL at 2 GEL a round is 50 stakes, the same as 500 GEL at 10 GEL a round.
Then open the bet panel and read the minimum stake the operator allows. If that minimum is larger than the figure in the max-stake column for the target you want, the 95% figure in that row does not apply at that site.
Last, pick the distribution you want out of a session: frequent small movement with a high chance of finishing slightly down, or long gaps with a minority of large results.
The two bet slots let you blend the two. Splitting a stake across a low and a high target produces a mixed distribution whose expected cost is still 3% of the combined turnover, the same figure every simulated Aviator strategy lands on. Games with a fixed payout ladder behave differently, and the payout math behind Plinko shows a risk setting moving the hit rate and the top prize together.
If the site you use runs JetX or Aviatrix, as Betlive does, the shape of the maths carries over even though the numbers do not, because JetX ships at an operator-set 96.2% to 98.9% rather than one fixed figure.
What a bonus does to the arithmetic
Wagering multiples convert into expected cost by simple multiplication. A 100 GEL bonus at 30x wagering is 3,000 GEL of turnover, and at 3% that is 90 GEL of expected cost, so the offer sits close to break even. At 40x it is 4,000 GEL of turnover and 120 GEL of expected cost, which is more than the bonus is worth. On a 3% edge the line falls at about 33x with full contribution.
Whether crash titles count toward wagering at all, and at what rate, is set per operator in the offer terms. Megapari runs accounts and bonuses directly in lari with a casino package up to 4,340 GEL plus 150 free spins, and headline figures like that across the bonus ranking only mean something once the multiple is attached to them.
Key takeaways
- The chance of reaching any target is 0.97 divided by that target: 80.83% at 1.2x, 48.50% at 2x, 9.70% at 10x.
- Expected cost is 3% of everything staked, identical at every target from 1.01x to 100x.
- The target controls volatility and nothing else: 0.47 stakes per round at 1.2x against 2.96 at 10x.
- The median longest losing run across 200 rounds is 3 rounds at 1.2x and 32 rounds at 10x.
- For a 95% chance of lasting 200 rounds, a 100 GEL roll supports 5.00 GEL flat at 1.2x and 1.20 GEL at 10x.
- That same 100 GEL staked at 5 GEL a round runs out before round 200 in 27.2% of sessions at 2x and 67.9% at 10x.
- 1.2x finishes a 200-round session ahead 19.4% of the time against 38.5% at 10x.
Frequently asked questions
What is the best auto cashout multiplier in Aviator?
No target beats another on return, because every setting from 1.01x to 100x costs the same 3% of what you stake. The choice is variance: 1.2x hits 80.83% of rounds for a small gain, 10x hits 9.70% of them for a large one. The dry spells scale with the target: 3 rounds at 1.2x and 32 rounds at 10x across a 200-round session.
Does auto cashout improve your odds in Aviator?
No. It removes reaction time and nothing else. Your hit rate is still 0.97 divided by your target, whether the cashout is fired by the software or by your finger.
What auto cashout setting suits a 100 GEL bankroll?
At a 1 GEL flat stake, 100 GEL covers 100 rounds of losses and every target from 1.2x to 5x lasts a 200-round session with better than 99.9% probability. At a 5 GEL stake the same 100 GEL covers only 20 rounds, and the ruin calculation puts a 2x target out of money before round 200 in 27.2% of cases. On a roll that size the stake matters far more than the target.
How much does a 100 GEL bankroll support per round?
For a 95% chance of lasting 200 rounds, a 100 GEL roll supports 5.00 GEL a round at 1.2x, 3.00 GEL at 2x and 1.20 GEL at 10x. A 500 GEL roll scales those to 25.00 GEL, 15.15 GEL and 6.10 GEL. Higher targets need more stakes in reserve because their losing runs are longer.
What is the minimum Aviator bet at Georgian casinos?
Minimums are set per operator, and the figure matters because it is the floor on how many stakes a bankroll divides into. On a 100 GEL roll a 1.2x target supports 5.00 GEL flat and a 10x target supports 1.20 GEL, so a minimum above 1.20 GEL rules the high target out at that site. Read the number off the bet panel.
Which casinos in Georgia have Aviator?
1win lists Aviator by name alongside its slots, live casino and sports sections. Crystalbet runs a dedicated crash games section inside a library of more than 4,220 games, Adjarabet lists crash among its categories, and Megapari carries crash games with accounts held directly in lari. Betlive lists JetX and Aviatrix by name.
Do Aviator rounds count toward bonus wagering?
Contribution rates for crash titles are set per operator in the offer terms. Once you know the multiple the arithmetic is quick: a 100 GEL bonus at 30x is 3,000 GEL of turnover, which at a 3% edge costs about 90 GEL in expectation. On a 3% edge the break-even line falls at about 33x with full contribution.
How often does Aviator hit 10x?
9.70% of rounds, from 0.97 divided by 10. That averages one hit every 10.3 rounds, though the spacing is uneven. Across 200 rounds the median longest gap between 10x hits runs 32 rounds.
Is 1.5x or 2x better for auto cashout?
They cost the same. 1.5x lands 64.67% of rounds for 0.50 GEL per 1 GEL staked, 2x lands 48.50% for 1.00 GEL, and both work out at -0.03 GEL a round. The difference is the ride: the median worst losing run over 200 rounds is 5 rounds at 1.5x against 7 at 2x, and 1.5x finishes ahead 27.0% of the time against 31.0%.
Can I run two different auto cashout targets at once?
Yes. Aviator has two bet slots and each takes its own target, so one can hold a low target and the other a high one. Blending them mixes the two distributions, and the expected cost stays 3% of the combined turnover.
Can auto cashout guarantee a profit in Aviator?
No. Expected return is negative at every target, and the gambler's ruin result holds that a game with negative drift against effectively unlimited capital ends at zero given enough rounds. Auto cashout fixes your exit point precisely and leaves the value of that exit point unchanged.