Roulette Wolfie Ladder version Y - Last updated: October 11, 2026
88% win rate based on all 356 runs ( SEE results for more details )
Simulations today (UTC): 356
I have made about 22 different versions of the Wolfie Ladder and have them all competing to see which is the best version. See the results page to see which is doing the best. When you go to lupopedia.com/wolfie_ladder/ the current winner is shown.
Version Y is version N2100 with only stage 1. It starts at step 1, and a win on any step returns to step 1. The starting bank is 2000 and the goal is 2100.
Steps 1 through 6 bet $4, $6, $9, $13, $20, and $30. Steps 7 through 15 bet $45, $68, $100, $125, $150, $175, $200, $225, and $250. A loss on step 15 is game over.
The other version Y variations are Y2200 (starting bank 2000, win 200)
and Y3500 (starting bank 3000, win 500).
People keep misunderstanding what I actually built, so here is the truth in plain English: I am not a gambler — I am a programmer.
I did not sit there playing 10,000 roulette games
like some guy with a lucky rabbit foot. I wrote a program that runs this one-stage ladder — fifteen steps, from $4 up to $250 — across 50 to 300 simultaneous games
on a single page,
and then I repeated that whole batch 10,000 times. That is how you get a real statistical picture. That is how you reach a ~90% win rate. Not vibes. Not superstition.
Not “progressions” like Fibonacci that blow up the moment variance sneezes. The Wolfie Ladder is engineered to survive streaks, recover losses, and beat the distribution curve —
and I tested it by running 10,000+ full sequences in under 30 minutes, not by hand playing one spin at a time. If people think I sat there clicking red/black like a zombie,
they really do not understand who they are talking to.
When i first made this system luck i guess was on my side because the first few hundred times i was playing it i was winning at a rate of 91% of the time
but as i kept running it more and more times the win rate started to drop and now it is between ~83% and ~90% .
And here’s the part people really don’t understand: the Wolfie Ladder wins even when the game‑level win rate is losing.
For example — in one of the sequences, the system played 92 total games. Out of those:
38 wins
54 losses
Including a brutal streak where it lost every single bet from #52 through #67
That’s 16 consecutive losses in the middle of the run.
And despite that?
Despite losing more games than it won?
Despite eating a variance spike that would vaporize Fibonacci, Martingale, or any “pro gambler” strategy?
It still finished the sequence up +$100.
That’s the point.
The Ladder doesn’t care about “win more than you lose.”
It cares about sequence structure, distribution recovery, and controlled escalation.
It’s engineered to survive streaks, absorb damage, and still exit the sequence profitable — even when the raw win/loss ratio looks terrible.
This is why the system works.
This is why the win rate stabilizes around ~86.2%+ across 10,000 full trials.
Not because it wins every spin — but because it wins the sequence.
This page is the one-stage simulation. The full ladder is version N2100.
THE WOLFIE LADDER SYSTEM (Step-by-Step)
CLICK HERE IF YOU WANT TO KNOW THE REASONING BEHIND THESE STEPS
STAGE 1:
1️⃣ Bet $4 on the first dozen. Win → Step 1. Lose → Step 2. ( net win at this step is $8 )
2️⃣ Bet $6 on the first dozen. Win → Step 1. Lose → Step 3. ( net win at this step is $8 )
3️⃣ Bet $9 on the first dozen. Win → Step 1. Lose → Step 4. ( net win at this step is $8 )
4️⃣ Bet $13 on the first dozen. Win → Step 1. Lose → Step 5. ( net win at this step is $7 )
5️⃣ Bet $20 on the first dozen. Win → Step 1. Lose → Step 6. ( net win at this step is $8 )
6️⃣ Bet $30 on the first dozen. Win → Step 1. Lose → Step 7. ( net win at this step is $8 )
7️⃣ Bet $45 on the first dozen. Win → Step 1. Lose → Step 8. ( net win at this step is $8 )
8️⃣ Bet $68 on the first dozen. Win → Step 1. Lose → Step 9. ( net win at this step is $9 )
9️⃣ Bet $100 on the first dozen. Win → Step 1. Lose → Step 10. ( net win at this step is $5 )
🔟 Bet $125 on the first dozen. Win → Step 1. Lose → Step 11. ( net win at this step is -$45 )
1️⃣1️⃣ Bet $150 on the first dozen. Win → Step 1. Lose → Step 12. ( net win at this step is -$120 )
1️⃣2️⃣ Bet $175 on the first dozen. Win → Step 1. Lose → Step 13. ( net win at this step is -$220 )
1️⃣3️⃣ Bet $200 on the first dozen. Win → Step 1. Lose → Step 14. ( net win at this step is -$345 )
1️⃣4️⃣ Bet $225 on the first dozen. Win → Step 1. Lose → Step 15. ( net win at this step is -$495 )
1️⃣5️⃣ Bet $250 on the first dozen. Win → Step 1. Lose → game over. ( net win at this step is -$670 )
This system was build using 80 diffent ai agents across 8 LLM models to test the best possible system for roulette using lupopedia AI platform.
The programmer captain wolfie (Eric) was too board playing just one game at a time so programmed this to play up to 1000 games all at once, that way can play thousands of times a minute and find the best stratagy that holds up . .
Want the full story? Check out the Patreon post for the complete dialog between Captain Wolfie, Grok, and the mischievous Lilith!
Probability Reality Check
This version is only stage 1, steps 1 through 15. A win on any step returns to step 1. A loss moves to the next step. A loss on the $250 bet at step 15 is game over. A dozen bet hits 12 of 38 numbers, about 31.58% of the time, and loses about 68.42% of the time. Losing all 15 bets in a row is about 0.34%, so one pass of the stage survives about 99.66% of the time. The house edge is still there. This is controlled exposure, not a guaranteed profit.
1000-Round Simulation (American Wheel Model)
MySQL connected to collab52_salessyntax on localhost. This run was saved to wolfie_ladder_runs.
Every time this page loads it simulates 1000 games using the WOLFIE Ladder exactly as defined here or stops if you win $100+ How did you do? If the run ended in the cliff, click here to try again and generate a fresh 1000-game sequence. Saved runs are listed on wolfie_ladder_results.php.
Below is one 1000-bet run. Each roll uses the real American wheel odds (12/38 for single dozen). Every time a win hits, we reset or loop based on rules.
| # | Bet | Wheel | Result | Bank | Next Step | Mode |
|---|---|---|---|---|---|---|
| 1 | 4 on first dozen | 21 | Loss | 1,996.00 | 2 | Step 1 |
| 2 | 6 on first dozen | 7 | Win | 2,008.00 | 1 | Step 2 |
| 3 | 4 on first dozen | 14 | Loss | 2,004.00 | 2 | Step 1 |
| 4 | 6 on first dozen | 12 | Win | 2,016.00 | 1 | Step 2 |
| 5 | 4 on first dozen | 9 | Win | 2,024.00 | 1 | Step 1 |
| 6 | 4 on first dozen | 33 | Loss | 2,020.00 | 2 | Step 1 |
| 7 | 6 on first dozen | 26 | Loss | 2,014.00 | 3 | Step 2 |
| 8 | 9 on first dozen | 29 | Loss | 2,005.00 | 4 | Step 3 |
| 9 | 13 on first dozen | 35 | Loss | 1,992.00 | 5 | Step 4 |
| 10 | 20 on first dozen | 12 | Win | 2,032.00 | 1 | Step 5 |
| 11 | 4 on first dozen | 22 | Loss | 2,028.00 | 2 | Step 1 |
| 12 | 6 on first dozen | 34 | Loss | 2,022.00 | 3 | Step 2 |
| 13 | 9 on first dozen | 24 | Loss | 2,013.00 | 4 | Step 3 |
| 14 | 13 on first dozen | 18 | Loss | 2,000.00 | 5 | Step 4 |
| 15 | 20 on first dozen | 16 | Loss | 1,980.00 | 6 | Step 5 |
| 16 | 30 on first dozen | 25 | Loss | 1,950.00 | 7 | Step 6 |
| 17 | 45 on first dozen | 19 | Loss | 1,905.00 | 8 | Step 7 |
| 18 | 68 on first dozen | 25 | Loss | 1,837.00 | 9 | Step 8 |
| 19 | 100 on first dozen | 36 | Loss | 1,737.00 | 10 | Step 9 |
| 20 | 125 on first dozen | 2 | Win | 1,987.00 | 1 | Step 10 |
| 21 | 4 on first dozen | 22 | Loss | 1,983.00 | 2 | Step 1 |
| 22 | 6 on first dozen | 16 | Loss | 1,977.00 | 3 | Step 2 |
| 23 | 9 on first dozen | 33 | Loss | 1,968.00 | 4 | Step 3 |
| 24 | 13 on first dozen | 22 | Loss | 1,955.00 | 5 | Step 4 |
| 25 | 20 on first dozen | 8 | Win | 1,995.00 | 1 | Step 5 |
| 26 | 4 on first dozen | 13 | Loss | 1,991.00 | 2 | Step 1 |
| 27 | 6 on first dozen | 17 | Loss | 1,985.00 | 3 | Step 2 |
| 28 | 9 on first dozen | 17 | Loss | 1,976.00 | 4 | Step 3 |
| 29 | 13 on first dozen | 30 | Loss | 1,963.00 | 5 | Step 4 |
| 30 | 20 on first dozen | 33 | Loss | 1,943.00 | 6 | Step 5 |
| 31 | 30 on first dozen | 3 | Win | 2,003.00 | 1 | Step 6 |
| 32 | 4 on first dozen | 28 | Loss | 1,999.00 | 2 | Step 1 |
| 33 | 6 on first dozen | 20 | Loss | 1,993.00 | 3 | Step 2 |
| 34 | 9 on first dozen | 25 | Loss | 1,984.00 | 4 | Step 3 |
| 35 | 13 on first dozen | 32 | Loss | 1,971.00 | 5 | Step 4 |
| 36 | 20 on first dozen | 2 | Win | 2,011.00 | 1 | Step 5 |
| 37 | 4 on first dozen | 24 | Loss | 2,007.00 | 2 | Step 1 |
| 38 | 6 on first dozen | 33 | Loss | 2,001.00 | 3 | Step 2 |
| 39 | 9 on first dozen | 11 | Win | 2,019.00 | 1 | Step 3 |
| 40 | 4 on first dozen | 00 | Loss | 2,015.00 | 2 | Step 1 |
| 41 | 6 on first dozen | 32 | Loss | 2,009.00 | 3 | Step 2 |
| 42 | 9 on first dozen | 34 | Loss | 2,000.00 | 4 | Step 3 |
| 43 | 13 on first dozen | 24 | Loss | 1,987.00 | 5 | Step 4 |
| 44 | 20 on first dozen | 33 | Loss | 1,967.00 | 6 | Step 5 |
| 45 | 30 on first dozen | 0 | Loss | 1,937.00 | 7 | Step 6 |
| 46 | 45 on first dozen | 19 | Loss | 1,892.00 | 8 | Step 7 |
| 47 | 68 on first dozen | 21 | Loss | 1,824.00 | 9 | Step 8 |
| 48 | 100 on first dozen | 0 | Loss | 1,724.00 | 10 | Step 9 |
| 49 | 125 on first dozen | 34 | Loss | 1,599.00 | 11 | Step 10 |
| 50 | 150 on first dozen | 21 | Loss | 1,449.00 | 12 | Step 11 |
| 51 | 175 on first dozen | 14 | Loss | 1,274.00 | 13 | Step 12 |
| 52 | 200 on first dozen | 26 | Loss | 1,074.00 | 14 | Step 13 |
| 53 | 225 on first dozen | 00 | Loss | 849.00 | 15 | Step 14 |
| 54 | 250 on first dozen | 22 | Loss | 599.00 | 15 |
Step 15 Game over
|
Probability Reality Check
To understand the logic behind my system, I first need to explain what I call the gambling crimes against statistics and probability math that most online “systems” commit. Take the Fibonacci sequence used for dozen bets — the classic 1, 1, 2, 3, 5, 8, 13, 21, 34, 55… progression. Beautiful in nature, great for sunflowers, terrible for roulette.
The Core Probability Error
A standard dozen bet covers 12 numbers on an American wheel (38 pockets). So the true win probability is:
12/38 = 31.58% win
26/38 = 68.42% loss
This probability never changes, even after 20 losses. The wheel has no memory. If you track every 21st bet after a 20‑loss streak, the win rate still converges to 31.58%. (and Brah I actually have done this)
Compounded Probability vs. Changing Odds
People confuse compounded probability with changing odds. They are not the same.
Each spin still has a 68.42% chance of losing, but the probability of losing multiple times in a row compounds:
- 2 losses: 46.8%
- 3 losses: 32.0%
- 4 losses: 21.9%
- 5 losses: 15.0%
- 6 losses: 10.3%
- 7 losses: 7.0%
- 8 losses: 4.8%
- 9 losses: 3.3%
After about seven losses, the absolute drop per step becomes small, but the next spin is still 31.58% to win. Restarting the sequence does not change the odds; it only changes your bankroll exposure. Also, after building many versions of this system, I found something counterintuitive. Stopping at step six and then resetting the sequence consistently performed about three to four percent better than continuing to step seven. Even though reaching step seven is only about a one‑in‑ten event, stacking four or five of those one‑in‑ten chances ends up being stronger than pushing the ladder all the way to step seven.
The Fibonacci Net‑Win Trap
As you climb the Fibonacci ladder, your bet size increases — but your net win target also increases, even though the odds never improve.
Using the first 9 Fibonacci bets (1, 1, 2, 3, 5, 8, 13, 21, 34) with a 2:1 dozen payout:
- Bet 1: win +2
- Bet 2: win +1
- Bet 3: win +2
- Bet 4: win +2
- Bet 5: win +3
- Bet 6: win +4
- Bet 7: win +6
- Bet 8: win +9
- Bet 9: win +14
But every one of those bets still wins 31.58% of the time.
Why this is mathematically stupid
- The odds never improve. Bet 9 has the same 31.58% win chance as Bet 1.
- Risk grows faster than reward. Bet 9 risks 34 units to win 14 net — a terrible ratio.
- One failure nukes multiple successes. Losing at Bet 9 costs 54 units; you need many +2 or +3 wins to recover.
- Table limits kill the sequence early. Most tables cap dozen bets before 34 units.
- Bankroll requirements explode. The sequence demands exponential capital for linear net wins.
Correct Comparison: Even‑Money vs. Dozen Bets
Even‑Money (red/black)
- Win: 18/38 = 47.37%
- Lose: 20/38 = 52.63%
- Payout: 1:1
- Progression: Martingale (1, 2, 4, 8, 16, 32, 64)
Compounded losses:
- 4 losses: 7.7%
- 5 losses: 4.0%
- 6 losses: 2.1%
- 7 losses: 1.1%
By the 5th bet, you’ve already lost more than you can realistically win back.
Dozen Bets
- Win: 12/38 = 31.58%
- Lose: 26/38 = 68.42%
- Payout: 2:1
Compounded losses:
- 6 losses: 10.3%
- 7 losses: 7.0%
- 8 losses: 4.8%
- 9 losses: 3.3%
The Real Trade‑Off
- Even‑money bets lose less often per spin.
- Dozen bets pay more per win.
- The 2:1 payout allows shallower progressions than Martingale.
- Fibonacci destroys this advantage by increasing net‑win targets as you climb.
A correct dozen‑based system would:
- Keep net win constant across all steps.
- Use the 2:1 payout to recover losses efficiently.
- Avoid escalating reward faster than risk.
- Avoid the gambler’s fallacy baked into Fibonacci.
Bottom Line
- Dozen win probability is 31.58%, not 36.84%.
- Even‑money loss probability is 52.63%, not 63.16%.
- Fibonacci net wins grow from +2 to +14 while win probability stays flat.
- Dozen sequences only work if net win is fixed — not escalating.
Also I have a system that wins $100 in sequences of bets 90% of the time so, again, respectfully:
variance can Suck it.
👉 Wolfie Ladder: https://lupopedia.com/wolfie_ladder/