Calculate your expected value, expected loss, and profit probability for video poker sessions. Compare different games and optimize your play.
Expected Loss
$14
$3/hour
Profit Probability
48.0%
96.8% bankroll survival
Expected Return
99.54%
House edge: 0.46%
Expected return with perfect play
5 coins at $0.25 = $1.25
Average: 400-700
Amount you're willing to lose
95% of sessions will fall within this range (excludes Royal Flush variance)
Monte Carlo simulation with 1,000 iterations
Your initial capital
Your expected advantage
Percentage of bankroll per bet
Total bets to simulate
Playing 9/6 Jacks or Better at $1.25/hand (max coins) for 4 hours at 600 hands/hour: Expected loss is $13.8 with 99.54% return. A $500 bankroll has ~89% chance of lasting the session.
Quick-start with common scenarios
Calculations follow the published mathematics of the game — combinatorics for cards, probability theory for dice, and expected-value accounting for wagers. Results are verified against independent references (primarily Wizard of Odds). No calculation here is an opinion or recommendation; it is arithmetic applied to the rules of the game.
This tool computes probability and expected value. It is not a betting system and cannot predict the outcome of any individual wager. If gambling is causing problems for you or someone you know, call the National Problem Gambling Helpline at 1-800-GAMBLER.
Actuary; widely cited casino-game probability reference. Used for house-edge and EV verification.
Responsible-gambling guidance and 1-800-GAMBLER helpline.

Full-stack software engineer specializing in embedded systems, web architecture, and AI/ML. Founder of Practical Web Tools. Built the gesture-controlled drone IP acquired by KD Interactive (Aura Drone, sold on Amazon).
Expected Loss
$14
$3/hour
Profit Probability
48.0%
96.8% bankroll survival
Expected Return
99.54%
House edge: 0.46%