A video poker strategy chart is a ranked decision list for one specific game and paytable. It tells the player which cards to hold by comparing the expected value of the legal holds available from a dealt five-card hand. The chart is read from the top downward: the first rule that accurately matches the hand normally identifies the preferred hold.
That simple instruction hides a large amount of mathematics. A chart is useful precisely because nobody wants to enumerate every possible draw at the machine. The analysis is done in advance, then compressed into recognizable hand patterns such as “made straight,” “low pair,” “four to a flush,” “three to a royal,” or “two suited high cards.”
A chart is an ordered set of EV decisions, not a list of good-looking hands
Video poker can produce several plausible holds from the same deal. Consider 9♠-9♦-K♣-Q♣-J♣ in a Jacks or Better game. The hand contains:
- a low pair of nines;
- three suited high cards;
- three cards toward a straight;
- three cards toward a straight flush or royal-related structure depending on ranks.
A player choosing by visual appeal may chase the clubs. A strategy chart compares the complete draw distribution for each legal hold. If the low pair has the higher expected value under that paytable, the pair ranks above the suited draw even though the draw looks more dramatic.
The chart’s order is therefore the decision. Reading a correct line from the middle while ignoring a higher matching line defeats the purpose.
The exact paytable belongs in the strategy problem
A video poker game name is not enough. “Jacks or Better,” “Bonus Poker,” “Double Double Bonus,” and “Deuces Wild” each exist in multiple payout schedules. When a payout changes, the value of drawing toward that hand changes as well.
If a flush pays 6 units instead of 5, flush-oriented draws become more valuable. If a full house pays 9 instead of 8, holds that preserve or pursue full-house potential gain value. If four aces with a kicker receive a special bonus, some borderline decisions in a bonus game can differ from a conventional game.
That is why a chart should identify both game and paytable. A generic “video poker strategy” card cannot be exact for every machine.
The video poker paytables and expected value of a hold pages explain the two inputs separately.
How the analyzer calculates one hold
Suppose the player decides to hold two cards from the initial five. Three cards will be drawn from the 47 unseen cards, producing:
C(47,3) = 16,215
possible unordered three-card draws.
For each draw, the analyzer forms the final five-card hand, applies the paytable, and records the return. The expected return of the hold is:
Hold EV = Sum of returns from all legal draws / Number of legal draws
The same process can be repeated for every legal hold. A five-card hand has up to 32 hold/discard masks, including holding none and holding all five. The best hold is the one with the highest EV under the exact game rules and paytable.
A strategy chart groups many individual hands whose optimal decisions share a recognizable pattern so the player does not need to run that computation during play.
“First matching rule” works only if you match the rule precisely
A chart might contain entries such as:
- royal flush;
- straight flush;
- four of a kind;
- four to a royal;
- full house;
- flush;
- straight;
- three of a kind;
- four to a straight flush;
- high pair;
- low pair;
- selected high-card combinations.
That ordering is only illustrative; an actual chart can differ by game and paytable. The important method is that a lower rule is considered only after the hand fails to satisfy every higher relevant rule.
Errors often come from sloppy pattern recognition. “Four to a straight” may exclude inside straights. “Three to a royal” may be split into different ranks depending on gaps or high cards. “Two suited high cards” may mean a specific pair of ranks rather than any two face cards of one suit.
The chart is concise, so its notation has to be learned as carefully as its order.
Simple charts trade a little EV for usability
An optimal chart can contain penalty-card exceptions, inside-straight distinctions, suited-ten combinations, and other close cases that are difficult to memorize. A simplified chart deliberately merges some of those cases.
That trade can be rational. If a player misapplies an advanced chart frequently, a simpler chart that captures the large-value decisions can produce better real-world play.
The right question is not “Is this chart perfect?” but “What return does this chart achieve when I can actually use it correctly?”
A training plan can start with the major categories, then add penalty cards only after the player consistently recognizes the basic holds.
Penalty cards explain why two visually similar hands can have different best holds
A penalty card is a discarded card whose rank or suit removes one or more useful draw outcomes from the unseen deck. That can change the EV of a close decision.
For example, two hands may both appear to contain the same three-card straight-flush draw. In one hand, the two discarded cards are irrelevant. In the other, a discarded card blocks a rank or suit that would have completed a valuable outcome. The pattern label looks the same, but the exact deck composition differs.
Advanced charts encode these exceptions because optimal strategy is based on the actual 47 unseen cards after the five-card deal, not an abstract pattern with the discarded cards forgotten.
A strategy chart does not predict the next draw
Correct strategy maximizes expected value from the current information. It does not say which replacement cards are about to appear. A lower-EV hold can win a jackpot on one hand, while the optimal hold can return nothing. That single outcome does not retroactively make the inferior decision correct.
Decision quality is evaluated by the distribution that existed before the draw.
This is the same distinction used throughout casino math: expected value describes the average result of repeated comparable decisions, while actual result is one realization from that distribution.
Strategy error cost can be measured in credits
If the optimal hold has EV 1.14 credits and the chosen hold has EV 1.02 credits:
Strategy Error Cost = 1.14 - 1.02 = 0.12 credits
If that mistake appears 100 times, the long-run value surrendered is about 12 credits. The player may still win during those specific hands, but the decision process has given up mathematical value.
This is why small-looking chart mistakes matter over high volume. Video poker is played quickly, and the same class of decision can recur many times.
RTP figures assume a strategy, so the strategy source matters
A machine’s theoretical maximum return is meaningful only alongside the strategy used to produce it. If an advertised or published RTP assumes optimal play, a player using guesswork will generally realize a lower expected return.
At the game-analysis level, Gaming Laboratories International explains that RTP analysis evaluates game mathematics from the payout structure and possible combinations. A strategy chart performs the player-decision side of that same combinatorial problem for draw poker: it selects the hold that gives the highest expected return from the available choices.
The chart cannot repair a weak paytable. It can only help the player make the best decisions available under that paytable.
Strategy cards, phones, and electronic assistance are different policy questions
A printed chart is a reference tool. An electronic device that analyzes the live hand at the machine can raise a different legal or house-policy issue depending on jurisdiction and casino rules. Players should not assume that because a strategy exists publicly, every method of consulting it is permitted during live play.
For study, the safest approach is to practice away from the machine using the video poker analyzer guide and then use whatever reference method the property permits.
A good learning sequence turns chart lines into reasons
Memorization is easier when the player understands why the rankings exist. A useful progression is:
- learn the paytable categories;
- learn made hands versus draws;
- learn high pair and low pair priorities;
- learn four-card royal, flush, straight, and straight-flush structures;
- learn high-card combinations;
- add penalty-card exceptions;
- verify surprising hands with an analyzer.
When a chart line feels strange, compare the EV of the top two candidate holds. Seeing that one hold is worth 1.08 credits and another 1.04 makes the ranking concrete.
The chart is a map of decisions, not a guarantee of profit
Perfect chart use cannot eliminate variance. A correct player can lose for a long session, miss premium hands, or exhaust a small bankroll. Strategy changes the expectation; it does not remove randomness.
The best way to use a chart is therefore modest: match the exact game, verify the paytable, read from the top, apply the first precise match, and understand that the recommendation is about average value before the draw.
For the next layer, read drawing odds, hold or draw decisions, and video poker bankroll risk. Those pages connect chart decisions to the actual draw distribution and the bankroll needed to live with its variance.