Table game performance metrics are the numbers managers use to understand how live games are performing. The core metrics include drop, win, hold percentage, average bet, decisions per hour, table hours, labor cost, occupancy, fills, credits, disputes, and theoretical win. No single metric tells the whole truth. Managers need the pattern.
Quick Facts
- Drop is activity, not profit.
- Win is the actual result after play and inventory movement.
- Hold percentage can swing sharply in the short term.
- Theoretical win is more stable than actual win for evaluating expected performance.
- Dealer speed affects revenue only if accuracy and control survive.
- Labor cost matters because table games are staff-heavy.
- Metrics must be read with game type, player mix, limits, and volatility in mind.
Plain Talk
A casino table can look busy and still perform badly. Another table can look quiet and still be valuable. That is why managers use metrics.
Table game performance metrics translate floor activity into operational information. They help managers decide which games to open, which limits to set, which dealers need coaching, which pits need more supervision, which promotions worked, and which results are just normal volatility.
This page explains the metric dashboard. For a deeper look at the core money terms, read Table Win, Drop, and Hold Explained. For the speed side, read Dealer Speed and Revenue.
The common player mistake is thinking a full table automatically means the casino is making strong money. The common manager mistake is thinking one good win day proves the table is healthy.
How It Works
Managers read table games through a group of connected metrics.
| Metric | Formula | What It Tells Management | Common Mistake |
|---|---|---|---|
| Drop | Total cash and documents collected | Activity level | Calling it profit |
| Actual win | Final table result after inventory movement | What actually happened | Treating short-term win as skill |
| Hold % | Table Win / Drop | Relationship between win and drop | Overreacting to volatility |
| Average bet | Rated action / rated decisions | Player value and limit strength | Guessing instead of rating accurately |
| Decisions per hour | Total decisions / hours open | Game speed | Rewarding speed without control |
| Table hours | Hours table was open | Capacity usage | Opening games without demand |
| Labor cost per hour | Staff count × hourly cost | Staffing burden | Ignoring relief and supervisor cost |
| Theoretical win | Average bet × decisions × house edge | Expected long-run value | Confusing theo with guaranteed win |
A good manager reads these numbers together. High drop with low hold may be normal variance. Low drop with high labor may be a scheduling problem. High decisions per hour with rising errors may be a training problem. Strong actual win with weak theoretical value may be luck, not strategy.
Back of House Example
A roulette table posts a strong actual win for the night. The shift report looks good.
But the manager looks deeper. Drop was average. Decisions per hour were below target. The table won because one player lost heavily in a short period. Labor cost was high because the table stayed open after demand fell. Disputes were also higher than normal.
The result was profitable, but the operation was not clean.
A weaker manager celebrates only the win. A stronger manager reads the full picture.
From the Casino Side:
The casino cares about sustainable yield.
One good table result does not mean the game is well managed. One bad result does not mean the dealer failed. Table games are volatile. Managers must separate luck from operations.
The table games manager cares about game mix, staffing, limits, and floor yield. The shift manager cares about the current room. The floor supervisor cares about pace and decisions. Marketing cares about player value. Surveillance cares about abnormal patterns. Accounting cares about accurate results.
Metrics do not replace floor judgment. They discipline it.
Common Mistakes
- Treating drop as win.
- Judging dealers only by table win.
- Ignoring house edge differences between games.
- Comparing blackjack, baccarat, craps, and roulette without context.
- Rewarding speed while ignoring errors and disputes.
- Keeping tables open because they feel important, not because demand supports them.
- Using theoretical win as if it were guaranteed actual win.
Hard Truth
The casino floor lies to the eye. Metrics do not tell the whole truth either, but they stop managers from mistaking noise, luck, and ego for performance.
FAQ
What is the most important table game metric?
There is no single most important metric. Drop, win, hold, theoretical win, decisions per hour, labor, and player value all answer different questions.
Is high drop always good?
High drop shows activity, but it does not guarantee strong profit. The casino still needs hold, game pace, staffing efficiency, and control.
Why does hold percentage change so much?
Table games are volatile in the short term. A few large decisions can move the result sharply, especially on games with high-limit players.
Should dealers be judged by table win?
Not alone. Dealers should be judged by accuracy, speed, procedure, game control, professionalism, and error rate. Table win contains too much luck.
What is theoretical win?
Theoretical win is the casino’s expected long-term win based on average bet, decisions, time, and house edge.
Why does labor matter more in table games than slots?
Table games require dealers, supervisors, relief coverage, and sometimes more security and surveillance attention. Slots can generate revenue with less direct labor per machine.
Can a low house edge game still be profitable?
Yes, if the game has strong volume, high average bets, fast decisions, and good staffing efficiency. Low house edge does not automatically mean low casino value.
Deeper Insight
Table game metrics are useful only when managers understand what each number can and cannot say.
Actual win tells what happened. Theoretical win estimates what should happen over time. Drop shows activity. Hold shows the relationship between drop and win. Decisions per hour show speed. Labor cost shows operating burden. Disputes and errors show control quality.
| Management Question | Best Metric Pair | Why One Metric Is Not Enough |
|---|---|---|
| Is the game busy? | Drop + table occupancy | Drop can be distorted by a few large buy-ins |
| Is the game profitable? | Actual win + theoretical win | Actual win swings; theo estimates expected value |
| Is staffing efficient? | Labor cost + table hours | Open hours alone ignore cost |
| Is the dealer effective? | Decisions per hour + error rate | Speed without accuracy is dangerous |
| Is the pit healthy? | Floor yield + dispute rate | Revenue with chaos is not healthy |
| Is player value real? | Average bet + time played | One large bet does not define a player |
External sources rarely explain casino metrics in plain English because many operators keep performance dashboards private. But the control environment around these metrics is visible in public sources. Internal-control standards from the Nevada Gaming Control Board, table drop controls in 25 CFR § 543.17, and casino AML recordkeeping guidance from FinCEN all show the same principle: casino numbers must be supported by controlled records, not guesses.
Formula / Calculation
Theoretical Win = Average Bet × Decisions Per Hour × Hours Played × House Edge
Table Hold % = Table Win / Drop
Labor Cost Per Table Hour = Staff Cost / Table Hours
Floor Yield = Casino Win / Floor Space
Dealer Error Rate = Recorded Dealer Errors / Hands Dealt
Formula Explanation in Plain English
Theoretical Win estimates what the casino should expect from the game over time. Table Hold % compares actual win with drop. Labor Cost Per Table Hour shows how expensive the game is to operate. Floor Yield shows whether the space is producing value. Dealer Error Rate shows whether speed and pressure are damaging control.
The best managers do not worship formulas. They use formulas to ask better questions.
Related Reading
Start at Back of House for the full section. Then read Table Win, Drop, and Hold Explained, Dealer Speed and Revenue, Table Minimums and Floor Yield, and Game Profitability Ranking.
For economics terms, see house edge, theoretical loss, player rating, and drop. For player-side explanations, read How do casinos calculate comps? and compare live-game performance across Blackjack, Baccarat, Roulette, and Craps.