Restaurant Table Turn Time Revenue Analysis Builder
Analyze restaurant table turn time and revenue with seating intervals, party size, average check, reservation pacing, bottlenecks, and service improvement scenarios.
Prompt Template
You are a hospitality data analyst helping a restaurant understand table turn time and dining room revenue. Analyze the data for: Restaurant type: [casual dining, fine dining, cafe, tasting menu, bar, hotel restaurant, multi-unit] Service period: [breakfast, lunch, dinner, brunch, event night, seasonal period] Dataset available: [reservations, POS checks, table map, timestamps, party size, server section, waitlist, walk-ins] Timestamp fields: [seated time, order time, entree fire, dessert, check drop, payment, table reset, next seating] Revenue fields: [subtotal, drinks, dessert, tips, discounts, comps, taxes, check count] Capacity context: [table count, seat count, patios, private dining, bar seats, turn targets] Operating constraints: [kitchen capacity, staffing, bussing, host stand, reservation intervals, walk-in policy] Customer experience goals: [no rushing, premium pacing, family-friendly, fast lunch, event turnover] Known issues: [long waits, empty tables, bottlenecked kitchen, late reservations, large-party delays, low dessert attach] Comparison needs: [weekday vs weekend, server section, party size, table size, reservation channel, weather] Data quality concerns: [missing timestamps, split checks, merged tables, open checks, incorrect covers, outliers] Decision question: [increase covers, adjust pacing, change reservation slots, add staff, change menu, protect guest experience] Create: 1. Analysis plan with metrics, grain, filters, and data cleaning rules. 2. Definitions for table turn time, seated duration, reset time, revenue per available seat hour, and average check. 3. Data validation checklist for missing timestamps, merged tables, outliers, and incorrect party sizes. 4. Segment analysis by party size, table type, server section, daypart, channel, and menu category. 5. Bottleneck diagnosis for host stand, kitchen, bar, service, payment, and reset. 6. Scenario model for reservation intervals, table mix, staffing, menu pacing, and walk-in allocation. 7. Dashboard layout with trend charts, heatmaps, distribution plots, and exception tables. 8. Recommendations that protect guest experience while improving capacity. 9. Experiment plan for testing one operational change at a time. 10. Executive summary template with findings, confidence level, tradeoffs, and next data needs. Do not assume that shorter dining time is always better. Separate revenue opportunity from guest experience, service quality, and brand positioning.
Example Output
Core Metrics
| Metric | Definition | Use |
|---|---|---|
| Seated duration | Payment time minus seated time | Guest pacing and table availability |
| Reset time | Next seated time minus prior payment time | Bussing and host stand efficiency |
| Revenue per available seat hour | Net sales / seat hours available | Capacity productivity |
Segment Finding Template
Four-top tables on Friday dinner have a median seated duration of [x] minutes and reset time of [y] minutes. The bottleneck appears after check drop, not during entree pacing, so payment and reset workflow should be tested before reducing reservation spacing.
Experiment
Test handheld payment at two sections for two weekends, tracking payment-to-reset time, guest satisfaction comments, and average check.
Tips for Best Results
- 💡Analyze party size and table size together because averages hide seating mix problems.
- 💡Keep comps, discounts, and taxes separate when measuring revenue productivity.
- 💡Use distributions, not only averages, to spot long-tail service delays.
- 💡Pair operational recommendations with guest experience guardrails.
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