Restaurant Staffing Calculator
Calculate FOH/BOH staffing needs from covers and service style.
About this calculator
Front-of-house and back-of-house staffing are driven by two different things, which is why this calculator splits them into separate calculations rather than deriving both from a single number. FOH staffing scales with seating capacity: servers are sized from peak occupancy (85% of total seats, a realistic full-house assumption) divided by a guests-per-server ratio that gets tighter as service style gets more attentive — fine dining assigns one server to roughly 10 guests, casual full service to 20, and counter-style to 30, reflecting how much table-side attention each style demands. Bussers scale as roughly a third of the server count, a second host is added once seating passes 50, and bartenders only appear for full-service or fine-dining styles, sized to seating.
BOH staffing instead scales with actual covers served — line cooks are sized from daily covers divided by a covers-per-cook capacity that also tightens with service style (fine dining's more involved plating supports fewer covers per cook than fast casual's simpler menu), prep cooks are estimated at half the line cook count, and dishwashers scale directly with covers with a one-person floor. Labor cost then multiplies total staff by operating hours and average wage to project daily, weekly, and monthly totals — note this uses a single blended average wage across every position, so a real kitchen with meaningfully different pay tiers between line cooks, servers, and dishwashers will see its actual labor cost mix differ from this simplified blended estimate even if the total is a reasonable approximation.
Inputs
Results
Total Staff Per Shift
20
How to Use This Calculator
- Enter total seats and select service style (1=Counter, 2=Casual, 3=Fine dining).
- Set daily covers (expected guests) and operating hours per day.
- Enter average hourly wage ($) and the number of days open per week.
- Review total staff per shift, FOH staff, BOH staff, servers needed, and line cooks needed.
- Check the daily, weekly, and monthly labor cost projections.
How the result changes with Daily Covers
| Daily Covers | Total Staff Per Shift |
|---|---|
| 100 | 16 |
| 150 | 18 |
| 300 | 25 |
| 500 | 35 |
What each input means
- Total Seats
- Total seating capacity.
- Daily Covers
- Expected daily covers across all service periods.
- Service Style (1=Counter, 2=Casual, 3=Fine)
- 1=Counter/fast casual, 2=Full service casual, 3=Fine dining.
- Operating Hours / Day
- Total hours of operation per day.
- Avg Hourly Wage
- Average hourly wage across all positions.
- Days Open / Week
- Number of days open per week.
How this is calculated
Worked example, using the default values
- Identify Input Parameters4 parametersTotal Seats = 80, Daily Covers = 200, Service Style (1=Counter, 2=Casual, 3=Fine) = 2, Operating Hours / Day = 10 = 6 input(s) provided
- Calculate Total Staff Per ShiftTotal Staff Per Shift20 = 20
- Calculate FOH StaffFOH Staff10 = 10
- Calculate BOH StaffBOH Staff10 = 10
Engine last updated . Checked against 2 independently-derived tests — how we verify calculators. Built by Paul Gunder, a software engineer, not a licensed financial, medical, or legal professional.
Frequently Asked Questions
Why does seating capacity affect servers needed but not line cooks?
Front-of-house staffing like servers is sized from how many guests could physically be seated at once — peak occupancy against seating capacity — because that's what determines table-side workload. Line cooks, by contrast, are sized from daily covers, the actual volume of meals going out over the day, since kitchen output scales with orders served rather than with how many seats exist in the dining room.
Why does fine dining need more servers per guest than a casual restaurant?
Fine dining service typically involves more table visits, detailed menu and wine explanations, and a more attentive pace per table, so the calculator assigns roughly one server per 10 guests for fine dining versus one per 20 for casual full service and one per 30 for counter-style — a tighter ratio reflects the greater time each table demands from its server.
Why might my real labor cost differ from this calculator's monthly projection?
The projection multiplies total staff count by a single blended average hourly wage across every position, but a real restaurant typically pays servers, cooks, dishwashers, and hosts meaningfully different rates. If your actual wage spread is wide, your true labor cost mix will differ from this simplified single-rate estimate even when the total headcount is accurate.
Does increasing daily covers change how many servers I need?
No — servers needed is calculated purely from seating capacity and service style, not from daily covers, since server staffing here reflects table-side capacity at peak occupancy rather than total volume served across the day. Daily covers instead drives back-of-house staffing like line cooks and dishwashers, which do scale with how many meals actually go out.
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