Sales-based staffing
$5,000 daily sales ÷ $100 per employee-hour = 50 labor hours. With 10 operating hours → 5 employees per shift. Six days open → 300 weekly hours (~7.5 FTE at 40 hours).
Estimate required labor hours and employees from projected sales or daily customers, operating hours, and productivity — with optional shift length and FT/PT split.
Daily Labor Hours = Demand ÷ Adjusted Productivity Rate Employees Per Shift = Daily Labor Hours ÷ Shift Length Weekly Labor Hours = Daily Labor Hours × Days Open Monthly Labor Hours = Weekly Labor Hours × (52 ÷ 12)
In sales mode, demand is projected daily sales and productivity is sales per employee-hour. In customer mode, demand is expected customers and productivity is customers per employee-hour. A productivity adjustment % scales the rate before dividing. Shift length defaults to operating hours. Optional FT/PT weekly hours split the weekly total into recommended headcount.
Real numbers through the same formula this tool uses.
$5,000 daily sales ÷ $100 per employee-hour = 50 labor hours. With 10 operating hours → 5 employees per shift. Six days open → 300 weekly hours (~7.5 FTE at 40 hours).
400 customers ÷ 8 per employee-hour = 50 labor hours — same staffing math as the sales example when productivity lines up.
300 weekly hours with 40-hour FT and 20-hour PT roles → 7 full-time + 1 part-time.
Turn a sales or cover forecast into labor hours and a practical staffing mix.
Use sales when you track revenue productivity; use customers when you plan from covers.
Add projected sales or expected customers, plus the matching per-employee-hour rate from your history.
These convert daily hours into weekly and monthly totals.
Refine employees per shift and full-time vs part-time recommendations.
Staffing planning turns expected demand into labor hours and a practical headcount so schedules protect both service and labor cost.
Start with required labor hours from demand ÷ productivity. Then convert hours into employees per shift and weekly FT/PT roles.
Sales mode uses revenue productivity. Customer mode uses covers. Choose the signal you trust most — both can yield the same hours when rates align.
Daily averages smooth the day. Dinner rushes and weekend spikes may need more concurrent staff than the per-shift average shows.
Hours become payroll. Check the plan against your Labor Budget and Labor Cost Percentage so the schedule stays profitable.
Staffing is where labor cost is won or lost before the week starts.
Extra hours with flat sales raise labor cost % immediately. A sales- or cover-based hour budget stops habit staffing.
Too few people slow tables, cut tips, and shrink ticket averages — which can raise labor % even when the schedule looks “lean.”
Labor is half of controllable cost. Pair staffing hours with food cost and the Prime Cost Calculator for a full picture.
After you know weekly hours, multiply by burdened wage or use the Labor Budget Calculator to set a dollar ceiling from sales.
Guidance to calibrate productivity rates — always prefer your own history.
Pull sales (or covers) and labor hours from recent weeks. Sales per employee-hour = sales ÷ labor hours. That rate beats any generic benchmark.
Lunch and dinner often need different rates. Run the calculator twice and staff each daypart from its own forecast.
Full-time equivalent helps compare weeks. Local definitions of full-time and overtime still govern actual schedules.
A 10% sales miss without a schedule cut blows labor %. Rebuild hours when the forecast changes.
Habits that keep staffing plans usable on the floor.
Optimistic sales invent labor hours you cannot afford. Use a forecast managers believe.
Friday dinner productivity should not staff a quiet Monday lunch.
Shorter overlapping shifts can cover a long day better than one long shift for everyone.
After the period, compare actual labor cost % to plan and adjust next week’s productivity rate or hours.
Total hours are not interchangeable. You still need the right stations covered even when the headcount math looks fine.
Errors that produce pretty numbers and bad schedules.
Another restaurant’s sales per labor hour may not match your menu, ticket size, or service model.
Averages hide rushes. Build a peak buffer or daypart plan on top of the calculator output.
Hours without a dollar ceiling drift. Connect staffing to the Labor Budget Calculator.
New menus, training weeks, and seasonality change output per hour. Refresh the rate regularly.
Connect staffing hours to labor dollars and prime cost.
Set a maximum labor dollar budget from projected sales and a target labor %.
Measure actual labor ÷ sales after the period to check the plan.
Combine food and labor into one controllable-cost benchmark.
Price dishes so food cost leaves room for the labor hours you just planned.
Complementary calculators that often pair with this workflow.
Estimate restaurant wait time from guests waiting or arrival rates. See guests ahead, table throughput, queue length, and host-stand recommendations.
Estimate overtime wages, overtime premium, payroll taxes, benefits, and total overtime expense for one employee or a team average.
Measure restaurant employee productivity as revenue per employee, revenue per labor hour, or by department so you can see which teams pull more sales per hour.
More tools to browse after you finish this calculation.
Work out what share of your food sales is spent on ingredients. Enter total food cost and food sales to get your food cost percentage instantly, with the formula shown.
Compare expected versus actual restaurant inventory to calculate shrinkage quantity, shrinkage value, shrinkage percentage, inventory accuracy, and adjusted loss after recovery — with optional cause breakdown for waste, spoilage, damage, and theft.
Calculate restaurant sales mix from units sold and selling price per item or category. See mix %, revenue share, contribution and profit rankings, top and lowest performers, and a concentration benchmark.