Restaurant Break-Even Calculator: Revenue, Orders, Food Cost and Capacity

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Published September 10, 2026 · Updated October 3, 2026

Calculate restaurant break-even orders from food, labor and channel costs. Separate owner pay from overhead, then check kitchen capacity and fees.

Restaurant Finance · Food Cost · Order Volume · Kitchen Capacity

Restaurant break-even is the order volume needed for contribution from sales to cover the costs you include in the monthly plan. Calculate what an average order leaves after food, relevant labor, packaging, commissions and fees, then divide the financial need by that contribution. Finally, check whether the kitchen and service team can deliver the required orders. A busy dining room alone cannot answer either question. The USD figures below are fictional examples, not restaurant-industry averages.

Quick answer: At a $34 average order and $23.59 variable cost, contribution is $10.41. A $24,500 overhead-only target needs 2,354 whole orders. Adding $6,000 owner pay and $3,000 target profit raises the goal to 3,219 orders. The example team’s aggregate capacity supports only 2,852, so the larger goal does not fit the current assumptions.

Separate operating break-even from the owner-pay target

An order contributes the amount left after costs assigned to that order. It is not the same as the restaurant’s final profit. The SBA’s break-even framework divides fixed costs by contribution per unit; here the unit is one representative completed order.

Start with a consistent monthly period and a sales mix you can support. Use revenue belonging to the restaurant under your chosen accounting boundary, rather than simply treating every dollar passing through a payment terminal as revenue. Keep the treatment of sales tax, gratuities, refunds and pass-through charges explicit in your source records.

This example uses the following order economics:

The $8.50 labor allowance must fit your payroll boundary. Include only the payroll assigned through this per-order model, then reconcile the remaining committed payroll in monthly overhead. If your entire payroll is fixed for the planned volume, a different fixed-payroll model may be more appropriate. Do not subtract the same kitchen wages per order and again as overhead.

With $24,500 monthly overhead, operating break-even is $24,500 ÷ $10.41 = 2,353.51 orders, rounded up to 2,354. At that volume, contribution is $24,505.14. It covers the stated overhead with $5.14 left; it does not fund a separate owner-pay or profit goal.

Adding $6,000 owner pay and $3,000 target profit creates a $33,500 financial need. Required orders are 3,218.06, rounded up to 3,219. Practical revenue at $34 is $109,446. Keep these two targets labeled so a reader does not mistake overhead coverage for adequate owner income.

Check the schedule before accepting the target

Assume ten team members each provide thirty-two hours weekly. At 72% productive utilization and 52 ÷ 12 weeks per model month, productive hours are 998.40. If each order consumes 0.35 total worker-hours across preparation and service, aggregate capacity is 2,852.57 orders, or 2,852 whole orders.

The full financial goal exceeds that capacity by 367 whole orders. At 2,852 orders, contribution is $29,689.32, leaving a $3,810.68 shortfall against the $33,500 goal. More inquiries alone cannot fill a kitchen schedule that is already full under the model.

Check actual operating days as well. Over twenty-six days, a 3,219-order target averages 123.81 orders daily. A restaurant might have enough aggregate monthly hours but still struggle with a concentrated dinner rush. Inspect daypart throughput, seats, equipment and role bottlenecks separately. Total labor-hours are a screening measure, not a guarantee of orders per service.

What changes the answer

Average order value changes contribution when the additional revenue does not require equivalent extra cost. But an extra menu item also uses ingredients and preparation time. Model the new order economics rather than increasing revenue while leaving every cost untouched.

Channel mix changes costs. Dine-in, direct pickup and delivery can have different packaging, commission and labor patterns. Use actual completed-order proportions to build a weighted average. The delivery-app contribution guide focuses on one channel’s economics; this guide uses that information to build the whole-restaurant target.

Waste and labor allocation can change without menu prices moving. Compare ingredients used against the sales period and inspect paid hours that remain when orders fall. The restaurant food-cost guide and labor-cost guide help establish those inputs before they enter break-even.

Finally, capacity changes have costs. An additional shift, person or piece of equipment may increase both hours and financial need. Recalculate the target after adding the cost. Keeping the old break-even number after expanding the operation understates the new requirement.

Three decisions to test

Raising average order revenue under fixed cost assumptions

Suppose average revenue rises to $36 while the $22.40 of non-percentage variable costs stays unchanged. At 3.5% fees, the fee becomes $1.26, leaving $12.34 contribution. The $33,500 goal requires 2,714.75 orders, rounded up to 2,715.

That fits the 2,852-order aggregate capacity estimate. At 2,715 orders, contribution is $33,503.10. This scenario is valid only if the higher average order does not change the stated ingredient costs, labor, job duration or demand. If it requires a larger serving or additional preparation, update those lines too.

Changing the delivery share

Consider a separate channel-mix example in which direct orders contribute $12 each and delivery orders contribute $6. At 70% direct and 30% delivery, weighted contribution is $10.20. A $20,000 monthly financial need requires 1,960.78 orders, rounded up to 1,961.

At 50% direct and 50% delivery, weighted contribution falls to $9 and required orders rise to 2,222.22, rounded up to 2,223. This is a 262-order increase in the whole-order target despite the same financial need. The channel contribution inputs here are independent fictional assumptions, not fee rates taken from any platform.

Compare the mix with actual kitchen work. Delivery orders might consume a different duration or cause peaks. A weighted contribution without a compatible weighted worker-hour estimate can make the financial plan fit an unrealistic schedule.

Staffing adds committed cost

Return to the baseline $10.41 contribution. Suppose a staffing change adds $1,500 monthly fixed cost not already included in direct order labor. The financial need rises to $35,000. Required volume is $35,000 ÷ $10.41 = 3,362.15 orders, rounded up to 3,363.

If the added capacity supports only 3,200 whole orders, contribution is $33,312 and the revised goal still has a $1,688 gap. Added staffing is not sufficient merely because it improves the original 2,852 capacity. It has to support the new target, and the orders have to be sold.

How to run your own numbers

Enter the baseline inputs below in the restaurant break-even calculator. Replace every preset and keep one consistent revenue, expense and worker-hour boundary. The tool supports currencies other than USD but does not convert exchange rates.

In this baseline, the percentage field contains the payment fee only. Add a delivery commission in the other-cost field or in the percentage field using a compatible weighted rate, not in both. Clear unused allowances before testing a new channel case.

Treat inquiry conversion cautiously. An order is not necessarily generated by a recorded inquiry in a restaurant. The field is useful only when you have defined a measurable opportunity-to-order boundary. Do not interpret the calculator’s inquiry output as required website visitors or unique diners without a compatible source definition.

The example tests operating economics rather than cash collection timing. Supplier payments, deposits, loan principal and other cash movements need a separate cash schedule. Preserve a conservative scenario alongside an improved one so the business plan does not rely on every assumption improving together.

Common mistakes

• Calling overhead coverage profit while owner compensation remains unfunded.
• Counting committed payroll as both per-order labor and overhead.
• Entering delivery fees in both dollar costs and a percentage field.
• Ignoring channel mix when calculating average contribution.
• Rounding deliverable capacity up instead of down.
• Adding staffing cost while retaining the old volume target.

FAQs

Is break-even based on revenue or orders?

Both can describe the same model. Orders make the required operating workload visible, while revenue expresses its financial size. Use the same average order and costs for both.

Should owner pay be included?

Include it as a separate planning goal if the business needs to support it. Do not add compensation already included in payroll a second time. Label the overhead-only and owner-pay targets separately.

Can I use one average for dine-in and delivery?

Yes, for a stable mix with correctly weighted costs and labor-hours. Keep channel-level checks so a change in mix does not quietly invalidate the average.

What if capacity is below the target?

Test contribution, service mix, workload and financial need one at a time. If you add capacity with extra cost, recompute the required orders. Demand must still support the plan.

Does the example describe typical restaurant margins?

No. These are fictional input values chosen to explain the model. Use your own completed-order and payroll records.

Is cash break-even the same as this result?

No. Operating economics and cash timing answer different questions. Keep a separate schedule for collection, payment commitments and financing cash flows.

Takeaways

• Trace contribution from one representative completed order.
• Distinguish overhead coverage from the full owner-pay target.
• Reconcile payroll and commissions once.
• Compare whole orders with realistic capacity and demand.

Find related examples in the MyBreakeven guide library.