What does one counter-service order contribute?

Define an order before comparing margins

One unit is one fulfilled paid meal order with one payment; its receipt combines food and nonalcoholic beverages. It is not a seat, guest cover, delivery stop or item line. Multi-person and split-payment orders can change average receipt, packaging and per-transaction fees. Gross sales exclude customer taxes and tips. The refund allowance reduces net sales while food, packaging and fees stay attached to fulfillment.

Dine-in contributes a modeled 45.0% of orders, direct pickup 40.0% and marketplace delivery 15.0%. Half of direct pickup is paid online; the rest is paid at the counter. Most counter payments are cards with a small cash mix. This keeps packaging and fee definitions aligned with the 60-month profitability model.

Use the same receipt to expose channel costs

A counter card transaction costs $0.55 at the shared receipt, before weighting by the card share. An online pickup transaction costs $0.81. Marketplace delivery costs $3.88 of commission in the selected Plus case, with no duplicate card fee. Weighting the three contributions by their order mix reproduces $8.78. The extra packaging allowance covers the full order, not just a single bowl. Payment rates; Delivery plan

Shift labor is intentionally outside these unit contributions because an empty hour still pays the scheduled team. An incremental order can therefore have positive contribution while the restaurant makes a monthly loss. Conversely, additional volume can trigger a real new shift before it supports proportional profit.

The busiest hour sets the practical limit

The short-menu hypothesis is 48 gross completed orders per hour at two peak cooks and 45 gross counter payments per hour at one cashier. Applying 85.0% availability leaves 40.8 kitchen orders per hour. These are declared planning rates to be proven with a timed menu trial, not manufacturer output claims. The refrigerator and griddle specifications establish utility/configuration needs, not served orders per hour. Prep-table scope; Griddle scope

The model places 45.0% of lunch and dinner orders in the busiest hour. Ninety lunch requests therefore mean 40.5 kitchen orders in that hour, close to the assumed usable rate. Each meal’s sold orders are capped by the tighter average-hours, busiest-hour kitchen, cashier-channel and dining-seat constraints. Online orders still consume kitchen capacity, although they do not all join the cashier queue. Spare dinner time cannot retroactively serve an abandoned lunch order.

Six queue spaces represent about 9.4 minutes at the usable counter rate, compared with an internal eight-minute target. The layout must be measured and approved; this calculation does not establish a safe occupancy or customer tolerance. Cashier queues, kitchen backlog and driver pickup congestion are separate observations. Keep pickup bags away from the order queue and do not assume dining seats solve fulfillment congestion.

Make the roster fit the workflow

The kitchen has 128 pooled weekly hours including 24 owner productive hours. Two peak cooks for six peak hours on six days use 72 hours; one cook for three off-peak hours on six days uses 18. The remaining 38 hours cover prep, cleaning, breaks and handoffs. Counter staff have 60 hours against 54 service hours; management/relief time must absorb the narrow remaining cover. An actual day-by-day roster must demonstrate that jobs and breaks fit, particularly during absences. The model does not claim guaranteed staffing sufficiency.

Above 190 served average orders per day, it adds 20 weekly cook hours and 12 weekly expeditor hours. That step costs $2,936 per month at initial wage rates. It buys coverage, but the physical kitchen cap remains unchanged until a tested layout/menu change supports a new rate. Occupation context; Payroll loading context

Track contribution and peak waits together

At initial base prices and mix, accounting operating break-even needs 129 whole daily orders, while scheduled-debt cash break-even needs 140. The latter assumes stable inventory/settlement balances, before income taxes and new CAPEX. The exact quotient is evaluated before rounding up; one fewer whole order does not cover the commitments. These daily totals must also fit the lunch/dinner split and peak mix, so they are not a permission to forecast any arbitrary daily profile.

Track meal-period requested versus served orders, median and high-percentile wait, ingredient yield/waste, channel contribution, refunds/remakes, settlement days, paid shift hours and closing cash. A higher delivery share can lower blended contribution without changing average receipt. Use menu tests to remove bottlenecks, and re-run the monthly case when staff shifts, payment mix or capacity changes. Local demand and timed process evidence are still open research tasks.