FTDP

Business

Food Truck Day Profit Calculator

Estimate demanded, capacity-limited served, and lost orders; reconcile gross sales through spoilage, food, payment, labor, and fixed event cost; and calculate profit, margin, and break-even service pace.

Demanded orders during service-
Production capacity during service-
Orders that can be served-
Orders lost to capacity constraint-
Gross sales from served orders-
Spoilage and comp allowance-
Expected collected sales-
Food and packaging cost-
Card processing fees-
Event-day labor cost-
Expected food truck day profit-
Profit margin on collected sales-
Profit per served order-
Contribution per served order before labor and fixed costs-
Orders required for day break-even-
Break-even served orders per service hour-

Decision view

Hourly demand-capacity service curve and cumulative break-even

Hourly demand-capacity service curve and cumulative break-evenDemand and production capacity determine served orders; the cumulative profit path marks when the day repays labor and fixed operating costs.
Exact scenario comparisonExpected customer orders per hour changes while all other entered assumptions remain constant.
Expected customer orders per hourDemanded orders during serviceProduction capacity during serviceOrders that can be servedOrders lost to capacity constraintGross sales from served ordersSpoilage and comp allowanceExpected collected salesFood and packaging costCard processing feesEvent-day labor costExpected food truck day profitProfit margin on collected salesProfit per served orderContribution per served order before labor and fixed costsOrders required for day break-evenBreak-even served orders per service hour

How to use Food Truck Day Profit Calculator

  1. Enter service hours, expected demand pace, and maximum production pace.
  2. Enter average ticket, food and packaging percentage, payment fee, and spoilage or comp allowance.
  3. Enter paid staffing and event-day fixed cost; compare served pace with break-even orders per hour.

Calculator guide

Understanding Food Truck Day Profit Calculator

A food truck can face plenty of demand and still lose sales when its line moves faster than production. This calculator constrains orders by hourly capacity before calculating collected sales, contribution, and the point where the event day turns profitable.

Demand-capacity curve Only the lower curve produces served orders and sales.
Cumulative profit path Each served order pays down labor and fixed event cost.
Operational pace Break-even is also stated as served orders per service hour.

Detailed calculation process

Detailed food truck day-profit calculation

The default event serves for six hours with demand at 28 orders per hour and capacity at 32.

General formula: D=ht_dK=ht_kQ=min(D,K)R_g=QpR_c=R_g(1-z)CM_u=p(1-z)-pf-p(1-z)cprofit=QCM_u-L-F Capacity limits the orders that create revenue. Spoilage and comps reduce collected sales, food cost uses gross served-order sales, and card fees use collected sales.

What each symbol means

h customer service hours (hours/day)
t_d,t_k demand and capacity rates (orders/hour)
Q served orders (orders/day)
p average customer ticket (currency/order)
z spoilage and comp rate (decimal)
f food and packaging rate on gross sales (decimal)
c card fee rate on collected sales (decimal)
L scheduled labor cost (currency/day)
F fuel, commissary, permit, and event fixed cost (currency/day)

Worked substitution with the default inputs

1. Apply the service constraint D=6*28=168K=6*32=192Q=min(168,192)=168lost demand=0 Capacity is sufficient for the default demand.
2. Reconcile sales and direct cost R_g=168*$16.50=$2,772R_c=$2,772(1-0.03)=$2,688.84food=$859.32card fees=$77.98 Scheduled labor is 3*8*$24=$576.
3. Calculate profit and break-even profit=$2,688.84-$859.32-$77.98-$576-$520=$655.54CM_u=$10.425855Q_BE=ceil($1,096/$10.425855)=106 Break-even pace is 106/6=17.67 served orders per hour.

The default day earns $3.90 per served order and a 24.38% margin on collected sales after all entered day costs.

Worked situations

Practical examples

  • Six hours at 28 demanded orders per hour produces 168 orders of demand, below the 192-order capacity.
  • At a $16.50 ticket, served demand creates $2,772 gross sales before the 3% spoilage and comp allowance.

Better inputs

Useful tips

  • Estimate production capacity from the bottleneck station during peak service.
  • Include prep, setup, cleanup, and travel in paid staff hours.
  • Use the event-specific permit, commissary, generator, parking, and fuel costs.

Before relying on the result

Limitations and common mistakes

  • Demand and capacity are treated as steady hourly rates.
  • Sales mix, sales tax, tips, inventory leftovers, batch constraints, queue abandonment, weather, and downtime are excluded.
  • Food cost is applied to gross served-order sales, while card fees apply to collected sales.

Reference

Key terms

Demanded orders
Orders customers would place if production had no capacity constraint.
Served orders
The lower of demanded orders and production capacity.
Lost demand
Demand above the maximum order capacity.
Order contribution
Collected ticket less food, packaging, and payment cost before labor and fixed event cost.

Important note

Confirm food-safety, labor, sales-tax, permit, commissary, and event-contract requirements independently.

Frequently asked questions

Why does profit stop increasing when demand exceeds capacity?

The truck cannot serve additional orders under the entered production limit, so excess demand is shown as lost orders.

Does spoilage reduce food cost too?

No. The default treats spoilage and comps as a revenue allowance while food cost remains based on produced served-order value.

Should labor be variable per order?

This event-day model treats scheduled staff hours as fixed for the day; change staffing assumptions for another operating plan.