Attribute
Revenue and costs on a consistent basis.
Calculate contribution, practical break-even attendance and required occupancy from your attributed revenue and costs. The result describes a typical class, not studio profit.
Revenue and costs on a consistent basis.
Contribution, occupancy and break-even attendance.
Using the method and its limitations.
Class calculator
Calculated result · editable example
Positive balance under your assumptionsMathematical break-even attendance = attributed fixed costs ÷ (attributable revenue per attendance − variable cost per attendance). Practical break-even attendance is rounded up to the next whole place.
Non-contractual educational result. Contribution does not mean net profit, available cash or ROI. The monthly projection models neither seasonality nor changes in demand.
The calculation isolates a typical class. It does not replace an income statement, a cash-flow budget or a complete studio analysis.
Packs and subscriptions require a consistent revenue allocation convention.
It depends on the costs and revenue entered, not on guaranteed demand.
The projection models neither seasonality nor changes in behaviour.
If break-even attendance exceeds available places, the business model must be reviewed.
Revenue is the amount attributed to attendance. Contribution deducts the costs attributed to the class. Net profit requires all studio expenses, financing, taxes and other accounting items; this tool does not calculate it.
Use a documented, consistent revenue allocation rule. The face value of a pack or subscription does not automatically correspond to the revenue attributable to one attendance.
No. Break-even attendance is a conditional result based on the revenue, costs and attendance entered. It guarantees neither demand, attendance nor stable costs.
No. The calculation runs in your browser. The values you enter are neither sent to GE2studio nor stored by the calculator.
Ready to go further? Describe your needs to request a discussion about your conventions, available cost data and constraints.