Ticket pricing calculatorEasyStagecraft Module 5 · cost-per-seat × loading × willingness = defensible price · with worked example + blank fields · no software, just maths

How to use. Use it twice. First at week 8 to set initial ticket pricing for the season. Second at week 4 if budget actuals have shifted > 10% from forecast. Default rule: price for 75% capacity, not 100% — selling out is the bonus, not the plan. The worked example below uses the St Joseph's Les Mis from the P&L template (200-seat venue × 5 shows).

Step 1 — Calculate cost per seat (the floor)

Worked example

Total cost of production (from P&L)A$ 48,730
Less non-ticket revenue (subsidy + sponsorship + bar + merch)−A$ 24,640
Net cost to recover from ticketsA$ 24,090
Total seats available (200 × 5 shows)1,000
Cost per seat (if 100% sold)A$ 24.09
cost_per_seat = (total_costs − non_ticket_revenue) ÷ total_seats

If you sold every seat at A$24.09, you'd break even exactly. But you won't sell every seat — see Step 2.

Step 2 — Apply the capacity loading

Why this matters

Average school-production capacity in Australia 2026 is 70-80%. Pricing for 100% loads you with deficit risk; pricing for 60% inflates the ticket and depresses sales. The sweet spot is 75% — proven across hundreds of school productions in this market.

Worked example

Cost per seat (Step 1)A$ 24.09
Capacity loading factor÷ 0.75
Loaded cost per seatA$ 32.12
loaded_cost = cost_per_seat ÷ assumed_capacity_pct

At 75% capacity, you'd need to charge A$32.12/seat to break even. But that's just the FLOOR — see Step 3 for what your market will actually pay.

Step 3 — Parent willingness reality-check

Survey method (5 minutes)

Before locking in price, sanity-check against three reference points:

  1. What did last year's production charge? Most parents anchor to last year's price. A 10-15% lift is invisible; 30%+ is a sales-killer.
  2. What does the local cinema charge for a kid+adult outing? Cinema A$22-26/adult is your competition. School-show should be 0%-20% above cinema.
  3. What does the nearest two schools running similar shows charge? Stay within ±A$3 of comparable shows. Higher = pretentious; much lower = scarcity-signal lost.

Worked example — survey results

Last year's adult ticket (school's own production)A$ 22
Local cinema adult ticket (2026)A$ 24
Nearby competing school musical 2026A$ 27
Loaded cost per seat (Step 2)A$ 32.12
Defensible adult-ticket bandA$ 25 — A$ 28

Loaded cost is A$32 but market won't pay that. Either (a) reduce costs, (b) increase non-ticket revenue, or (c) accept a small deficit absorbed by P&F.

Step 4 — Set the ticket structure

The 3-tier rule

Single-price tickets are simpler but leave money on the table. Three-tier (adult / concession / family) captures different willingness-to-pay without offending the school community.

Worked example — three-tier structure

TierPriceEst volumeRevenueWhy this price
Adult — gen adminA$ 25600A$ 15,00010% above last year · in cinema band
Concession (student / senior)A$ 18280A$ 5,040~72% of adult — standard concession ratio
Family pass (2 adults + 2 concessions)A$ 7530A$ 2,250~13% off equivalent individual
Opening-night premium (incl. interval drink)A$ 3550A$ 1,750~40% premium — captures supporter willingness
Total est ticket revenue960A$ 24,040at est 75% capacity

At forecast volumes, ticket revenue A$24,040 vs Step 1 target A$24,090 — within A$50. Break-even achieved at 75% capacity. Sold out (100%) generates ~A$6,000 surplus.

Step 5 — Sensitivity check

What if we sell 60%? 90%?

ScenarioCapacityTicket revenueSurplus / (deficit) vs total costs
Pessimistic60%A$ 19,232(A$ 5,408) — absorbed by P&F if needed
Conservative (our plan)75%A$ 24,040(A$ 50)
Successful85%A$ 27,245A$ 3,155 surplus
Sold out100%A$ 32,053A$ 7,963 surplus

Always show the principal the four-scenario table. It demonstrates that you've thought past "I hope it sells out".

Blank calculator — your show

Step 1

Total cost of productionA$ _____________
Less non-ticket revenue−A$ _____________
Net cost to recover from ticketsA$ _____________
Total seats available (capacity × shows)_____________
Cost per seat (if 100%)A$ _____________

Step 2

Cost per seat ÷ 0.75A$ _____________

Step 3 — willingness check

Last year's adult ticketA$ _____________
Local cinema adult ticketA$ _____________
Comparable school's recent ticketA$ _____________
Defensible band (high/low)A$ ______ – A$ ______

Step 4 — three-tier structure

TierPriceEst volumeRevenue
AdultA$ ________A$ _________
ConcessionA$ ________A$ _________
Family passA$ ________A$ _________
Opening-night premium (optional)A$ ________A$ _________
Total est ticket revenueA$ _________

Step 5 — sensitivity

ScenarioCapacityRevenueSurplus / (deficit)
Pessimistic60%  
Conservative75%  
Successful85%  
Sold out100%