RevPASH Calculator

RevPASH (Revenue Per Available Seat Hour) is the restaurant/hospitality equivalent of hotel RevPAR. It measures how effectively seating capacity generates revenue. Formula: total revenue ÷ (seats × operating hours). Higher RevPASH means the restaurant extracts more value from its fixed seating capacity.

80-seat restaurant, 12 operating hours, 15,000 daily revenue. RevPASH = 15,000 ÷ (80 × 12) = 15.63/seat-hour. That's solid for casual dining. Fine dining might hit 30-50/seat-hour (higher price, longer dwell); fast casual 8-15 (lower price, faster turnover).

RevPASH improvement levers: reduce average meal duration (faster turnover = more covers per hour), increase average check size (upselling, menu engineering), improve off-peak utilisation (happy hour, early-bird specials). Best restaurants optimise all three simultaneously. Even 10% RevPASH improvement adds meaningful annual revenue.

Run it with sensible defaults

Using total revenue of 15,000, seats of 80, service hours of 12, the calculation works out to 15.63. The defaults are meant as a starting point, not a recommendation.

The levers in this calculation

The inputs — Total Revenue, Seats, and Service Hours — do not pull with equal force. Not every input has equal weight. Adjusting one input at a time toward extreme values shows which ones move the result most.

How the math works

RevPASH = total revenue ÷ (seats × service hours).

Using this as a check-in

Re-run this every three months. A single reading tells you where you stand; four readings tell you whether things are improving. The trend matters more than any individual snapshot.

What this doesn't capture

The score is a composite of the inputs you provide. Life context — job security, family obligations, health, housing — doesn't appear in the math but shapes the real picture. Use the number as a prompt, not a verdict.

Worked example with realistic numbers

A 60-seat casual dining venue operates lunch and dinner service six days a week. Over one week, the restaurant generates 18,000 in total revenue. Service hours in that week total 72 (12 hours per day across six days). The calculation is:

RevPASH = 18,000 ÷ (60 × 72) = 18,000 ÷ 4,320 = 4.17 per seat per hour.

This figure can be compared month-on-month. If the same venue logs 20,000 revenue the following week across the same capacity and hours, RevPASH rises to 4.63, indicating improved revenue extraction from the same fixed asset.

Common scenarios where RevPASH matters

• Benchmarking performance against peer venues in the same segment and market
• Evaluating the revenue impact of extended operating hours without adding seats
• Testing menu price changes and measuring their effect on per-seat productivity
• Assessing whether turnover improvements (faster service, table clearing) translate to revenue gains
• Comparing a multi-outlet portfolio to identify which locations extract more value per seat

What the result does and does not capture

RevPASH shows revenue productivity relative to seating capacity and time. It does not account for labour costs, food costs, rent, utilities, or profitability. A high RevPASH can mask thin margins if costs are not managed. Equally, low RevPASH does not necessarily signal failure — a neighbourhood café may operate profitably at 3 per seat per hour, while a high-volume urban quick-service venue might need 6 or more to remain viable.

The figure also does not reflect seat mix (bar seats versus table seats), service type (counter service versus full table service), or seasonal variation. A beach venue in off-season and peak season show very different RevPASH readings from identical operations.

Educational illustration only

This calculator models revenue productivity based on inputs you enter. Results are for educational illustration and internal analysis. They do not forecast, guarantee, or predict future performance.