Hotel occupancy rate is the share of a property's available rooms that are sold over a period, calculated as rooms sold divided by rooms available. It measures demand volume independent of price, and hotel asset managers pair it with average daily rate to judge whether a property is filling rooms profitably or discounting to do it.
How Is Hotel Occupancy Rate Calculated?
Hotel occupancy rate is calculated by dividing the number of rooms sold by the number of rooms available in the same period, then expressing the result as a percentage. The formula is Occupancy = Rooms Sold / Rooms Available. Available rooms count every sellable room for every night in the period, including nights when rooms sit empty, so the denominator reflects capacity, not just booked inventory.
The metric answers one question: what fraction of capacity did the hotel actually sell. It ignores price entirely, which is both its strength and its limit. A hotel can hit high occupancy by cutting rates, so occupancy read alone tells you demand volume but nothing about whether that volume was profitable.
Input | Definition | Formula |
Rooms sold | Occupied room nights in the period | Sum of paid room nights |
Rooms available | Sellable rooms times nights in period | Rooms x nights |
Occupancy rate | Share of capacity sold | Rooms sold / rooms available |
According to CoStar and STR, full-year 2025 U.S. hotel occupancy averaged 62.3 percent, down 1.2 percent year over year, the first annual occupancy decline since 2020. Among CoStar's top 25 markets, New York City posted the highest absolute occupancy at 84.1 percent.
Why Hotel Occupancy Rate Matters
Hotel occupancy rate matters because it isolates demand from pricing, letting an asset manager see whether soft revenue comes from empty rooms or from weak rates. A property running 55 percent occupancy has a volume problem no rate increase will fix, while one at 90 percent occupancy has pricing power it may be leaving on the table. The metric points to the correct lever.
The operator risk is treating occupancy as the goal rather than an input. Chasing occupancy with deep discounts fills rooms while eroding average daily rate and RevPAR, and defending occupancy through a downturn can mean selling capacity below the cost to service it. Occupancy is diagnostic, not a target on its own.
Example
A 150-room hotel wants its occupancy rate for a 30-night month. Occupancy = Rooms Sold / Rooms Available settles it.
Component | Value |
Rooms available | 150 rooms x 30 nights = 4,500 |
Rooms sold | 3,015 |
Occupancy rate | 3,015 / 4,500 = 67.0% |
The hotel sold 3,015 of 4,500 available room nights, for an occupancy rate of 67.0 percent. If the same property had sold 3,600 room nights, occupancy would be 3,600 / 4,500 = 80.0 percent. The 585 additional room nights lift occupancy 13 points without any change in room count, which is why occupancy tracks demand capture directly.
Variations and Edge Cases
Hotel occupancy rate behaves differently depending on which rooms count as available and what "sold" includes, so two occupancy figures are only comparable when defined the same way. The table below lists the variants an asset manager should reconcile before benchmarking.
Variant | Treatment |
Out-of-order rooms | Rooms under renovation are often removed from available inventory, raising reported occupancy |
Complimentary rooms | Comp and house-use rooms may or may not count as sold, shifting the rate |
Group vs transient | Group blocks can fill rooms at soft rates, high occupancy, weak RevPAR |
Seasonality | Resort occupancy swings sharply by season; annual averages hide the spread |
Market and class | Luxury urban and economy roadside hotels run structurally different occupancy bands |
The common mistake is benchmarking a property that excludes out-of-order rooms against one that includes them. Renovation nights removed from the denominator inflate occupancy and distort the comparison.
Hotel Occupancy Rate vs RevPAR
Hotel occupancy rate is often confused with RevPAR, and they measure different things. Hotel occupancy rate is rooms sold divided by rooms available, a pure volume measure that ignores price. RevPAR is revenue per available room, which multiplies occupancy by average daily rate to blend volume and pricing into one revenue figure.
The relationship is direct: RevPAR = ADR x Occupancy, so occupancy is one of two inputs to RevPAR. A hotel can lift occupancy while RevPAR falls if the added rooms sold at deeply discounted rates. Reading occupancy without RevPAR hides whether full rooms were profitable; reading RevPAR without occupancy hides whether revenue came from rate or from volume.
Frequently Asked Questions
How do you calculate hotel occupancy rate?Hotel occupancy rate equals rooms sold divided by rooms available, expressed as a percentage. Rooms available counts every sellable room for every night in the period. A hotel that sells 3,015 of 4,500 available room nights has an occupancy rate of 67.0 percent.
What is a good hotel occupancy rate?There is no universal benchmark because occupancy depends on market, class, and season. According to CoStar and STR, full-year 2025 U.S. hotel occupancy averaged 62.3 percent. Judge a property against its own competitive set, not a national average.
Does higher occupancy always mean higher profit?No. Occupancy measures volume, not profitability. A hotel can push occupancy above 90 percent by discounting so heavily that average daily rate and RevPAR fall, generating more room nights but less revenue and often lower profit per available room.
Related Terms
RevPAR
Average Daily Rate
Physical Occupancy
Break-Even Occupancy
Net Operating Income