Calculate occupancy rate for hotels, vacation rentals, and rental properties. Includes RevPAR analysis, vacancy metrics, and industry benchmarks.
Try an example:
Full-service and limited-service hotels
Formulas:
Occupancy Rate = (Occupied / Total) x 100
RevPAR = Occupancy Rate x ADR
Enter your property data to see occupancy calculations.
Occupancy rate is the percentage of available rooms, units, or spaces that are currently rented or in use. The formula is: divide occupied units by total available units and multiply by 100. Full-year 2025 US hotel occupancy averaged 62.3% (STR/CoStar), with mid-2026 monthly occupancy reaching 69.6%. Short-term rental occupancy averages approximately 54% nationwide (AirDNA, 2026), and apartment occupancy sits around 92.7% based on the Census Bureau's Q2 2026 rental vacancy rate of 7.3%. RevPAR (occupancy multiplied by average daily rate) is the standard metric for comparing revenue performance across properties.
Occupancy rate measures the percentage of available rooms, units, or spaces that are currently occupied or rented. It is the single most-watched utilization metric across hospitality and property management. STR (Smith Travel Research) tracks occupancy as one of three key performance indicators (along with ADR and RevPAR) used to evaluate hotel performance globally. Full-year 2025 US hotel occupancy averaged 62.3% (STR/CoStar), the first annual decline since 2020. In 2026, occupancy has rebounded: June 2026 reached 69.6%, up 1.6% year-over-year, and CoStar upgraded its 2026 RevPAR growth forecast to +2.8%.
For hotels and vacation rentals, occupancy is typically measured in room nights over a specific period. A 100-room hotel over 30 days has 3,000 available room nights. If 2,100 are sold, the occupancy rate is 70%. This time-based calculation captures the dynamic nature of short-term rentals where inventory perishes daily. Understanding this metric helps managers optimize pricing strategies and calculate rental yield for investment properties.
For apartment complexes and long-term rentals, occupancy is usually measured as a percentage of total units occupied at a point in time. The US Census Bureau reported a national rental vacancy rate of 7.3% in Q2 2026, meaning average rental occupancy sits around 92.7%. Well-managed apartment communities target 94-96% occupancy, significantly higher than hotel benchmarks due to longer lease terms and lower turnover. Property managers should also calculate Net Operating Income (NOI) and debt service coverage ratio (DSCR) to understand overall property performance.
The relationship between occupancy and pricing is crucial for revenue optimization. High occupancy with low rates may generate less total revenue than moderate occupancy with higher rates. This is why professional revenue managers focus on RevPAR (Revenue Per Available Room), which balances both metrics. Use our Break-Even Calculator to determine the minimum occupancy needed to cover operating costs, and the Cash-on-Cash Return Calculator to measure how occupancy drives actual investor returns.
To calculate occupancy rate, divide the number of occupied rooms or units by the total number of available rooms or units, then multiply by 100. For example, a 100-room hotel that sold 70 rooms on a given night has a 70% occupancy rate. For time-based analysis, use room nights: 2,100 occupied room nights out of 3,000 available equals 70% occupancy.
Occupancy Rate = (Occupied Units / Total Available Units) x 100
For time-based calculations (hotels, vacation rentals):
Occupancy Rate = (Occupied Room Nights / Total Available Room Nights) x 100
For hotels: multiply total rooms by days in the period. For apartments: count total rentable units. A 100-room hotel over 30 days has 3,000 available room nights.
Tally the number of room nights sold (hotels) or units currently leased (apartments). Be consistent with your time frame and include only revenue-generating occupancy.
Divide occupied by total available, then multiply by 100. If 2,100 room nights were sold out of 3,000 available: (2,100 / 3,000) x 100 = 70% occupancy.
Multiply occupancy rate by your Average Daily Rate (ADR) to get RevPAR. This metric combines occupancy and pricing for a complete revenue picture.
A good occupancy rate depends on property type. Hotels target 65-75% (full-year 2025 US average was 62.3%; mid-2026 monthly occupancy reached 69.6%). Apartments target 94-96% (Census Bureau rental vacancy was 7.3% in Q2 2026). Airbnb and short-term rentals average approximately 54% (AirDNA, 2026), with top performers reaching 70-85%. Senior living communities averaged 89.9% occupancy in Q2 2026 (NIC MAP), and self-storage facilities average 85-90% for institutional operators.
Occupancy benchmarks differ sharply by asset class because lease duration, turnover friction, and perishability of inventory vary. The table below summarizes the latest verified data from industry sources.
| Property Type | US Average | "Good" Target | Source |
|---|---|---|---|
| Hotels | 62.3% (2025 full-year) | 65-75% | STR / CoStar |
| Short-Term Rentals (Airbnb) | ~54% (2026) | 55-70% | AirDNA |
| Apartments / Multifamily | ~92.7% (Q2 2026) | 94-96% | US Census Bureau |
| Senior Living | 89.9% (Q2 2026) | 88-92% | NIC MAP |
| Self-Storage | 85-90% (institutional) | 85-92% | Yardi Matrix |
Pair occupancy data with Gross Rent Multiplier (GRM) and cap rate analysis to evaluate whether high occupancy translates to attractive investment returns.
Occupancy rate and vacancy rate are complementary metrics that always sum to 100%. Understanding both perspectives helps property managers and investors assess performance and identify improvement opportunities.
When analyzing investment properties, vacancy rate is often used to calculate Net Operating Income by applying a vacancy allowance (typically 5-10%) to potential gross income. This provides a more conservative projection than assuming 100% occupancy. High occupancy also supports a stronger cap rate valuation when you go to sell or refinance.
A 200-room business hotel tracks monthly performance. In October, they sold 4,800 room nights out of 6,000 available (200 rooms x 30 days). ADR was $175.
Occupancy = 4,800 / 6,000 = 80%
Vacancy Rate = 20%
RevPAR = 80% x $175 = $140
Total Revenue = 4,800 x $175 = $840,000
With 80% occupancy, this hotel is performing excellently. The 20% vacancy represents $210,000 in potential lost revenue (1,200 nights x $175), but may be optimal if pushing rates higher would reduce demand. Calculate rental yield to track investment performance over time.
A property manager oversees 10 vacation rental units. In July (peak season), the portfolio achieved 248 booked nights out of 310 available (10 units x 31 days). Average nightly rate was $325.
Occupancy = 248 / 310 = 80%
RevPAR = 80% x $325 = $260
Monthly Revenue = 248 x $325 = $80,600
Lost Revenue = 62 nights x $325 = $20,150
Peak season occupancy of 80% is solid for vacation rentals. The manager should analyze why 62 nights went unbooked - pricing, minimum stay requirements, or marketing gaps. Use the rental yield calculator to evaluate each property's annual performance.
An investor evaluates a 150-unit apartment complex. Currently 139 units are leased at an average rent of $1,450/month. The property's monthly operating expenses are $85,000.
Occupancy = 139 / 150 = 92.7%
Vacancy Rate = 7.3% (11 vacant units)
Actual Monthly Rent = 139 x $1,450 = $201,550
Potential Monthly Rent = 150 x $1,450 = $217,500
Monthly NOI = $201,550 - $85,000 = $116,550
At 92.7% occupancy, this complex is slightly below the industry target of 95%. Filling just 4 more units would increase monthly revenue by $5,800. Calculate the detailed NOI and break-even occupancy for comprehensive analysis.
While occupancy rate is essential for property performance analysis, it has limitations that managers and investors should understand.
A 100% occupancy at $50/night generates less revenue than 70% occupancy at $100/night. Occupancy alone doesn't capture revenue performance. Always analyze RevPAR alongside occupancy to understand true performance.
Comparing January occupancy to July occupancy for a beach resort is misleading. Seasonal properties should benchmark against same-period historical data or market comp sets, not arbitrary time periods.
A 75% occupancy is excellent for hotels but concerning for apartments. Different property types have fundamentally different operating models and tenant behaviors that affect expected occupancy ranges.
High occupancy achieved through deep discounts, OTA flash sales, or corporate rates below break-even may actually harm profitability. Quality of revenue matters as much as quantity of occupied units.
Daily occupancy fluctuates significantly. A monthly average may hide problematic patterns like empty weekends or weak shoulder seasons. Analyze occupancy by day-of-week and segment for actionable insights.
Rooms undergoing renovation, under maintenance holds, or blocked for staff use should be excluded from total available inventory. Including them artificially depresses your occupancy rate. If 10 of your 100 rooms are offline for renovation, your available inventory is 90 rooms, not 100.
A 75% occupancy rate is excellent for a hotel but a warning sign for an apartment complex. Always benchmark against your specific property type and local market, not generic national averages. Use the cap rate calculator to evaluate whether your occupancy supports target returns.
Filling rooms at deep discounts can achieve high occupancy while destroying profitability. A hotel at 65% occupancy and $200 ADR (RevPAR $130) outperforms one at 90% occupancy and $120 ADR (RevPAR $108). Always track RevPAR, not just occupancy.
An annual average of 65% can mask months at 90% and months at 40%. This hides the need for seasonal pricing strategies and staffing adjustments. Analyze occupancy monthly and compare to the same month in prior years for meaningful insights.
Rooms given away to loyalty rewards, staff, or promotional stays occupy space but generate no revenue. Include them in the occupied count for physical occupancy, but calculate paid occupancy separately for accurate revenue analysis and NOI calculations.
For more guidance, see the Valuefy blog.
Pair this tool with the DSCR Calculator and the GRM Calculator to cross-check inputs. For strategic context, read our founder's LOI negotiation guide and explore the Real Estate & Investment tools hub.
Occupancy rate benchmarks vary significantly by property type: hotels target 65-75%, vacation rentals 50-70%, and apartments 94-96%. Compare your performance to appropriate industry standards.
RevPAR (Occupancy x ADR) is more valuable than occupancy alone. A hotel with 70% occupancy at $150 ADR ($105 RevPAR) outperforms one with 85% at $100 ADR ($85 RevPAR). Balance rates and occupancy for optimal revenue.
Calculate cap rate valuation alongside occupancy to understand the minimum occupancy needed to sustain your target returns. This critical threshold helps set pricing floors and evaluate investment viability.
Vacancy cost is real money: every empty night at a $200 ADR hotel costs $200 in irreversible lost revenue. Quantify vacancy losses to justify marketing investments and pricing adjustments.
Use occupancy data alongside net operating income calculations and rental yield analysis for comprehensive property performance evaluation.
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Rental Property Guide
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