# Occupancy Rate for Short-Term Rentals — What It Is and How to Improve It

> Occupancy rate is the percentage of available nights your STR is booked. Learn how to calculate it, what benchmarks to target by market type, and how to use it alongside RevPAR and break-even occupancy to evaluate and improve STR performance.

Canonical: https://www.underwriteapp.com/learn/occupancy-rate


## Definition

**Occupancy rate** is the percentage of available nights that are booked over a given period.

$$\text{Occupancy Rate} = \frac{\text{Booked Nights}}{\text{Available Nights}} \times 100$$

It answers: **how much of my property's capacity is being used?**

## How to Calculate Occupancy Rate

### Annual occupancy

**Example:**
- Booked nights in a year: 248
- Available nights: 365
- **Occupancy rate: 248 ÷ 365 = 67.9%**

### Monthly occupancy

Track monthly to see seasonal patterns:

**Example (mountain cabin):**

| Month | Available | Booked | Occupancy |
|-------|-----------|--------|-----------|
| January | 31 | 27 | 87% |
| February | 28 | 24 | 86% |
| March | 31 | 22 | 71% |
| April | 30 | 10 | 33% |
| May | 31 | 12 | 39% |
| June | 30 | 20 | 67% |
| July | 31 | 26 | 84% |
| August | 31 | 25 | 81% |
| September | 30 | 14 | 47% |
| October | 31 | 18 | 58% |
| November | 30 | 8 | 27% |
| December | 31 | 26 | 84% |
| **Annual** | **365** | **232** | **63.6%** |

This cabin earns most of its revenue in winter ski season and summer — the shoulder months (April–May, September–November) drag down the annual average.

### Available vs. total nights

**Available nights** means nights the property is listed and bookable. If you block 30 days for personal use or maintenance, your denominator is 335, not 365. Be consistent in how you define availability when comparing properties.

## What Drives Occupancy

**Location and demand type.** Urban properties with business and leisure travel have steadier year-round demand. Beach and mountain properties are seasonal. Properties near hospitals, universities, or event venues get baseline demand from non-tourist travelers.

**Listing quality and reviews.** Airbnb's search algorithm favors listings with high response rates, 4.8+ star ratings, and Superhost status. A listing on page 3 of search results gets a fraction of the views — and bookings — of a page 1 listing.

**Pricing strategy.** Setting rates too high kills occupancy. Setting them too low fills the calendar but leaves revenue on the table. Dynamic pricing tools help find the balance by adjusting rates nightly based on demand signals. See [revpar](/learn/revpar) for how rate and occupancy interact.

**Minimum stay requirements.** A 7-night minimum in a market where most guests stay 3 nights will tank occupancy. Match minimums to your market's booking patterns and adjust seasonally.

**Competition and supply.** When new listings enter your submarket, the same demand is spread across more properties. Track your competitive set — if occupancy drops while ADR holds, supply growth is the likely cause.

## Occupancy and Revenue

Occupancy alone doesn't determine revenue — it's one half of the [revpar](/learn/revpar) equation. A property at 80% occupancy and $120 ADR earns less than one at 60% occupancy and $200 ADR.

| Scenario | Occupancy | ADR | Annual Revenue |
|----------|-----------|-----|---------------|
| High occupancy, low rate | 80% | $120 | $35,040 |
| Moderate occupancy, strong rate | 65% | $200 | $47,450 |
| Low occupancy, premium rate | 45% | $300 | $49,275 |

The high-occupancy scenario generates the least revenue and the most turnover costs.

## Occupancy and Break-Even

Your [break-even-occupancy](/learn/break-even-occupancy) is the minimum occupancy needed to cover all expenses including debt service. If your break-even is 55% and your market typically delivers 65%, you have a 10-point margin of safety. If your break-even is 70%, any demand dip puts you in the red.

## Common Mistakes

**Using owner-blocked nights as booked nights.** Nights you block for personal use are not revenue-generating. Including them inflates your occupancy and misrepresents property performance.

**Comparing raw occupancy across different markets.** A 50% occupancy rate in Aspen (with a $500 ADR) is far more profitable than 80% occupancy in a rural market at $100 ADR. Always pair occupancy with ADR or RevPAR.

**Ignoring the cost of high occupancy.** Every turnover costs $75–$200+ in cleaning, supplies, and wear. At 90% occupancy with 2-night average stays, you're spending 30–50% more on turnover costs than at 60% occupancy with 4-night stays. Model the incremental cost of each additional booking.