Hotel performance assumptions about future revenue, operating costs and profitability underpin developers’ investment decisions. Understanding how these figures are calculated helps developers question feasibility studies, compare operator proposals and negotiate realistic performance expectations. The same knowledge supports acquisitions and conversions, where historical results must be examined for sustainable earnings, operating weaknesses and deferred expenditure. After opening, these analytical tools help ownership determine whether the developed asset is achieving its commercial and financial potential.
From an asset manager’s perspective, performance analysis connects hotel operations with investment objectives. Occupancy, revenue growth and budget achievement each provide useful information, but none independently establishes that the investment is performing satisfactorily. A hotel may increase revenue while losing market share, or improve operating profit while accumulating capital expenditure requirements. Effective evaluation therefore combines commercial benchmarking, expense analysis, profitability measures and owner cash flow.
Hotel Performance Analysis and Benchmarking
A Framework for Hotel Performance Evaluation
Connecting Development Decisions with Operating Results
Development decisions establish many of the conditions that shape future hotel performance. Location, room configuration, facilities, service level, brand and contractual structure influence both revenue potential and operating costs. Understanding these relationships helps developers assess whether an operator’s projections are consistent with the proposed product. It also establishes a basis for monitoring the property after completion.
| Application | How performance analysis helps |
|---|---|
| Operator negotiations | Tests revenue assumptions, staffing requirements, reporting obligations and proposed performance measures. |
| Acquisition assessment | Examines sustainable earnings, operating weaknesses, capital needs and improvement opportunities. |
| Development conversion | Compares the proposed operating model with relevant hotels and identifies changes in service requirements and costs. |
| Feasibility review | Tests projected occupancy, rates, expenses and profitability against appropriate evidence. |
| Future asset management | Establishes the measures needed to assess the completed hotel against its business plan and ownership objectives. |
Establishing a Consistent Calculation Basis
Calculations are meaningful only when their underlying definitions are consistent. Reporting periods, room inventory, revenue classifications and expense treatment must align before comparisons are made. Differences in accounting or operating scope can otherwise appear to be differences in performance. Monetary examples throughout this page are illustrative rather than suggested operating targets.
| Term | Definition and application |
|---|---|
| Available room nights | Room inventory available over a period. A 100-room hotel operating for 30 days normally provides 3,000 available room nights, subject to reporting rules for unavailable inventory. |
| Rooms sold | Paid room nights sold during the period, using the applicable reporting definition. This differs from the number of guests. |
| Occupied rooms | Rooms physically occupied. Treatment of complimentary and house-use rooms should be checked when reconciling operational and benchmarking reports. |
| Comparable basis | Information selected or adjusted so that accounting, inventory, currency and operating-scope differences do not distort comparison. |
| Normalised results | Results adjusted transparently for identified exceptional or non-recurring items to support assessment of representative performance. |
For monthly and annual trading measures, “per available room” generally means per available room night. Some financial reports instead use PAR to mean per physical room over an entire reporting period. The denominator must therefore be checked rather than inferred from an abbreviation. Percentage inputs should also be handled consistently: 75% occupancy is entered as 0.75 when multiplied by ADR.
Revenue and Commercial Performance
Occupancy, ADR and RevPAR
Occupancy, average daily rate and revenue per available room form the foundation of hotel revenue benchmarking. Occupancy measures inventory utilisation, ADR measures achieved pricing, and RevPAR combines the two. Their relationship helps distinguish growth achieved through additional room sales from growth achieved through higher prices.
| Measure | Formula | Interpretation or example |
|---|---|---|
| Occupancy | Rooms sold ÷ available room nights × 100 | 2,250 ÷ 3,000 × 100 = 75%. |
| Average Daily Rate — ADR | Room revenue ÷ rooms sold | €360,000 ÷ 2,250 = €160. |
| Revenue per Available Room — RevPAR | Room revenue ÷ available room nights | €360,000 ÷ 3,000 = €120. |
| Alternative RevPAR calculation | ADR × occupancy as a decimal | €160 × 0.75 = €120. |
| Room revenue forecast | Available room nights × forecast occupancy × forecast ADR | 3,000 × 0.75 × €160 = €360,000. |
| Average Length of Stay — ALOS | Room nights sold ÷ room stays | 2,250 room nights ÷ 900 room stays = 2.5 nights. |
| Guests per occupied room | Guest nights ÷ occupied room nights | Helps explain breakfast demand, amenities and guest-related consumption. |
RevPAR measures revenue rather than profit. Additional occupancy brings servicing and acquisition costs, while higher rates may produce a different incremental contribution. A forecast should explain how its proposed combination of occupancy and pricing will be achieved. Developers should question assumptions that require both premium rates and strong occupancy without evidence of a supporting competitive advantage.
Total Revenue and Acquisition Costs
Rooms performance should be considered alongside other departments and the cost of obtaining business. Restaurants, meeting facilities and leisure amenities can support room demand while generating their own revenues and expenses. Channel comparisons also require more than a comparison of gross room rates. A higher-priced booking may contribute less after acquisition costs than a lower-priced booking through another channel.
| Measure | Formula | Main application |
|---|---|---|
| Total Revenue per Available Room — TRevPAR | Total operating revenue ÷ available room nights | Measures revenue across the operating business. |
| Total Revenue per Occupied Room — TRevPOR | Total operating revenue ÷ occupied room nights | Relates total revenue to occupied rooms, including revenue from non-resident customers. |
| Net ADR | Room revenue after defined acquisition deductions ÷ rooms sold | Compares achieved pricing after specified channel costs. |
| Net RevPAR | Room revenue after defined acquisition deductions ÷ available room nights | Measures net room revenue against inventory. |
| Channel cost ratio | Defined channel acquisition costs ÷ corresponding room revenue × 100 | Assesses the cost of obtaining channel business. |
| Segment contribution | Segment revenue − attributable acquisition and variable servicing costs | Compares the contribution of different customer segments. |
| Average food and beverage spend | Relevant food and beverage revenue ÷ corresponding covers | Measures spending per customer served. |
| RevPASH | Relevant outlet revenue ÷ available seat hours | Measures restaurant revenue per available seat hour. |
“Net” measures require an explicit definition because reports do not always deduct the same costs. Commissions, transaction charges, loyalty costs and marketing allocations may be treated differently. Direct bookings also have acquisition costs, so equivalent treatment is necessary. For development planning, contribution analysis helps test whether additional facilities justify their construction and operating requirements.
Competitive Position and Market Benchmarking
Positioning and Competitive Sets
Positioning describes the hotel’s place in its market through its location, product, service, brand, customers and pricing power. A competitive set translates that position into a practical comparison group. Nearby hotels are not automatically suitable competitors, particularly where facilities or customer segments differ substantially. The asset manager should understand why each comparator has been selected.
| Term | Definition and analytical use |
|---|---|
| Primary competitive set | Hotels competing most directly for similar customers and demand. |
| Aspirational competitive set | Hotels representing a potential future position, often following refurbishment or repositioning. |
| Operating-cost peer group | Properties with comparable facilities, service intensity and operating complexity. |
| Market or submarket | A wider geographical comparison providing context beyond direct competitors. |
| Rate positioning | The relationship between the hotel’s achieved or offered rates and relevant alternatives. |
| Stabilised performance | A representative operating level following ramp-up or major disruption, allowing for normal seasonality and continuing investment. |
Aspirational comparisons can help evaluate a strategy, but they should not automatically become underwriting assumptions. Comparable performance may depend on capital investment, brand strength or location advantages that the subject property lacks. Competitive sets also require review when hotels renovate, rebrand, open or close. Benchmarking provider confidentiality and participation rules may further affect the available comparison.
The competitive set may also be specified in the hotel management agreement for use in contractual performance tests, often through a comparison of the hotel’s RevPAR with that of the agreed set. Its composition can therefore affect whether the operator satisfies the test and whether ownership can exercise contractual remedies. The agreement should establish how the set is selected, reviewed and amended if a comparator closes, rebrands or ceases to provide data. Developers and owners should distinguish a competitive set used for commercial analysis from one agreed for contractual purposes, as changing the former does not necessarily change the latter.
MPI, ARI and RGI
Performance indices compare the hotel with an aggregate benchmark. An index of 100 indicates equality with that benchmark on the selected measure. Results above or below 100 indicate relative performance rather than a complete judgement of success. A superior property may reasonably be expected to achieve a higher index than a structurally disadvantaged competitor.
| Measure | Formula | Interpretation |
|---|---|---|
| Market Penetration Index — MPI | Hotel occupancy ÷ comp-set occupancy × 100 | Also called the occupancy index. |
| Average Rate Index — ARI | Hotel ADR ÷ comp-set ADR × 100 | Measures relative achieved pricing. |
| Revenue Generating Index — RGI | Hotel RevPAR ÷ comp-set RevPAR × 100 | Also called the RevPAR index. |
| Index relationship | MPI × ARI ÷ 100 | Equals RGI when inputs use matching definitions and data. |
| Index-point change | Current index − previous index | Moving from 95 to 100 is 5 index points. |
| Index percentage change | (Current index ÷ previous index − 1) × 100 | Moving from 95 to 100 represents approximately 5.3% growth. |
Suppose a hotel achieves 75% occupancy and €160 ADR, while its competitive set achieves 80% occupancy and €150 ADR. The hotel’s MPI is 93.75 and its ARI is approximately 106.67. Both produce RevPAR of €120, giving the hotel an RGI of 100. The combined result conceals different trading strategies, whose profitability should be assessed separately.
Market Share and Revenue Gaps
Market-share analysis compares the hotel’s share of demand or revenue with its share of available capacity. The comparison universe must be clearly defined before calculating these measures. The formulas below assume that the subject hotel is included in the total market. Comp-set reports excluding the subject property should not be mixed with these inclusive totals without adjustment.
| Measure | Formula | Application |
|---|---|---|
| Supply share | Hotel available room nights ÷ market available room nights × 100 | Establishes the hotel’s capacity share. |
| Demand share | Hotel rooms sold ÷ market rooms sold × 100 | Measures its share of realised room demand. |
| Room revenue share | Hotel room revenue ÷ market room revenue × 100 | Measures its share of room revenue. |
| Demand-share penetration | Demand share ÷ supply share × 100 | Assesses demand capture relative to capacity. |
| RevPAR gap | Benchmark RevPAR − hotel RevPAR | Identifies the difference per available room night. |
| Revenue equivalent of gap | RevPAR gap × hotel available room nights | Converts the difference into revenue. |
| Target RevPAR | Benchmark RevPAR × target RGI ÷ 100 | Establishes revenue expectations at a selected relative position. |
A €10 RevPAR gap over 3,000 available room nights represents €30,000 of room revenue. That amount is a comparison rather than automatically recoverable income. Closing the gap may require additional expenditure, a different customer mix or capital improvements. Structural differences may also prevent the hotel from achieving the selected benchmark.
Profitability and Profit Conversion
Operating Profit Measures
Profit measures identify how much revenue remains after different layers of expenditure. Departmental profit assesses individual activities, while GOP provides a broader view of hotel operations. EBITDA and NOI extend analysis into other financial and ownership contexts. These terms require reconciliation because they are not interchangeable.
| Measure | Formula or definition | Interpretation |
|---|---|---|
| Departmental profit | Departmental revenue − departmental expenses | Contribution before relevant undistributed and ownership costs. |
| Departmental margin | Departmental profit ÷ departmental revenue × 100 | Measures departmental profit conversion. |
| Gross Operating Profit — GOP | Total departmental profit − undistributed operating expenses | Measures operating earnings under the reporting framework used. |
| GOP margin | GOP ÷ total operating revenue × 100 | Indicates operating profit conversion. |
| GOPPAR | GOP ÷ available room nights | Relates operating profit to available inventory. |
| GOPPOR | GOP ÷ occupied room nights | Relates operating profit to occupied room nights. |
| EBITDA | Earnings before interest, tax, depreciation and amortisation | Requires reconciliation to hotel reporting and stated adjustments. |
| Net Operating Income — NOI | Property income after expenses included in the stated definition, before financing and income tax | Used in ownership, lending and valuation analysis. |
Monthly revenue of €500,000 and GOP of €150,000 produce a GOP margin of 30%. Against 3,000 available room nights, GOPPAR is €50. Neither result establishes the cash available to the owner after financing and reinvestment. Management fees, ownership costs and reserve treatment should be identified when moving between profit measures.
Flow-Through, Profit Erosion and Flex
Flow-through measures how a change in revenue translates into a change in profit. It can compare actual results with budget, a previous period or another clearly defined scenario. Its interpretation depends on business mix, inflation, operating capacity and the starting position. No universal percentage suits every hotel.
| Measure | Formula | Interpretation |
|---|---|---|
| GOP flow-through | Change in GOP ÷ change in total operating revenue × 100 | Measures incremental operating profit conversion. |
| Departmental flow-through | Change in departmental profit ÷ change in departmental revenue × 100 | Examines conversion within a department. |
| Profit erosion | GOP reduction ÷ revenue reduction × 100 | Shows how much declining revenue translated into lost profit. |
| Flex | (1 − GOP reduction ÷ revenue reduction) × 100 | Under this convention, measures the revenue decline offset by operating-cost reductions. |
If revenue increases by €100,000 and GOP increases by €40,000, the flow-through is 40%. If revenue falls by €100,000 and GOP falls by €60,000, profit erosion is 60%, and flex is 40% under the convention shown. Terminology varies, so the calculation should accompany the label. Small or zero revenue changes can make the ratio unstable or undefined, as reflected in the need for careful interpretation of flow-through and flex.
Expense Benchmarking and Efficiency
Expense Ratios and Unit Costs
Expense benchmarking assesses whether resources are appropriate for trading volume, facilities and service commitments. The denominator should reflect the cost driver being investigated. A cost expressed as a percentage of revenue answers a different question from the same cost per occupied room. Using several views helps distinguish pricing effects from operational efficiency.
| Measure | Formula | Main use |
|---|---|---|
| Expense ratio | Relevant expense ÷ relevant revenue × 100 | Assesses expenditure relative to a specified revenue base. |
| Cost per Occupied Room — CPOR | Relevant cost ÷ occupied room nights | Examines occupancy-related costs. |
| Cost per available room night | Relevant cost ÷ available room nights | Compares cost intensity against inventory. |
| Payroll ratio | Defined payroll and related costs ÷ relevant revenue × 100 | Measures labour expenditure relative to revenue. |
| Food cost percentage | Food cost of sales ÷ food revenue × 100 | Assesses food consumption cost against sales. |
| Beverage cost percentage | Beverage cost of sales ÷ beverage revenue × 100 | Assesses beverage consumption cost against sales. |
A lower expense ratio can result from higher selling prices without any reduction in consumption. Conversely, rising expenditure may reflect additional business rather than poorer control. Outsourcing also changes the presentation, potentially reducing payroll while increasing contracted-service costs. Comparisons should assess the combined cost of delivering equivalent services.
Labour and Resource Productivity
Physical productivity measures examine the quantity of resources used rather than their price alone. They help distinguish wage inflation from increased labour hours, or utility tariff changes from higher consumption. Service standards, room types and operating conditions still require consideration. A higher productivity figure is useful only if acceptable service and asset condition are maintained.
| Measure | Formula | Analytical use |
|---|---|---|
| Labour hours per occupied room | Relevant paid or worked hours ÷ occupied room nights | Measures labour intensity. |
| Rooms cleaned per hour | Rooms cleaned ÷ corresponding housekeeping hours | Assesses housekeeping productivity. |
| Employment cost per hour | Defined employment costs ÷ corresponding labour hours | Separates hourly employment costs from labour quantities. |
| Energy intensity | Energy consumption ÷ selected activity measure | Examines physical energy use. |
| Water intensity | Water consumption ÷ selected activity measure | Assesses water use against activity. |
| Inventory turnover | Relevant annual cost of sales ÷ average corresponding inventory | Examines stock utilisation and purchasing discipline. |
Variance Analysis and Comparative Techniques
Growth, Variances and Percentage Points
Variance analysis explains differences against budget, forecast, previous periods or benchmarks. Arithmetic differences should be accompanied by a commercial explanation and a favourable or adverse interpretation. Higher expenditure may be justified by higher business volume, while revenue above budget may still trail the market. Reporting should therefore connect the calculation with its cause.
| Measure | Formula | Example or application |
|---|---|---|
| Absolute variance | Actual − comparator | €110,000 cost against €100,000 budget gives €10,000 above budget. |
| Percentage variance | (Actual − comparator) ÷ comparator × 100 | The same difference is 10% above budget. |
| Year-on-year growth | (Current result ÷ prior-year result − 1) × 100 | Measures change against a matching previous-year period. |
| Percentage-point change | Current percentage − previous percentage | Occupancy moving from 70% to 75% increases by 5 percentage points. |
| Relative percentage change | (Current percentage ÷ previous percentage − 1) × 100 | The same occupancy change represents 7.14% growth. |
| CAGR | [(Ending value ÷ beginning value)^(1 ÷ years) − 1] × 100 | Measures annualised growth between positive endpoints. |
| Real growth | [(1 + nominal growth) ÷ (1 + inflation) − 1] × 100 | Adjusts nominal growth for inflation. |
Growth percentages become problematic when the starting value is zero or negative. Absolute changes and explanatory commentary are usually more informative in those circumstances. Year-to-date and rolling-period ratios should be recalculated from underlying totals. Simple averages of monthly ADR or occupancy can distort performance when monthly volumes differ.
Separating Room Revenue Volume and Rate Effects
A revenue bridge identifies how much of a room revenue variance comes from sales volume and how much comes from achieved pricing. The method below values the volume effect at budget ADR and the rate effect at actual rooms sold. Other conventions are possible, but the chosen method should reconcile to the total variance. Customer-mix effects require further analysis within the aggregate rate movement.
| Component | Formula |
|---|---|
| Volume effect | (Actual rooms sold − budget rooms sold) × budget ADR |
| Rate effect | (Actual ADR − budget ADR) × actual rooms sold |
| Total room revenue variance | Volume effect + rate effect |
Assume a budget of 2,000 room nights at €150 ADR and actual sales of 2,100 room nights at €160 ADR. Budget revenue is €300,000 and actual revenue is €336,000. The volume effect is €15,000 favourable, while the rate effect is €21,000 favourable. Together they explain the €36,000 revenue improvement.
Flexible Budgets and Break-Even Analysis
A flexible budget adjusts appropriate costs to actual activity. It helps establish whether expenditure reflects trading volume or a genuine difference in cost control. Break-even analysis then estimates the revenue or sales volume needed to cover a defined cost base. Both techniques depend on realistic distinctions between fixed, variable and stepped costs.
| Measure | Formula | Application |
|---|---|---|
| Flexible cost budget | Fixed cost allowance + variable cost per unit × actual activity | Establishes activity-adjusted expenditure expectations. |
| Contribution per room night | Net incremental revenue per room sale − incremental servicing cost | Estimates contribution from additional business. |
| Contribution margin ratio | (Revenue − variable costs) ÷ revenue | Measures the share available for fixed costs and profit. |
| Break-even revenue | Fixed costs ÷ contribution margin ratio | Estimates required revenue. |
| Simplified break-even room nights | Fixed costs ÷ contribution per occupied room night | Estimates required rooms volume in a defined model. |
| Break-even occupancy | Break-even occupied room nights ÷ available room nights × 100 | Converts required volume into occupancy. |
Fixed costs of €180,000 and contribution of €100 per occupied room night imply break-even volume of 1,800 room nights. Against 3,000 available room nights, break-even occupancy is 60%. This simplified calculation assumes stable rates and variable costs. A full hotel model should address other departments, seasonal operations and whether the cost base includes fees, debt service or capital funding.
Owner Cash Flow and Investment Evaluation
Working Capital and Financing Measures
Operating profit must be reconciled with cash available to ownership. Receivables, supplier balances, financing and capital obligations can materially change the outcome. A profitable hotel can therefore experience liquidity pressure. The asset manager needs both an earnings assessment and a cash-flow assessment.
| Measure | Formula | Interpretation |
|---|---|---|
| Operating working capital | Operating current assets − operating current liabilities | Measures funds tied up in defined operating balances. |
| Receivable days | Average trade receivables ÷ corresponding credit revenue × days | Indicates collection speed. |
| FF&E reserve contribution | Defined revenue base × agreed reserve percentage | Calculates planned or contractual reserve funding. |
| Debt Service Coverage Ratio — DSCR | Defined cash flow available for debt service ÷ debt service | Measures coverage of principal and interest obligations. |
| Debt yield | Defined annual NOI ÷ loan balance × 100 | Relates property earnings to debt. |
| Loan-to-Value — LTV | Loan balance ÷ property value × 100 | Measures leverage against value. |
| Cash-on-cash return | Annual pre-tax equity cash flow ÷ invested equity × 100 | Measures current cash return against equity invested. |
Annual qualifying income of €1.2 million against debt service of €900,000 gives a DSCR of 1.33 times. The loan agreement determines the precise numerator and permitted adjustments. Reserve funding must also be distinguished from actual capital expenditure to avoid double counting. Cash held in a restricted reserve is different from cash available for distribution.
Capital Returns and Basic Valuation
Investment measures connect operating performance with development, acquisition and improvement decisions. They help assess whether additional earnings justify the capital committed. Each measure captures a different aspect of return, timing or value. None should replace a complete investment cash-flow model.
| Measure | Formula | Main limitation |
|---|---|---|
| Capitalisation rate | Stabilised annual NOI ÷ property value × 100 | Requires consistent NOI and relevant market evidence. |
| Direct-capitalisation value | Stabilised annual NOI ÷ capitalisation rate as a decimal | Simplifies future earnings and capital requirements. |
| Yield on cost | Stabilised annual NOI ÷ total project cost × 100 | Does not fully capture timing or investment risk. |
| Incremental capital yield | Stabilised incremental annual NOI ÷ improvement cost × 100 | Requires sustainable earnings attributable to the project. |
| Simple payback | Initial investment ÷ annual incremental net cash benefit | Ignores discounting and benefits beyond payback. |
| Net Present Value — NPV | Sum of discounted project cash flows, including initial investment | Depends on cash-flow assumptions and discount rate. |
| Internal Rate of Return — IRR | Discount rate at which NPV equals zero | Unusual cash-flow patterns can produce multiple or no useful solutions. |
| Equity multiple | Total equity distributions ÷ total equity contributions | Measures proceeds without reflecting time. |
Annual NOI of €1 million capitalised at 8% implies €12.5 million of value. At a 10% capitalisation rate, the same earnings imply €10 million. The example demonstrates why improved operations do not guarantee rising value when market pricing changes.
Data Sources and Practical Application
Finding and Interpreting Benchmarking Information
Reliable analysis combines external benchmarks with detailed property information. External data establish context, while internal records help explain the causes of differences. Coverage, reporting methods and sample composition should be reviewed before drawing conclusions.
| Source | Principal application |
|---|---|
| STR/CoStar | Occupancy, ADR, RevPAR, indices and available market or profitability information. |
| HotStats | Operating-statement and profitability benchmarking, subject to coverage. |
| Management accounts and hotel systems | Property revenue, expenses, customer mix and departmental results. |
| Payroll, purchasing and utility records | Detailed resource-use and cost investigations. |
| Tourism authorities and statistical agencies | Demand trends and wider market conditions. |
| Owner and operator portfolios | Internal comparisons using consistent definitions. |
Turning Calculations into Decisions
A useful asset-management review connects measures rather than treating them as isolated targets. Strong commercial performance should be tested against profitability, cash generation and capital needs. Weak results should prompt an explanation of the causes and a realistic response.
| Finding | Follow-up assessment |
|---|---|
| High occupancy with weak ARI | Test whether discounting produces sufficient contribution. |
| Strong RGI with weak GOPPAR | Examine acquisition costs, customer mix, productivity and operating complexity. |
| Improved margins with weaker guest reviews | Investigate whether savings threaten future competitiveness. |
| Revenue growth with poor flow-through | Separate inflation, volume costs, mix changes and controllable inefficiencies. |
| Strong GOP with weak owner cash flow | Reconcile fees, ownership costs, financing, working capital and capital requirements. |
| Budget achievement below investment expectations | Reassess budget ambition and original underwriting assumptions. |
From Hotel Performance to Investment Value
Hotel performance analysis provides a common language for developers, owners, operators and lenders. Before development or acquisition, it helps test assumptions, compare opportunities and establish realistic expectations. Once the hotel is operating, the same measures help ownership assess results, challenge explanations and identify where intervention may be needed. Their value comes from connecting commercial activity with the financial objectives of the investment.
No single calculation provides a complete assessment of a hotel. Occupancy and rate must be considered alongside acquisition costs, operating efficiency, profit conversion and future capital requirements. Benchmarks also require judgement: a performance gap may reflect an operational weakness, a deliberate strategy or a structural difference between properties. The asset manager’s task is to establish which explanation applies and what it means for ownership.
A disciplined approach therefore moves from reliable data to relevant comparisons, clear explanations and accountable action. Improvements should be assessed for their effect on sustainable cash flow, competitiveness and asset condition, rather than their immediate effect on a reported ratio alone. For developers, understanding this process helps create a hotel whose operating potential supports its investment case. For owners, it provides a continuing basis for protecting capital and building long-term value.
Further resources:
See HDG – Hotel Market Data for Hotel Development and Investment
See HDG – Hotel Asset Management
See HDG – Hotel Valuation | A Guide to Cap Rates, EBITDA, DCF and Development Exit Value
See HDG – Hotel Asset Management Exit Strategies | Maximising Hotel Value at Sale
CoStar – Custom Reporting Tools
CoStar with STR Benchmark – Glossary Key Hotel Industry Metrics and Terms