Fair value is a market-based exit-price measurement for an asset or liability at a specified measurement date.
Fair value is a market-based measurement of the price that would be received to sell an asset or paid to transfer a liability in an orderly transaction between market participants at the measurement date. It is an exit-price objective, not the owner’s historical cost, desired selling price, or entity-specific investment value.
IFRS 13 and U.S. GAAP Topic 820 provide substantially converged measurement frameworks. Other standards determine when fair value is required or permitted; the fair value standards primarily explain how to measure and disclose it.
A fair value analysis identifies:
An entity’s intention to hold an asset or settle a liability is generally not the measurement objective. The question is what market participants would price in an orderly exit transaction.
| Level | Input priority | Example |
|---|---|---|
| Level 1 | Unadjusted quoted price in an active market for an identical asset or liability accessible at the measurement date | Exchange-quoted share with active trading |
| Level 2 | Observable inputs other than qualifying Level 1 prices | Yield curve, quoted similar bond, observable credit spread, market-corroborated input |
| Level 3 | Significant unobservable inputs | Forecast cash flow, private-company multiple, long-term attrition assumption without observable market support |
The hierarchy classifies inputs, not models. A discounted cash-flow model can be Level 2 when its significant inputs are observable or Level 3 when significant inputs are unobservable. A measurement using multiple levels is classified based on the lowest-level input significant to the entire measurement.
A Level 1 input is an unadjusted quoted price in an active market for an identical asset or liability that the reporting entity can access at the measurement date. All parts of that test matter:
Level 1 is an input classification, not a promise of low volatility, immediate execution, or principal protection. An exchange-traded share can have a Level 1 price and still be highly volatile or costly to sell in size.
Level 2 inputs are observable directly or indirectly but do not satisfy every Level 1 condition. Examples include:
Matrix-priced bonds and model-valued swaps are common illustrations, but instrument type does not determine the level. A model using significant observable inputs can be Level 2. If a significant unobservable adjustment is required, the measurement is generally classified in Level 3.
Level 3 inputs are unobservable inputs used when relevant observable information is unavailable. The reporting entity develops assumptions consistent with those market participants would use, based on the best information available in the circumstances.
Possible inputs include long-term growth, attrition, default, prepayment, discount-rate, liquidity, or private-company multiple assumptions. The presence of a model does not by itself make a measurement Level 3; the significance of unobservable inputs does.
Level 3 also does not mean the value is necessarily wrong or the asset is necessarily illiquid. It signals greater measurement uncertainty and the need to understand valuation controls, calibration, changes in assumptions, sensitivity, and disclosure.
| Measurement fact pattern | Likely hierarchy level | Reason |
|---|---|---|
| Unadjusted exchange quote for an identical actively traded share | Level 1 | Direct qualifying price for the identical item |
| Corporate bond valued from observable benchmark yields and market credit spreads | Level 2 | Significant inputs are observable, although no qualifying direct quote is used |
| Interest-rate swap valued from an observable yield curve and market-corroborated inputs | Level 2 | Model use does not prevent Level 2 classification |
| Private-company interest valued using forecasts and an unobservable discount-rate adjustment | Level 3 | A significant input is unobservable |
| Quoted price adjusted by a significant unobservable restriction or liquidity assumption | Level 3 | Classification follows the lowest significant input |
These are illustrations, not automatic rules. The instrument, market activity, unit of account, adjustments, and significance assessment determine the reported level.
A measurement can move between levels when market activity, observability, or the significance of an input changes. A transfer does not necessarily mean the asset itself changed. Review the entity’s transfer policy, the reason for the change, and whether a pricing source or valuation technique was revised.
| Approach | Core idea | Common evidence |
|---|---|---|
| Market approach | Use prices and relevant information from identical or comparable transactions | Quoted prices, transaction multiples, market comparables |
| Income approach | Convert future amounts to a current amount | Discounted cash flow, option pricing, present-value techniques |
| Cost approach | Reflect the amount required to replace an asset’s service capacity | Current replacement cost and obsolescence adjustments |
The technique should maximize observable inputs and minimize unobservable inputs where consistent with the objective. Changes in technique or calibration require support and disclosure under the applicable rules.
A bond pays $50,000 at each of the next three year-ends and returns $1,000,000 principal with the final payment. Assume a market-participant yield of 6% derived from observable prices for comparable bonds and no significant unobservable adjustment.
The estimated value is approximately $973,270.
| Component | Present value |
|---|---|
| Year 1 coupon | $47,170 |
| Year 2 coupon | $44,500 |
| Year 3 coupon and principal | $881,600 |
| Estimated fair value | $973,270 |
If the comparable yield and credit adjustment are observable, the measurement can be Level 2. If a significant issuer-specific liquidity or default assumption is unobservable, the entire measurement may be Level 3. The DCF technique alone does not determine the hierarchy level.
Fair value of a liability is the price to transfer the obligation, not necessarily the amount the entity expects to pay immediately. The measurement reflects market-participant assumptions, including nonperformance risk such as the entity’s own credit risk where required.
This can produce counterintuitive changes: deterioration in an issuer’s credit standing can reduce the measured fair value of its debt. Analysts should separate that accounting effect from operating improvement or an actual reduction in contractual principal.
| Measure | Main perspective |
|---|---|
| Fair value | Market-participant exit price at the measurement date |
| Market price | Observed price for a transaction or quoted instrument; may or may not satisfy all fair value conditions |
| Carrying amount | Amount recognized in the financial statements after applicable adjustments |
| Historical cost | Transaction-based amount when acquired or incurred |
| Intrinsic value | Investor- or analyst-specific estimate based on expected fundamentals and required return |
| Value in use | Entity-specific present value under the applicable impairment framework |
| Net realizable value | Expected selling price less specified completion and selling costs |
Fair value is not inherently more accurate than every other basis. Different measurement bases answer different questions, and model uncertainty can be substantial when markets are inactive.
This page is educational and does not provide accounting, audit, appraisal, tax, legal, valuation, or investment advice.