FDV Crypto

What Is FDV in Crypto?

FDV in crypto stands for Fully Diluted Valuation.

It estimates the total market value of a cryptocurrency if all token units included in the calculation were valued at the token’s current market price.

The basic FDV formula is:

FDV = Current Token Price × Fully Diluted Token Supply

Depending on the asset and data provider, the fully diluted token supply may mean the current total supply, declared maximum supply, or another documented supply figure.

Assume a token trades at $2 and has a maximum supply of 1 billion tokens.

Its theoretical FDV is $2 billion.

The calculation does not mean that $2 billion has been invested in the token.

It also does not mean that the token will have a $2 billion market capitalization when every token enters circulation.

The price may rise or fall significantly before the supply becomes fully circulating.

FDV is therefore a valuation scenario rather than a guaranteed future market value.

The current explanation of fully diluted valuation describes FDV as the hypothetical value of a crypto asset when its total supply is valued at the current token price.

How Is Crypto FDV Calculated?

Calculating FDV requires a token price and a fully diluted supply figure.

The simplified calculation is:

Assume a token trades at $0.50.

Its current circulating supply is 100 million tokens.

Its declared maximum supply is 1 billion tokens.

The token’s current market capitalization is $50 million.

Its FDV is $500 million.

This creates a $450 million difference between current market capitalization and FDV at the current price.

The difference reflects the theoretical value assigned to the 900 million tokens that are not currently included in circulating supply.

Those tokens may be locked, unissued, reserved, vested, held in a treasury, allocated to incentives, or scheduled for future emissions.

FDV vs. Market Capitalization

Market capitalization values the tokens currently classified as circulating.

FDV values the larger supply figure selected for the fully diluted calculation.

The market capitalization formula is:

The FDV formula is:

Assume a token trades at $4.

It has 50 million circulating tokens and a maximum supply of 500 million tokens.

Its market capitalization is $200 million.

Its FDV is $2 billion.

The token can therefore appear relatively small when ranked by circulating market capitalization while carrying a much larger fully diluted valuation.

This difference is especially important for recently launched tokens with a low initial circulating supply.

What Is Circulating Supply?

Circulating supply is the estimated number of token units currently available to the public market.

It generally excludes tokens that are locked, unissued, permanently burned, or otherwise unavailable under the data provider’s methodology.

Circulating supply is not always a value that can be read directly from one smart contract function.

A token contract may show that units exist while external vesting agreements or custody arrangements prevent those units from being sold.

Data providers may also disagree about whether treasury, foundation, ecosystem, staking, or bridge balances should count as circulating.

The current circulating-supply guide distinguishes circulating supply from total supply and maximum supply.

Investors should review the methodology behind the displayed number rather than assuming that every website uses an identical definition.

What Is Total Supply?

Total supply generally represents all tokens that currently exist, minus tokens that have been permanently destroyed under the applicable accounting method.

It can include circulating tokens and noncirculating tokens.

For an ERC-20 token, the standard

interface reports the total token supply recognized by the smart contract.

Onchain total supply does not automatically show how many tokens are freely tradable.

Tokens held in a vesting contract can remain part of total supply even though the beneficiary cannot claim all of them immediately.

Tokens held by a treasury can also exist without being active in the market.

FDV calculations using total supply can therefore include both circulating and restricted units.

What Is Maximum Supply?

Maximum supply is the greatest number of token units the protocol is designed to allow.

A fixed-supply token may have a hard cap that cannot be exceeded without changing the protocol or contract.

Other assets have no permanent maximum supply because new units can continue to be issued through mining, staking rewards, governance decisions, or inflation schedules.

A declared maximum supply should be checked against the actual contract permissions and governance structure.

An administrator may have authority to increase a cap, replace the token contract, or create units through a bridge or migration process.

FDV based on maximum supply is meaningful only when the maximum figure is credible and properly defined.

Which Supply Should Be Used for FDV?

There is no perfect supply choice for every cryptocurrency.

A fixed-cap asset can generally use its maximum supply.

A token with all units already minted may use total supply after verified burns.

An inflationary asset without a maximum supply cannot have a final lifetime FDV in the strict sense.

A data provider may use the current total supply as a practical estimate for an uncapped asset.

Another provider may omit FDV or use a projected future supply at a stated date.

A token with uncertain future governance-controlled issuance may produce an FDV that appears precise but rests on weak assumptions.

Users should identify whether a displayed FDV uses total supply, maximum supply, projected supply, or another custom value.

Why Is FDV Important?

FDV helps investors look beyond the portion of a token currently circulating.

A low token price can appear attractive even when the token has a very large future supply.

Multiplying price by fully diluted supply gives a broader view of the valuation implied by the current market price.

FDV can help identify potential dilution from team allocations, investor vesting, ecosystem rewards, staking emissions, community incentives, and treasury reserves.

It also makes tokens with different unit supplies easier to compare.

A token priced at $0.10 is not automatically cheaper than a token priced at $100.

The relevant comparison includes supply, market capitalization, FDV, utility, revenue, liquidity, governance, and future issuance.

What Is Token Dilution?

Token dilution occurs when the number of circulating units increases and each existing token represents a smaller share of the circulating or fully issued supply.

Assume an investor owns 1 million tokens when the circulating supply is 100 million.

The investor controls 1% of circulating supply.

If circulating supply rises to 200 million while the investor still owns 1 million tokens, the investor controls 0.5% of circulating supply.

The wallet balance has not changed, but its proportional ownership has declined.

Economic dilution does not guarantee that the token price will fall.

Demand can grow quickly enough to absorb the additional supply.

However, a rising circulating supply increases the amount of demand required to maintain the same price and market capitalization relationship.

What Is the Market Cap-to-FDV Ratio?

The market cap-to-FDV ratio compares the valuation of circulating supply with the fully diluted valuation.

The formula is:

When both calculations use the same token price, the ratio can also be expressed as:

A ratio of 0.20 means that circulating market capitalization is approximately 20% of FDV.

This usually indicates that about 20% of the supply used in the FDV calculation is circulating.

A ratio of 0.90 indicates that the asset is much closer to being fully diluted.

A low ratio can signal substantial future supply expansion.

It does not show when the supply will be released or whether recipients will sell it.

What Is the FDV-to-Market Cap Ratio?

The FDV-to-market cap ratio expresses the same relationship in the opposite direction.

The formula is:

An FDV-to-market cap ratio of 5 means FDV is five times the circulating market capitalization.

Under matching supply assumptions, approximately one-fifth of the fully diluted supply is circulating.

A ratio close to 1 means the two valuations are similar.

A very high ratio deserves closer examination of vesting schedules, emissions, treasury allocations, and minting authority.

What Does Low Float, High FDV Mean?

Low float, high FDV describes a token with a small circulating supply and a large fully diluted valuation.

Only a limited portion of the total token allocation is available for public trading.

The small float can support a high market price when initial demand is concentrated and available selling supply is limited.

Applying that high price to the complete token supply produces a large FDV.

This structure can create an impressive headline valuation without requiring enough liquidity to purchase every token at the quoted price.

It can also create future dilution risk as locked allocations become transferable.

Research on low-float and high-float cryptocurrencies uses the market cap-to-FDV ratio to examine how much supply has entered circulation.

Why Can Low Float Support a High Token Price?

Market price is established by the tokens available for trading at the margin.

It is not determined by purchasing the complete token supply.

When only a small number of tokens are available, relatively limited demand can move the marginal price substantially.

That price is then multiplied by the total or maximum supply to calculate FDV.

Assume only 10 million of 1 billion tokens are circulating.

If limited trading establishes a price of $5, the circulating market capitalization is $50 million.

The FDV is $5 billion.

The $5 billion figure does not mean buyers have provided $5 billion of capital.

It extends the price established by the small circulating float across the entire supply.

FDV Is Not the Amount Invested

FDV is not the amount of money invested in a cryptocurrency project.

It is also not the amount of cash that could be withdrawn by all holders.

Selling a large quantity of tokens normally pushes the market price lower because available buy orders are limited.

This price impact is called slippage.

A project can have a $1 billion FDV while its order books contain only a small amount of immediately available buying liquidity.

The same limitation applies to market capitalization.

Both figures multiply a marginal market price by a supply number.

Neither measures the amount of capital required to purchase every unit at the current price.

FDV and Token Unlocks

A token unlock occurs when previously restricted tokens become transferable, claimable, or eligible for distribution under a vesting schedule.

Unlocks can involve founders, employees, early supporters, advisors, community programs, foundations, treasuries, or ecosystem incentives.

A large difference between market capitalization and FDV often means that significant allocations have not entered circulating supply.

Unlocks can increase potential selling supply.

They do not guarantee immediate selling because recipients may hold, stake, delegate, use, or further restrict their tokens.

Current unlock research also shows that a schedule’s theoretical release ceiling can differ from the amount actually claimed or distributed.

The analysis of projected versus actual token unlocks demonstrates why investors should distinguish scheduled capacity from confirmed circulation changes.

What Is a Vesting Schedule?

A vesting schedule determines when allocated tokens become available to a beneficiary.

Vesting can occur gradually, at fixed intervals, after a cliff, or through a combination of these methods.

A cliff is an initial period during which no allocated tokens are released.

After the cliff, a large amount may unlock at once or linear vesting may begin.

Open-source smart contract frameworks include vesting wallet contracts that release tokens according to customizable schedules.

Not every vesting agreement is enforced entirely onchain.

Some schedules depend on legal agreements, custodial systems, multisignature wallets, governance decisions, or manual claims.

Cliff Unlocks vs. Linear Unlocks

A cliff unlock releases a defined quantity at one time.

It can create a sudden increase in transferable supply.

A linear unlock releases tokens gradually over a period.

Linear vesting can create continuous supply growth rather than one large event.

A project may use a cliff followed by linear vesting.

For example, a team allocation may remain locked for one year and then vest monthly over three additional years.

The impact depends on the amount, recipient behavior, liquidity, market demand, and whether traders anticipated the schedule.

Unlock Value vs. Actual Sell Pressure

The dollar value of an unlock is commonly calculated using the current token price.

Assume 20 million tokens are scheduled to unlock and the current price is $3.

The displayed unlock value may be $60 million.

This does not mean that $60 million will be sold.

It also does not mean that the market can absorb a $60 million sale at $3 per token.

Some recipients may not claim their tokens immediately.

Others may hold, stake, use, transfer, hedge, or sell only a portion.

The actual market impact depends on behavior and liquidity rather than the nominal unlock value alone.

FDV and Token Emissions

Token emissions are newly issued or newly released units distributed according to a protocol schedule.

Emissions may reward validators, miners, liquidity providers, application users, developers, or community participants.

A token can have no major investor unlocks while still experiencing substantial dilution through continuous emissions.

Investors should calculate the expected increase in circulating supply over several periods.

The annual token inflation formula is approximately:

A token with a reasonable FDV can still face strong short-term dilution when emissions are high relative to its current float.

FDV and Token Burns

A token burn permanently removes units from supply under the applicable protocol or contract rules.

Burning can reduce total supply and therefore lower FDV when price remains unchanged.

Assume a token trades at $2 and has a fully diluted supply of 1 billion tokens.

Its FDV is $2 billion.

If 100 million tokens are permanently burned, the remaining supply is 900 million.

At the same $2 price, FDV becomes $1.8 billion.

The market price may change after the burn, so the actual FDV result can differ.

A transfer to a dead address may not reduce a token contract’s formal total supply unless the contract’s accounting records it as a burn.

FDV for Tokens With Unlimited Supply

An asset with unlimited future issuance has no final maximum supply.

Its lifetime fully diluted valuation is therefore unknowable.

A market-data service may calculate FDV using current total supply.

Another approach may use a projected supply after one, five, or ten years.

Each result answers a different question.

Investors should avoid comparing a fixed-cap token’s maximum-supply FDV directly with an uncapped token’s current-total-supply FDV without adjusting for the difference.

For an uncapped asset, future issuance rates can be more informative than a single FDV figure.

FDV and Governance-Controlled Minting

Some token contracts allow governance or an administrative role to mint additional units.

The published maximum supply may be changeable through a vote or contract upgrade.

A displayed FDV can understate dilution risk when it ignores this authority.

Investors should inspect the minting functions, access controls, upgrade permissions, timelocks, governance thresholds, and emergency powers.

A token with a declared cap but an upgradeable contract may have a weaker supply guarantee than an immutable fixed-cap asset.

FDV analysis should therefore include the credibility of the supply policy.

FDV and Treasury Tokens

Treasury tokens may be created and controlled by a project, foundation, protocol, or decentralized organization.

They can fund development, grants, liquidity programs, partnerships, security incentives, and future operations.

Some market-data methodologies include treasury tokens in total supply but exclude them from circulating supply.

This treatment increases the gap between market capitalization and FDV.

Treasury tokens are not automatically harmful because they can finance useful ecosystem activity.

They still create dilution and governance risk when spending rules are unclear or control is concentrated.

Investors should examine the treasury’s size, custody, governance process, historical spending, and release policy.

FDV and Unallocated Supply

Some token designs reserve a portion of maximum supply without assigning it to a specific purpose or recipient.

FDV generally values this unallocated supply at the current token price.

However, tokens with no planned use may not represent the same economic claim as vested team tokens or scheduled staking rewards.

This limitation has encouraged development of alternative measures such as Outstanding Token Value, which focuses on supply assigned to defined purposes.

Alternative metrics can provide useful context, but they also depend on allocation labels and methodology choices.

FDV remains useful when its assumptions are disclosed clearly.

FDV and Liquidity

Liquidity measures how easily a token can be traded without causing a large price movement.

FDV does not measure liquidity.

A token can have a high FDV and very little order-book depth.

A token can also have a lower FDV with strong trading liquidity and broad ownership.

Low liquidity makes the current price less reliable as a value for the entire fully diluted supply.

A few small trades can move the token price and therefore change FDV dramatically.

Investors should compare FDV with trading volume, order-book depth, bid-ask spreads, holder concentration, and available liquidity.

FDV and Holder Concentration

Holder concentration measures how much supply is controlled by a small number of addresses or related entities.

A token can have a moderate market cap-to-FDV ratio while remaining highly concentrated.

Large holders may be able to influence governance, liquidity, and market price.

Wallet analysis should account for vesting contracts, treasury wallets, bridges, staking contracts, custodial addresses, and smart contracts.

One address can represent thousands of users, while several addresses can belong to one owner.

FDV does not reveal these ownership relationships.

FDV and Project Revenue

FDV can be compared with protocol fees or revenue to evaluate the valuation assigned to economic activity.

A simplified FDV-to-revenue ratio is:

A high ratio may indicate that the market expects rapid future growth.

It may also indicate that the token is expensive relative to current revenue.

The quality of the comparison depends on how revenue is defined.

Gross user fees, protocol revenue, validator payments, token-holder revenue, and treasury income are not interchangeable.

A token may have no direct claim on protocol revenue even when the application generates significant fees.

FDV and Total Value Locked

Total value locked, or TVL, estimates assets deposited into selected decentralized finance contracts.

The FDV-to-TVL ratio is:

This ratio can compare token valuation with capital using the protocol.

A lower ratio can appear more attractive, but it is not automatically evidence of undervaluation.

TVL can be temporary, highly incentivized, double-counted, borrowed, or concentrated in one asset.

The token may also lack a direct economic claim on the locked assets.

FDV-to-TVL should be combined with revenue, user retention, liquidity, security, and token utility.

FDV and Token Utility

Token utility describes what holders can do with the asset.

A token may be used for fees, staking, governance, collateral, application access, rewards, or settlement.

Strong utility can create demand that helps absorb future supply.

Utility does not guarantee value because users may avoid holding the token for long periods.

A governance token can have limited economic demand when participation is low.

A fee token can face weak demand when transactions are inexpensive or users immediately sell acquired tokens.

FDV should be evaluated against realistic demand for the token’s functions.

FDV at Token Launch

A token’s launch FDV is calculated using its initial market price and fully diluted supply.

Launch FDV may be highly unstable because trading begins with limited history and uncertain liquidity.

A small circulating float can cause the initial price to move quickly.

That volatile price is then multiplied by the full supply.

A high launch FDV can limit potential upside unless the protocol grows enough to justify a higher valuation.

It can also place future recipients in profit relative to earlier private allocation prices.

Investors should compare launch FDV with circulating market capitalization, initial float, vesting schedules, fundraising valuations, and available liquidity.

FDV and Private Token Allocations

Private participants may acquire tokens before public trading begins.

Their purchase price can be much lower than the later public market price.

A high FDV at launch can create large unrealized gains for early allocations even while those tokens remain locked.

When vesting begins, recipients may be able to sell profitably below the current market price.

This does not mean that every early participant will sell.

It does mean that their cost basis and incentives can differ from those of public buyers.

Transparent fundraising prices and vesting terms make FDV analysis more useful.

FDV and Fully Diluted Ownership

Fully diluted ownership measures a holder’s share of the complete supply rather than only circulating supply.

The formula is:

Assume an investor owns 1 million tokens.

The circulating supply is 20 million, and maximum supply is 100 million.

The investor owns 5% of circulating supply but only 1% of fully diluted supply.

The fully diluted percentage can provide a more conservative view of long-term ownership and governance influence.

Can FDV Fall Without the Token Price Falling?

Yes, FDV can fall when the fully diluted supply decreases.

A verified token burn can reduce the supply used in the calculation.

A governance decision may also lower future issuance or cancel an allocation.

Data corrections can change a previously incorrect maximum or total supply figure.

If price remains constant while the calculated supply falls, FDV falls.

Most short-term FDV changes are nevertheless caused by changes in token price because supply schedules usually move more gradually.

Can FDV Rise Without the Token Price Rising?

Yes, FDV can rise when additional supply is minted or when a data provider increases the fully diluted supply estimate.

A governance vote can authorize more tokens.

A token migration or bridge reconciliation can alter reported supply.

A previously omitted allocation may be added to the dataset.

If price remains unchanged while the supply figure increases, FDV rises.

Does an Unlock Automatically Change FDV?

An unlock normally changes circulating supply rather than fully diluted supply.

The tokens were often already included in total or maximum supply before they unlocked.

If the token price stays unchanged, market capitalization rises as more tokens are classified as circulating.

FDV can remain unchanged because it already included the unlocked units.

The market cap-to-FDV ratio rises as the asset becomes more fully diluted.

FDV may change indirectly when the unlock affects token price.

Does Minting Automatically Change FDV?

Minting can change FDV when it increases the supply figure used in the calculation.

If newly minted tokens were already included in a fixed maximum supply, maximum-supply FDV may not change.

If the token has no fixed cap and FDV uses current total supply, minting can increase FDV at an unchanged price.

The effect therefore depends on the methodology and supply design.

How to Analyze FDV Step by Step

First, verify the current token price using a liquid and representative market.

Second, confirm the circulating, total, and maximum supply figures.

Third, identify which supply value the displayed FDV uses.

Fourth, calculate the market cap-to-FDV ratio.

Fifth, review the next major cliff and linear unlocks.

Sixth, calculate expected circulating-supply growth over the next month, year, and several years.

Seventh, identify which groups receive the unlocked tokens.

Eighth, compare recipient cost bases and possible selling incentives.

Ninth, inspect token minting, burning, governance, and upgrade permissions.

Tenth, compare FDV with liquidity, revenue, users, TVL, security, and token utility.

Questions to Ask About a High FDV Token

How much of the fully diluted supply currently circulates?

When will the remaining tokens become transferable?

Are the unlocks cliffs, linear releases, emissions, or discretionary treasury distributions?

Who receives the future supply?

What prices did early recipients pay?

How deep is the token’s actual liquidity?

Can governance increase the maximum supply?

Does the token capture any value from protocol use?

Can demand grow fast enough to absorb the expected issuance?

Is the displayed FDV based on a credible supply figure?

Limitations of FDV

FDV applies today’s price to tokens that may not circulate for many years.

It assumes the marginal market price can be extended across the complete supply.

It does not measure liquidity or realizable sale value.

It does not show the timing of future supply changes.

It does not reveal who controls locked or treasury tokens.

It does not distinguish productive ecosystem incentives from insider allocations.

It can be difficult to define for unlimited-supply assets.

It can become inaccurate when supply data is incomplete or when minting rules are changeable.

FDV should therefore be used with other valuation, liquidity, supply, and network-activity metrics.

Common Misconceptions About FDV Crypto

FDV is not the amount of money invested in a token.

FDV is not the amount holders can collectively withdraw at the current price.

A high FDV does not automatically mean a token is overvalued.

A low FDV does not automatically mean a token is undervalued.

Market capitalization and FDV are not interchangeable when much of the supply is noncirculating.

An unlock does not necessarily increase FDV because the unlocked tokens may already be included in the calculation.

Unlocked tokens are not guaranteed to be sold.

Maximum supply is not always permanently fixed.

A low token price does not mean the project has a low valuation.

FDV alone cannot measure product quality, security, adoption, revenue, governance, or liquidity.

Frequently Asked Questions

What does FDV mean in crypto?

FDV means Fully Diluted Valuation, which estimates a token’s value if its complete defined supply were valued at the current market price.

What is the crypto FDV formula?

The basic formula is current token price multiplied by the total, maximum, or otherwise defined fully diluted supply.

What is the difference between FDV and market cap?

Market cap values circulating supply, while FDV values the larger fully diluted supply.

Is FDV the future market cap?

No, it is a hypothetical calculation using today’s price rather than a prediction of the price when all tokens circulate.

Does FDV show how much money is invested?

No, it multiplies a marginal token price by a supply figure and does not measure actual invested capital.

Can all holders sell at the FDV price?

No, large sales can reduce the market price because available buying liquidity is limited.

What is a good market cap-to-FDV ratio?

There is no universal good ratio, although a higher ratio generally indicates that a larger percentage of supply is already circulating.

What does a market cap-to-FDV ratio of 0.20 mean?

It generally means that circulating market capitalization equals about 20% of FDV under consistent price and supply assumptions.

What does low float, high FDV mean?

It describes a token with a small circulating supply but a high theoretical valuation when the current price is applied to the full supply.

Why is low float risky?

A small float can support a high price initially while leaving substantial future supply that may dilute holders or increase selling pressure.

Does a token unlock reduce FDV?

Not automatically, because the unlocked tokens were often already included in fully diluted supply.

Does a token unlock increase market cap?

It can increase calculated market cap when more tokens are classified as circulating and the token price remains unchanged.

Do all unlocked tokens get sold?

No, recipients may hold, stake, use, hedge, transfer, or delay claiming their tokens.

What is a cliff unlock?

A cliff unlock releases a defined token allocation at one scheduled time after an initial lock period.

What is linear vesting?

Linear vesting releases allocated tokens gradually at a consistent rate over a specified period.

Does FDV include team tokens?

It normally includes team tokens when they form part of the total or maximum supply used in the calculation.

Does FDV include treasury tokens?

It usually does when treasury tokens are included in the relevant total or maximum supply.

Does FDV include burned tokens?

Permanently burned tokens should normally be excluded, although the reported result depends on the supply methodology.

Can a token have no FDV?

Yes, a meaningful FDV may be unavailable when supply is unlimited, uncertain, unreported, or controlled by unpredictable future governance.

How is FDV calculated for an unlimited-supply token?

Some data providers use current total supply, while others omit FDV or use a documented projected supply.

Can governance change FDV?

Governance can affect FDV by changing minting limits, burns, emissions, treasury allocations, or maximum supply.

Does a high FDV mean a token will fall?

No, price can rise when demand and adoption grow faster than supply, although a high FDV can make future growth expectations more demanding.

Does a low FDV mean a token is cheap?

No, the project may still have weak utility, poor liquidity, security problems, concentrated ownership, or unsustainable economics.

Can FDV be manipulated?

FDV can be distorted by thin liquidity, unreliable prices, incorrect supply reporting, temporary trades, or misleading maximum-supply claims.

Why do different websites show different FDV figures?

They may use different prices, supply definitions, circulating classifications, burn adjustments, and data-update times.

Is total supply the same as maximum supply?

No, total supply measures units that currently exist, while maximum supply represents the highest permitted supply when a cap exists.

What is fully diluted ownership?

It is a holder’s token balance divided by the complete supply used for dilution analysis.

What other metrics should be used with FDV?

Useful additional metrics include market cap, supply growth, unlock schedules, liquidity, holder concentration, revenue, TVL, users, governance, and token utility.

How often does FDV change?

FDV changes whenever the token price or the supply figure used in the calculation changes.

What is the biggest limitation of FDV?

Its biggest limitation is applying today’s marginal price to token units that may enter circulation gradually over many years.

Conclusion

FDV Crypto refers to Fully Diluted Valuation, a hypothetical measure of a cryptocurrency’s value when the current token price is applied to its complete defined supply.

It is calculated by multiplying the current price by total supply, maximum supply, or another documented fully diluted supply figure.

FDV helps investors identify the valuation implied by locked, unissued, vested, treasury, and future emission tokens.

A large gap between market capitalization and FDV can indicate substantial future dilution, particularly when the circulating float is small.

However, FDV is not invested capital, realizable liquidity, guaranteed future market capitalization, or a reliable price forecast.

Token unlocks can increase circulating supply without directly changing FDV because the locked tokens may already be included in the calculation.

The actual market effect of an unlock depends on recipient behavior, liquidity, demand, cost basis, timing, and whether the scheduled tokens are truly distributed.

Investors should verify which supply definition is being used and examine vesting schedules, emissions, burns, treasury holdings, minting permissions, and governance controls.

FDV becomes more useful when combined with the market cap-to-FDV ratio, circulating-supply growth, holder concentration, trading liquidity, protocol revenue, TVL, user activity, and token utility.

It is best understood as one tokenomics and valuation tool rather than a complete measure of a cryptocurrency project’s quality or investment potential.