Fully Diluted Valuation Calculator
Calculate FDV from token price and maximum supply. Compare with market cap, analyze dilution risk, staking impact, and volume ratios for informed crypto
Fully Diluted Valuation Calculator
Calculator
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Formula: FDV = Token Price * Max Supply; Market Cap = Token Price * Circulating Supply
Worked example โ FDV: $2.5B | Market Cap: $1.0B | Dilution: 2.50x | Volume/MC: 5.0%
Formula
FDV = Token Price * Max Supply; Market Cap = Token Price * Circulating Supply
FDV represents the theoretical total value if all tokens existed at the current price. The FDV/MC ratio reveals future dilution risk. Effective circulating supply excludes staked tokens from the tradeable float.
Worked Examples
Example 1: Layer 1 Token Valuation
Problem:A Layer 1 token trades at $2.50 with 400M circulating supply out of 1B max supply. 30% of circulating tokens are staked. Daily volume is $50M.
Solution:FDV = $2.50 * 1,000,000,000 = $2,500,000,000 ($2.5B) Market Cap = $2.50 * 400,000,000 = $1,000,000,000 ($1.0B) FDV/MC Ratio = $2.5B / $1.0B = 2.50x Circulating = 400M / 1B = 40.0% Dilution = 2.50x (150% more tokens to enter) Staked = 120M tokens, Effective Circ = 280M Volume/MC = $50M / $1B = 5.0%
Result:FDV: $2.5B | Market Cap: $1.0B | Dilution: 2.50x | Volume/MC: 5.0%
Example 2: New DeFi Protocol Launch
Problem:A new DeFi token at $0.05 with 50M circulating out of 10B max supply. 10% staked. Daily volume $5M.
Solution:FDV = $0.05 * 10,000,000,000 = $500,000,000 ($500M) Market Cap = $0.05 * 50,000,000 = $2,500,000 ($2.5M) FDV/MC Ratio = $500M / $2.5M = 200x Circulating = 50M / 10B = 0.5% Dilution = 200x (19,900% more tokens) Volume/MC = $5M / $2.5M = 200%
Result:FDV: $500M | Market Cap: $2.5M | Extreme Dilution: 200x | Warning: Very low circ%
Frequently Asked Questions
What is Fully Diluted Valuation (FDV) in cryptocurrency?
Fully Diluted Valuation represents the total market value of a cryptocurrency project if all possible tokens were in circulation at the current market price. It is calculated by multiplying the current token price by the maximum token supply. FDV provides a theoretical upper-bound valuation that accounts for all tokens that will ever exist, including those locked in vesting schedules, reserved for team allocations, ecosystem funds, and future mining or staking rewards. This metric is crucial for comparing projects because two tokens might have the same market capitalization but vastly different FDVs, indicating different levels of future dilution risk. For example, a project with a $100M market cap and $1B FDV means 90% of tokens are yet to enter circulation, creating significant potential selling pressure that could suppress price appreciation.
How does FDV differ from market capitalization?
Market capitalization is calculated by multiplying the current token price by the circulating supply, representing the current market value of all tokens that are actively tradeable. FDV uses the maximum supply instead, representing the theoretical value if all tokens existed today. The ratio between FDV and market cap reveals the degree of future dilution. An FDV-to-market-cap ratio of 1.0 means all tokens are already circulating and there is no dilution risk. A ratio of 5.0 means only 20% of tokens are circulating and the supply will eventually increase fivefold. New projects frequently launch with high FDV-to-market-cap ratios of 5x to 20x because they release only a small portion of tokens initially through airdrops or initial sales, with the remainder unlocking over years through vesting schedules. Experienced investors view a high ratio as a warning sign that sustained buying pressure must match the rate of new token unlocks.
Why is the FDV to market cap ratio important for investors?
The FDV-to-market-cap ratio serves as a dilution risk indicator and helps investors assess whether a token price is sustainable given the future supply inflation. A ratio close to 1.0 suggests minimal dilution risk, as most tokens are already circulating and the price reflects the full supply reality. Ratios of 2x to 3x are moderate and typical for established projects with ongoing staking rewards or developer allocations. Ratios above 5x indicate significant unreleased supply that will eventually enter the market, creating persistent selling pressure as team members, early investors, and ecosystem funds liquidate their vesting allocations. Historical analysis shows that projects with very high FDV ratios at launch frequently experience prolonged price declines as tokens unlock, even if the underlying protocol grows in usage. Investors should combine FDV analysis with the vesting schedule timeline to understand when the most significant unlock events will occur.
How does staking affect the effective circulating supply and valuation?
Staking reduces the effective circulating supply by locking tokens in protocol validators or yield-generating contracts, temporarily removing them from the tradeable float. When 30% of circulating tokens are staked, only 70% of the supply is actively available for trading, which reduces the effective selling pressure and can support higher prices with lower trading volume. The effective market cap, calculated from non-staked circulating supply, gives a more accurate picture of the immediately liquid value of the project. High staking ratios are generally bullish for price because they constrain supply while simultaneously demonstrating holder confidence and commitment to the network. However, mass unstaking events triggered by declining yields, security concerns, or attractive alternative investments can rapidly increase the circulating float and create intense selling pressure, making it important to monitor staking ratios as a dynamic indicator.
What does the volume-to-market-cap ratio tell about a token?
The volume-to-market-cap ratio measures the trading activity relative to the total market value, providing insights into liquidity and investor activity. A ratio of 5-15% is considered healthy for most mid-cap tokens, indicating active trading without excessive speculation. Ratios above 30% often signal heightened speculative activity, potential price manipulation through wash trading, or a major catalyst event driving unusual interest. Ratios below 1% suggest very thin liquidity, making the token susceptible to high slippage and price manipulation by relatively small orders. When comparing two tokens with similar FDVs, the one with a higher legitimate volume-to-market-cap ratio is generally more liquid and carries lower execution risk for investors. This ratio also helps identify potential wash trading, as some low-cap tokens report suspiciously high volumes relative to their market size, which often indicates artificial volume designed to attract unsuspecting traders.
What is the difference between max supply, total supply and circulating supply?
Max supply is the protocol's hard cap on tokens that can ever exist and is the input FDV uses. Total supply is what has actually been minted so far, less anything burned, so it includes locked treasury, team and vesting allocations. Circulating supply is the subset that is transferable and in public hands, and it drives market cap. Data sources disagree most often on circulating supply, since deciding whether foundation-held or bridged tokens count is a judgement call, so check the methodology before trusting a ratio.
How do I turn a vesting schedule into a monthly dilution rate?
Take each allocation, note its cliff and its linear release period, and divide the allocation by the number of months in that period to get the monthly emission. A 200 million token team allocation with a one-year cliff and a 36-month linear unlock releases nothing for twelve months, then about 5.56 million tokens a month. Against a 400 million circulating float that is roughly 1.4 percent of supply added monthly, which is the demand the market must absorb just to hold price flat.
How should FDV be used for a token with no maximum supply?
Tokens with uncapped issuance have no meaningful FDV, because multiplying price by an unbounded supply is not defined. For those assets the useful measures are the net annual issuance rate, any burn that offsets it, and the resulting change in supply per year. Comparing a capped token's FDV with an uncapped token's market cap is a category error; the honest comparison is market cap against market cap, with the supply growth rate stated separately for each.
How do burns and buybacks change the dilution picture?
A burn permanently removes tokens from total supply, so it reduces both the numerator of future dilution and, where the protocol also lowers the cap, the FDV itself. What matters is net supply change: a protocol emitting more than it burns is still inflating regardless of how prominently the burn is marketed. Compare tokens burned per period against tokens unlocked per period over the same window; only a persistent surplus of burns over emissions makes a token structurally deflationary.
When comparing two tokens, should I rank them by market cap or by FDV?
Use market cap to judge what the market currently prices, and FDV to test whether that price survives full dilution. The practical method is to compare each project's FDV against the value it actually captures, then check when its unlocks land. A token whose market cap looks cheap but whose float triples within a year is not cheap; one already near a ratio of one has priced its supply in. Both figures assume the current price applies to every token, which large unlocks usually disprove.
References
Background & Theory
History
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer ยท Editorial policy
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