Token Vesting Schedule Calculator
Visualize token unlock schedules with cliff, linear, and step vesting. Calculate TGE allocations, monthly unlocks, and total vesting value over time.
Token Vesting Schedule Calculator
Calculator
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Formula: Monthly Unlock = (Total - TGE Tokens) / (Vesting Months - Cliff Months)
Worked example โ TGE: 100,000 tokens | Monthly after cliff: 37,500 tokens | Fully vested at month 36
Formula
Monthly Unlock = (Total - TGE Tokens) / (Vesting Months - Cliff Months)
TGE tokens unlock immediately at launch. The remaining tokens are distributed over the vesting period minus the cliff duration. During the cliff period, no tokens are released. After the cliff, tokens unlock according to the selected vesting type: linear (equal monthly), quarterly (every 3 months), or backloaded (increasing over time).
Worked Examples
Example 1: Seed Investor Vesting Schedule
Problem:A seed investor receives 1,000,000 tokens at $0.10 each with 10% TGE, 12-month cliff, and 36-month total linear vesting. Calculate the unlock schedule.
Solution:TGE unlock = 1,000,000 x 10% = 100,000 tokens ($10,000) Remaining = 900,000 tokens Vesting after cliff = 36 - 12 = 24 months Monthly unlock = 900,000 / 24 = 37,500 tokens/month ($3,750/month) Cliff unlock (month 12) = 0 additional (linear starts month 13) Fully vested: Month 36 = 1,000,000 tokens ($100,000)
Result:TGE: 100,000 tokens | Monthly after cliff: 37,500 tokens | Fully vested at month 36
Example 2: Team Token Allocation
Problem:A team member receives 500,000 tokens at $0.50 each with 0% TGE, 6-month cliff, and 48-month linear vesting. What is the monthly unlock value?
Solution:TGE unlock = 0 tokens ($0) Remaining = 500,000 tokens Vesting after cliff = 48 - 6 = 42 months Monthly unlock = 500,000 / 42 = 11,905 tokens ($5,952/month) Cliff release at month 7: first monthly unlock = 11,905 tokens Fully vested: Month 48 = 500,000 tokens ($250,000)
Result:Monthly unlock after 6-month cliff: 11,905 tokens ($5,952) | Total value: $250,000
Frequently Asked Questions
What is a token vesting schedule and why is it important in crypto?
A token vesting schedule is a predetermined timeline that controls when tokens allocated to team members, investors, and advisors become transferable and liquid. Vesting prevents early stakeholders from dumping large token supplies on the market immediately after a token generation event, which would crash the price and harm the broader community. Typical vesting schedules span 2 to 4 years with a cliff period of 6 to 12 months, during which no tokens are released. After the cliff, tokens unlock gradually through linear monthly releases or quarterly step unlocks. Well-designed vesting schedules align incentives by ensuring that team members and investors remain committed to the project long-term rather than extracting short-term profits.
What is a cliff period and how does it affect token unlocks?
A cliff period is an initial waiting phase during which no tokens are released despite time passing. After the cliff ends, all tokens that would have vested during that period unlock at once, creating a significant one-time release. For example, with a 12-month cliff on a 48-month linear vesting schedule, no tokens unlock for the first year, then 25 percent of the vesting allocation releases at month 12, followed by monthly linear unlocks thereafter. Cliffs protect projects by ensuring that contributors demonstrate long-term commitment before receiving tokens. They also prevent situations where someone joins the team, receives tokens within weeks, and immediately leaves. Most crypto projects use cliffs between 3 and 12 months depending on the stakeholder category.
What are the different types of vesting schedules used in crypto projects?
The most common vesting type is linear vesting, where equal amounts of tokens unlock each month after the cliff period ends, providing predictable and steady supply release. Quarterly or step vesting releases tokens in larger batches every 3 months, which is simpler to administer but creates periodic sell pressure events. Backloaded vesting schedules release smaller amounts initially and increasingly larger amounts over time, rewarding long-term holders while minimizing early sell pressure. Some projects use milestone-based vesting tied to development goals rather than time. Token generation event allocations, where a percentage unlocks immediately at launch, are also common, typically ranging from 5 to 20 percent of the total allocation to provide initial liquidity.
How does a TGE allocation percentage affect token price stability?
The token generation event (TGE) percentage determines how many tokens become immediately liquid at launch. A high TGE allocation of 20 percent or more creates significant immediate sell pressure as early investors may sell to recover their initial investment. This can lead to sharp price drops within the first few days of trading. Conversely, very low TGE allocations below 5 percent may result in illiquid markets with high volatility and wide bid-ask spreads. The optimal TGE percentage depends on total supply, valuation, and the number of token holders. Most successful projects allocate between 5 and 15 percent at TGE, balancing the need for market liquidity against preventing excessive selling pressure from early investors looking to take quick profits.
How should investors evaluate a token vesting schedule before investing?
Investors should examine several key factors when evaluating vesting schedules. First, check the total percentage allocated to insiders, which includes the team, advisors, and private investors, versus the community and ecosystem portions. Insider allocations above 40 percent are considered a warning sign. Second, look for upcoming cliff unlock dates, as large unlocks often trigger price declines of 10 to 30 percent due to selling pressure. Third, compare vesting terms across different investor rounds, noting that earlier investors typically have longer vesting periods but lower token prices. Fourth, examine whether the team has the longest vesting period, which signals genuine long-term commitment. Finally, calculate the monthly token inflation rate from vesting unlocks relative to circulating supply to understand ongoing dilution impact on token value.
Does a cliff accrue entitlement or simply delay the start of vesting?
Both designs exist and they produce very different supply shocks. In an accruing cliff, entitlement builds during the waiting period and the whole accrued tranche is released in one transaction on the cliff date, so a 12-month cliff on a 48-month schedule dumps roughly a quarter of the allocation at once. In a delaying cliff, nothing accrues and the regular monthly release simply begins the month after the cliff ends. Token Vesting Schedule Calculator models the delaying form, so a schedule written with retroactive accrual will show a large step at the cliff date that the chart here does not reproduce.
Can holders vote or stake with tokens that have not yet vested?
Usually yes, because vesting restricts transferability rather than ownership. Many vesting contracts expose delegation so the beneficiary can direct governance voting power from locked tokens, and some allow locked balances to be staked with rewards flowing to the beneficiary. That has a real consequence for governance analysis: a team allocation that is nine tenths locked can still carry decisive voting weight from day one, so a low circulating float does not imply low insider control. Check the specific contract, since some lockups deliberately strip both rights until release.
How is a vesting schedule enforced, and can the terms be changed later?
Enforcement is normally a dedicated escrow contract that holds the allocation and releases it only against a block timestamp, which anyone can verify on-chain rather than trusting a legal side agreement. Whether terms can change depends on how that contract was written: an immutable one is fixed forever, while a contract with an owner or admin role, or one sitting behind an upgradeable proxy, can potentially be revoked, accelerated or re-parameterised. Before relying on a published schedule, confirm the escrow address actually holds the tokens and check for privileged functions.
What is token streaming and how does it differ from monthly unlock batches?
Streaming releases entitlement continuously, computing the vested amount from elapsed seconds rather than crediting a lump each month or quarter. The total delivered over the term is identical, but the supply arriving on any single day is tiny, which removes the dated cliff events that traders position around ahead of time. It also lets a beneficiary withdraw whatever has accrued at any moment instead of waiting for the next unlock date. The trade-off is more complex accounting, since income and cost basis accrue continuously rather than at a handful of clean dates.
What happens to unvested tokens if a team member leaves the project?
That depends on whether the grant is revocable. A revocable vesting contract lets an administrator, usually a treasury multisig, cancel the remainder of a schedule; already-vested tokens stay with the leaver and the unvested balance returns to the treasury for reissue to a replacement. Irrevocable grants keep vesting regardless of departure, which is common for investor allocations where the tokens were purchased rather than earned. Because revocability is a contract-level property, it should be checked directly rather than inferred from the published cliff and term.
References
Background & Theory
History
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer ยท Editorial policy
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