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Token vesting schedule calculator

Turn a TGE unlock, a cliff and a linear vesting period into a month-by-month unlock schedule: tokens released each month, cumulative unlocked, percentage of supply, and — with an optional price — the dollar value unlocking over time.

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Token vesting schedule calculator works straight from this page — free, instant, nothing to install. It covers tokens released each month, cumulative unlocked, percentage of supply, and — with an optional price — the dollar value unlocking over time — adjust any of them and the result follows immediately.

How to use it

  1. Open the tool — no signup or install needed.
  2. Enter your input or adjust the available options.
  3. Get your result instantly, then copy or download it.

Frequently asked questions

What does Token vesting schedule calculator do?

Turn a TGE unlock, a cliff and a linear vesting period into a month-by-month unlock schedule: tokens released each month, cumulative unlocked, percentage of supply, and — with an optional price — the dollar value unlocking over time.

What does a concrete case look like?

TGE 10 %, 6-month cliff, 24-month vest → nothing until month 6, then +3.75 % a month — the tool shows every step in between, not just the final figure.

What does it take into account?

It factors in tokens released each month, cumulative unlocked, percentage of supply, and — with an optional price — the dollar value unlocking over time. Change any of them and the output follows immediately.

When would I actually use this?

Comparing two investments that pay at different times, deciding whether a project clears its cost of capital, and sanity-checking a valuation someone else produced.

What is the most common mistake?

Trusting a valuation without asking what share of it comes from the terminal value. Past 70%, the answer is an assumption about the distant future dressed up as a calculation.

What else is filed next to it?

CAGR calculator, Capital Gains Calculator and Capital Gains Yield Calculator share its section. They are not variants of it — being filed together is not the same as being alike — but that is where to look if this turned out not to be the tool you wanted.

Where do the figures come from?

Discounting, IRR and payback are defined identically everywhere, so the arithmetic is not in dispute — the assumptions you feed it are. Change the discount rate by a point and re-read the answer.

Further reading

All guides →
GuideHow Crypto Tax Is Calculated: The Principles That Apply EverywhereRates differ by country, the mechanics rarely do: a disposal triggers a gain, the gain is proceeds minus cost basis, and staking is income. Here is the calculation and where jurisdictions diverge.ExplainerWhat Is a Funding Rate? The Recurring Cost of Holding a PerpetualFunding is paid every eight hours on the full notional, between traders rather than to the exchange. A rate of 0.01 percent looks like nothing and costs 10.95 percent a year. Here is the formula and an annualised table.ExplainerWhat Is Slippage in Crypto? Price Impact, Tolerance and What It CostsPrice impact is arithmetic: on a constant-product pool it equals your trade size divided by the reserve plus your trade. Here is the formula, a table of trade size against impact, and why the setting called slippage tolerance changes none of it.ExplainerHow Staking Rewards Actually Work: Nominal Rate, Compounding, and What Eats ItAn advertised 8 percent becomes 8.33 percent once daily rewards compound — and then 7.46 percent after a 10 percent validator commission, and less again after unbonding time. Here is each step, with the arithmetic laid out.ExplainerLeverage, Liquidation, and the Asymmetry of LossesLiquidation distance is (1 ÷ L − m) ÷ (1 − m): at 20× that is 2.56 percent on a 2.5 percent maintenance margin, inside a normal day. Recovering a loss needs 1 ÷ (1 − L) − 1, so 90 percent lost needs 900 percent back. Combined, repeated leveraged bets on a market with a genuine +0.08 percent edge compound at −1.23 percent per period at 10×.ExplainerDollar-Cost Averaging: What It Actually Buys YouSpending a fixed amount each period buys more units when the price is low, so your average cost is the harmonic mean of the prices while the average price is the arithmetic mean — always lower, by 4.10 percent on the path worked through here. Against a lump sum, a 200,000-path simulation puts DCA's standard deviation 41 percent lower and its expected terminal wealth $337 lower on $12,000.