Vesting schedules describe when holders may gain access to restricted tokens. They do not reveal who will sell, at what price or how much liquidity will absorb a transaction.

How to work through the calculation or research

Separate cliff releases from linear or milestone-based releases. Map dates, beneficiaries, released quantities and current circulating supply; distinguish token emissions from transfers between existing unlocked holders.

A concrete worked example

A hypothetical grant of 120,000 tokens vesting linearly over 12 months after a cliff would release 10,000 tokens per month during the vesting period, assuming that is precisely how the agreement defines the schedule.

Common errors and important limitations

Contractual conditions, governance votes and schedule changes can affect actual unlocks. Do not calculate real-world release pressure without verifying the project’s original documentation.

Put the idea into practice with a working tool

For a practical calculation, the Token Vesting Schedule Calculator lets you examine: Total vested allocation (tokens), Full vesting duration (months), Cliff duration (months), Months elapsed since start (months). The tool documents its method as: Released after cliff = allocation × elapsed vesting months / total vesting months. Schedules differ: some programs unlock a lump sum at the cliff, others begin accrual afterward. This uses post-cliff linear release.

Practical checks before relying on the result

  • Confirm the asset, chain, amount and date apply to your own situation.
  • Separate supplied assumptions from verifiable source data and do not treat a scenario as a live market quote.
  • Document fees, rounding rules and constraints before making an irreversible financial or blockchain decision.

Sources and further verification

These references support technical definitions and research context; they do not validate any hypothetical market price or individual investment.

Financial and blockchain information is educational. No investment advice, custody, private keys or guaranteed outcomes. Examples use illustrative inputs rather than live quotes.