Skip to main content

How Does the Introduction of Token Lock-up Periods Affect the Supply-Side Dynamics of Velocity?

Token lock-up periods, such as vesting schedules or mandatory staking, directly reduce the circulating supply available for trading, which constricts the "M" (money supply) component of the MV=PQ equation. This reduction in effective supply leads to a lower calculated velocity, as fewer tokens are available to facilitate the same level of network activity.

This supply-side constraint is a deliberate mechanism to create scarcity and support a higher price.

How Does a ‘Buyback and Burn’ Mechanism Affect the Circulating Supply and Token Price?
What Is the Economic Argument for a Token’s Velocity Trending towards Its Minimum Possible Rate?
How Does a High Velocity Impact the Stability of a Token’s Price in the MV=PQ Model?
How Does Token Velocity Relate to the Utility and Distribution Model?