Dao Voting Power Calculator
Calculate your governance voting power from token holdings, delegation, and quorum requirements.
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer
Dao Voting Power Calculator
Calculator
Adjust values & calculateEnter your values below. Every result is computed in your browser โ no data is sent to any server.
Formula: Voting Power % = (Holdings + Delegated) / Total Supply x 100
Worked example โ Voting Power: 0.0075% | Quorum Contribution: 0.19% | Cannot propose (need 2.43M more tokens)
Formula
Voting Power % = (Holdings + Delegated) / Total Supply x 100
Your total voting power combines tokens you hold with tokens delegated to you. The percentage represents your share of governance influence. Quorum contribution shows what fraction of the minimum participation threshold you represent. Quadratic voting uses sqrt(tokens) instead of raw count.
Worked Examples
Example 1: Uniswap-Style Governance Analysis
Problem:You hold 50,000 UNI tokens and have 25,000 delegated to you. Total supply is 1B. Quorum is 4% (40M tokens). Proposal threshold is 0.25% (2.5M). Token price: $7.50.
Solution:Total voting power: 50,000 + 25,000 = 75,000 tokens Voting power %: 75,000 / 1,000,000,000 = 0.0075% Quorum contribution: 75,000 / 40,000,000 = 0.1875% Can propose? 75,000 < 2,500,000 = No Tokens needed to propose: 2,425,000 more Total value: 75,000 x $7.50 = $562,500
Result:Voting Power: 0.0075% | Quorum Contribution: 0.19% | Cannot propose (need 2.43M more tokens)
Example 2: Small DAO Governance Power
Problem:A small DAO has 100,000 total tokens. You hold 5,000 and received 3,000 delegated. Quorum: 10%. Proposal threshold: 2%. Token price: $15.
Solution:Total voting power: 5,000 + 3,000 = 8,000 tokens Voting power %: 8,000 / 100,000 = 8% Quorum tokens needed: 10,000 Quorum contribution: 8,000 / 10,000 = 80% Can propose? 8,000 > 2,000 = Yes At 20% turnout: 8,000/20,000 = 40% of votes
Result:Voting Power: 8% | Can propose | 80% of quorum | Near-majority at low turnout
Frequently Asked Questions
What is DAO voting power and how is it calculated?
DAO voting power represents your influence over governance decisions in a Decentralized Autonomous Organization. In token-weighted voting, your voting power equals the number of governance tokens you hold plus any tokens delegated to you by other holders. Your percentage of total voting power is calculated as your total tokens divided by the total token supply multiplied by 100. For example, holding 10,000 tokens out of a 1,000,000 supply gives you 1 percent voting power. Some DAOs use quadratic voting where power equals the square root of tokens held, reducing whale dominance. Others use conviction voting where power increases the longer you stake your tokens on a proposal, incentivizing long-term commitment.
What is delegation in DAO governance and how does it affect voting power?
Delegation allows token holders to transfer their voting power to another address without transferring token ownership. This is common in liquid democracy models used by protocols like Compound, Uniswap, and ENS. When someone delegates to you, their tokens add to your voting power for governance proposals. Delegation helps increase voter participation since passive holders can empower active community members. It also concentrates voting power among knowledgeable delegates who are more likely to research and vote on proposals. Delegated power can typically be revoked at any time. Some DAOs require self-delegation, meaning even your own tokens must be explicitly delegated to your address before they count as voting power.
What is quorum and why is it important for DAO proposals?
Quorum is the minimum percentage of total voting power that must participate in a vote for it to be valid. Without quorum requirements, a tiny minority could pass proposals when most members are not paying attention. Common quorum thresholds range from 2 to 10 percent of total supply. Uniswap requires about 4 percent quorum (40 million UNI tokens). Higher quorum thresholds make it harder to pass proposals but ensure broader consensus. Lower thresholds improve governance efficiency but risk minority capture. Some DAOs use dynamic quorum that adjusts based on participation rates. Your quorum contribution shows what percentage of the quorum threshold your voting power represents, helping you understand your significance in reaching the required participation level.
What is quadratic voting and how does it differ from token-weighted voting?
Quadratic voting is an alternative governance mechanism where voting power equals the square root of tokens held rather than the raw token count. This means a holder with 10,000 tokens has a voting power of 100, while a holder with 1 token has a power of 1. The 10,000x token advantage translates to only a 100x voting power advantage. This system reduces plutocratic dominance by giving smaller holders proportionally more influence. Gitcoin Grants uses a related concept called quadratic funding. The trade-off is that quadratic voting requires robust identity verification to prevent Sybil attacks where one entity creates multiple wallets to game the system. Many DAOs are exploring hybrid approaches combining token-weighted and quadratic mechanisms.
What is conviction voting and how does time-weighted voting power work?
Conviction voting is a governance mechanism where voting power increases over time as you stake your tokens on a specific proposal. The longer you support a proposal, the more your conviction or effective voting power grows, following a decay function that caps at a maximum multiplier. This design rewards long-term committed supporters over short-term speculators who might buy tokens just to vote. Typical conviction curves reach maximum power after several weeks of continuous staking. If you withdraw support, your conviction decays back toward zero. This mechanism prevents governance attacks where someone acquires tokens, votes, and immediately sells. It also creates natural prioritization since proposals that accumulate conviction over time reflect sustained community interest rather than momentary enthusiasm.
References
Background & Theory
History
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer ยท Editorial policy
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