# Stablecoin Tokenomics Model Model stablecoin reserves and revenue to see true capital efficiency and avoid marketing exaggeration of backing ratios. Covers reserve composition, yield generation, transaction fees, and run-on stress scenarios in one workbook. - Canonical: https://finamodel.com/templates/stablecoin-model - Excel download: https://finamodel.com/templates/stablecoin.xlsx - Category: Crypto & DeFi - Model type: Sector planning - Difficulty: Intermediate - Audiences: Developers & sponsors, Investors & analysts, Crypto investors, Stablecoin operators, Risk managers, DeFi analysts - Tags: reserve, yield, backing, tokenomics ## Overview Model stablecoin reserves and revenue to see true capital efficiency and avoid marketing exaggeration of backing ratios. The model projects TVL (total locked value = stablecoin supply × collateralisation ratio), calculates reserve yield (T-bills, liquid staking earning 4-5%), and forecasts revenue from: (a) net interest (reserve portfolio return), (b) mint/redeem fees (0.05% on gross volume, asymmetric: growth minting + churn replacement), (c) liquidation penalties (5-8% haircut on under-collateralised positions), and (d) transaction fees. Operating costs include dev team (6 FTE ~$1.2M/yr), audits, legal, and marketing. Key mechanics: reserve yield is the spread - the protocol earns yield on reserves, stablecoin holders earn zero. Collateralisation ratio (110% typical) means the protocol holds $1.10 of reserves per $1.00 of stablecoin - the 10% excess is equity buffer funded by the treasury. Token emissions are a non-cash cost (tokens distributed from pre-minted pool valued at an assumed token price). The model separates protocol treasury (operating cash) from reserves (backing stablecoins). Cash flow shows reserve build as a major CFI line (buying T-bills as TVL grows) and stablecoin issuance proceeds as a major CFF line. EBITDA is deeply negative Y1-Y3, turns positive Y4-Y5 as TVL scales (revenue grows faster than fixed costs). Essential for crypto protocol evaluators, DeFi yield farms, and token investors assessing viability without rely on marketing claims. Shows the real token valuation (protocol DCF, not speculation). ## What's included - Stablecoin supply growth and redemption assumptions - Reserve composition by asset (cash, USDC, Treasury bills, repo) - Yield generation from reserve investments - Reserve ratio and over-collateralization analysis - Run-on and capital adequacy stress scenarios - Transaction fee revenue and protocol incentives ## How the Stablecoin Tokenomics Model Works: Reserves, Revenue and Valuation This stablecoin tokenomics model projects five years of protocol financials from a starting TVL of $50m. It links reserve composition, mint and redeem fees, liquidation penalties and token emissions into an integrated three-statement forecast, so you can evaluate capital efficiency and governance token value without relying on headline backing ratios. ### Documented operating drivers behind protocol revenue Revenue is built from four documented streams. Net interest on reserves equals average reserves multiplied by a blended reserve yield. - That yield comes from a sleeve build-up on the TVL_Reserves sheet, combining tokenised T-bill exposure, liquid staking tokens and a cash buffer, each with its own weight and base yield. Mint and redeem fees apply a fixed rate to gross volumes. - Liquidation penalty revenue applies a liquidation rate, a gross penalty and the protocol's share of that penalty to average supply. Supply growth is the largest lever, and reserve yield is the most sensitive assumption. Calculation summary: ```text Net interest on reserves = average reserves × a blended reserve yield ``` ### How calculation flow moves through the workbook The model follows a one-directional chain, with inputs on the Assumptions sheet feeding the supply and reserve roll-forward. - Closing reserves equal closing supply times the collateralisation ratio, and average reserves drive interest revenue. - Gross mint volume combines net new supply with churn, while redemption volume reflects only the churn leg, so fee revenue is not understated by symmetric formulas. - Costs, tokenomics and the income statement follow, then the balance sheet and cash flow, with token valuation reading from the completed statements and checks validating identities across all sheets. ### Cash flow and balance sheet relationships to understand Two cash pools are modelled separately: protocol treasury cash and reserve assets backing stablecoin liabilities. - In the cash flow statement, stablecoin issuance proceeds are a financing inflow, while reserve purchases are an investing outflow, and the gap between them represents the equity buffer funded by the Y1 equity injection. - Retained earnings accumulate net income, not EBITDA, and token emission cost is added back as a non-cash item. - Without the offsetting issuance and reserve lines, treasury cash would turn deeply negative, which is why they anchor the model. ### Outputs, valuation and practical use of the model Outputs include a full P&L waterfall, balance sheet, cash flow, tokenomics schedule and a Token_Valuation block that derives unlevered free cash flow from EBIT after the token-emission charge, then adds that charge back because it is non-cash. - Enterprise value is presented via a discounted cash flow and an exit multiple, reconciled through a variance row, with per-token metrics from the midpoint. - A KPI dashboard and checks cover margins, reserve coverage, collateralisation, DCF-implied versus assumed token price, and balance integrity. - The public download is a values-only preview, not a live model. ## Reserve composition and yield Different reserve assets (Treasuries, USDC, repo) carry different yields and counterparty risks; the model optimizes for yield while maintaining liquidity. ## Capital efficiency analysis The minimum reserve required to maintain backing ratios and redemption capacity under stress is calculated so you know exactly how much capital is truly at work. ## Protocol revenue model Transaction fees, arbitrage spread, and reserve yield are summed to show total protocol revenue available for development or stakeholder distribution. ## Reserve composition and yield Different reserve assets (Treasuries, USDC, repo) carry different yields and counterparty risks; the model optimizes for yield while maintaining liquidity. ## Capital efficiency analysis The minimum reserve required to maintain backing ratios and redemption capacity under stress is calculated so you know exactly how much capital is truly at work. ## Protocol revenue model Transaction fees, arbitrage spread, and reserve yield are summed to show total protocol revenue available for development or stakeholder distribution. ## Features - **Reserve composition optimization:** Model yield on different reserve assets (Treasuries, USDC, repo) to maximize yield while maintaining liquidity and reducing counterparty risk. - **Capital efficiency:** Calculate the minimum reserve required to maintain backing ratios and redemption capacity under stress scenarios. - **Revenue model:** Model transaction fees, arbitrage spread, and reserve yield to show protocol revenue available for development or stakeholder distribution. ## Use cases - **Stablecoin reserve management:** Optimize reserve composition to balance yield, liquidity, and risk while maintaining regulatory confidence in backing. - **Tokenomics and distribution design:** Model fee structures, yield sharing, and incentives to bootstrap liquidity and compete with existing stablecoins. - **Regulatory compliance and stress:** Model reserve adequacy under redemption scenarios and regulatory capital requirements. ## Frequently asked questions ### What is a stablecoin reserve? Reserve assets such as cash, Treasury bills, and USDC are held to back each unit of stablecoin issued. Full backing is 100% reserves; over-collateralization is above 100%; fractional is below 100%. ### What yield can stablecoin reserves generate? Treasury bills yield around 4-5%, repo 4-5%, and USDC 3-4%. Operators keep part of the spread and may pass excess to stakeholders or use it to reduce supply. ### What reserve ratio is considered safe? 100% backing is the minimum standard. Regulated stablecoins like USDC operate at 100% or better. Over-collateralized stablecoins run 125%+ to absorb collateral price volatility. ### What is a run-on scenario for a stablecoin? A run-on occurs when large redemptions simultaneously deplete liquid reserves, forcing asset sales at unfavorable prices. Stress scenarios model the reserve adequacy needed to survive these events. ### Who uses stablecoin tokenomics models? Stablecoin operators designing reserve policy, crypto investors evaluating backing quality, DeFi analysts assessing protocol risk, and risk managers stress-testing redemption capacity. ## Related templates - [Crypto Token Allocation](https://finamodel.com/templates/token-allocation-model) - [DeFi Protocol Model](https://finamodel.com/templates/defi-protocol-model) - [Crypto Exchange Economics Model](https://finamodel.com/templates/crypto-exchange-model)