Crypto Auto-Compound Benefit Calculator

Compare auto-compounding vs manual compounding returns. Calculate the break-even frequency and gas savings of automated DeFi vault strategies.

%
%
$
$
Auto-Compound APY
56.79%
Earnings: $5,678.78
Manual Compound APY (net)
61.88%
Earnings: $6,187.88
No Compounding (simple)
50.00%
Total Manual Gas Cost
$260.00
Sum of all values
Auto-Compound Benefit
+6.79%
vs no compounding
Optimal Manual Frequency
22× / year
Planning notes, formulas, and examples

About the Crypto Auto-Compound Benefit Calculator

Auto-compounding vaults claim to boost your yield by automatically reinvesting rewards. But is the benefit worth the vault's management fee? And if you're compounding manually, how often should you do it to maximize returns after gas costs?

This Auto-Compound Benefit Calculator compares two scenarios: (1) auto-compounding at a daily frequency with a vault fee, and (2) manual compounding at your chosen frequency with gas costs. It shows the net APY for each approach and the break-even compounding frequency where manual becomes better than not compounding at all.

Understanding the economics of compounding helps you choose between vault products and DIY strategies, and optimize your restaking frequency for maximum net yield.

Use the result to map token-release or fee scenarios and revisit the model when market conditions, unlock terms, or portfolio assumptions change.

When This Page Helps

Auto-compounding vaults charge fees (5-20% of yield), while manual compounding costs gas per transaction. This calculator reveals which approach nets you more and how often you should compound if doing it manually.

How to Use the Inputs

  1. Enter the base APR of your position.
  2. Set the auto-compound vault fee percentage.
  3. Enter the gas cost per manual compound transaction.
  4. Set your position value for dollar calculations.
  5. Choose your manual compounding frequency.
  6. Compare the net APY of each strategy.
Formula used
Auto APY = (1 + APR×(1−vaultFee)/365)^365 − 1. Manual APY = (1 + APR/n)^n − 1 − (gasCost×n/positionValue). Break-even: frequency where manual APY > simple APR.

Example Calculation

Result: Auto: 56.7% APY | Manual (weekly): 59.2% APY

At 50% APR, auto-compound (daily, 10% fee) yields (1+0.45/365)^365−1 = 56.7%. Manual weekly: (1+0.50/52)^52−1 − ($5×52/$10,000) = 64.2% − 2.6% gas = 61.6%. For a $10,000 position, weekly manual compounding beats the vault.

Tips & Best Practices

  • For small positions, auto-compound vaults save gas and win despite fees.
  • For large positions, manual compounding often beats vault fees.
  • The break-even point depends on position size, gas costs, and vault fees.
  • On L2s where gas is cheap, manual compounding becomes more attractive.
  • Some vaults compound per-block — difficult to replicate manually.
  • Consider the time value of manual management when comparing strategies.

The Math of Optimal Compounding

The optimal compounding frequency maximizes APY minus gas costs. Compounding too often wastes gas; too rarely leaves yield on the table. The sweet spot depends on the square root of (yield × principal / gas cost).

Auto-Compound Vault Economics

Vaults like Yearn, Beefy, and Autofarm charge 5-20% performance fees. They compound gas-efficiently by batching many users' claims into single transactions. This socialized gas cost is their key advantage for smaller depositors.

When Manual Beats Auto

Manual compounding wins when: (1) your position is large enough that the vault fee exceeds gas costs, (2) gas is cheap (L2/alt-chains), (3) you compound at the optimal frequency, or (4) you want to sell some rewards instead of reinvesting all.

Sources & Methodology

Last updated:

Frequently Asked Questions

  • Auto-compounding vaults automatically claim and reinvest your rewards at regular intervals (usually daily). They charge a percentage of the yield (typically 5-20%) for this service. The convenience eliminates the need for manual transactions.