Liquid Staking APY Calculator
Compare liquid staking yields for ETH across Lido, Rocket Pool, Coinbase, and Binance. Calculate compounded returns and find the best provider.
Liquid Staking APY Calculator
Calculator
Adjust values & calculateEnter your values below. Every result is computed in your browser — no data is sent to any server.
Formula: Future Value = Principal x (1 + APY/365)^(365 x Years)
Worked example — Yield: $1,193.05 | 0.3977 ETH earned over 12 months
Formula
Future Value = Principal x (1 + APY/365)^(365 x Years)
This calculator uses daily compounding to determine the future value of staked ETH across different liquid staking protocols. Each provider's APY is compounded over the staking duration to compare total returns.
Worked Examples
Example 1: Long-term ETH Staking with Lido
Problem:You want to stake 10 ETH at $3,000/ETH using Lido (3.9% APY) for 12 months. How much yield will you earn?
Solution:Initial value: 10 ETH x $3,000 = $30,000 APY: 3.9% (compounded daily) Future value = $30,000 x (1 + 0.039/365)^365 = $31,193.05 Yield earned = $31,193.05 - $30,000 = $1,193.05 ETH earned = $1,193.05 / $3,000 = 0.3977 ETH
Result:Yield: $1,193.05 | 0.3977 ETH earned over 12 months
Example 2: Comparing Providers for Short-term Stake
Problem:Compare yield from staking 5 ETH at $2,500/ETH for 6 months across Lido (3.9%) and Rocket Pool (3.1%).
Solution:Initial value: 5 ETH x $2,500 = $12,500 Lido (3.9% APY, 6 months): $12,500 x (1 + 0.039/365)^(365x0.5) = $12,746.13 → Yield: $246.13 Rocket Pool (3.1% APY, 6 months): $12,500 x (1 + 0.031/365)^(365x0.5) = $12,695.25 → Yield: $195.25 Difference: $246.13 - $195.25 = $50.88
Result:Lido: $246.13 yield | Rocket Pool: $195.25 yield | Lido earns $50.88 more
Frequently Asked Questions
What is liquid staking and how does it differ from traditional staking?
Liquid staking allows you to stake your ETH and receive a derivative token (like stETH, rETH, or cbETH) that represents your staked position. Unlike traditional staking where your ETH is locked and inaccessible, liquid staking tokens can be traded, used as collateral in DeFi protocols, or sold at any time. This means you earn staking rewards while maintaining liquidity. The derivative token accrues value over time as staking rewards are added, so one rETH is always worth more than one ETH. This innovation has made staking far more capital-efficient and accessible to the broader crypto community.
How is APY calculated for liquid staking protocols?
APY (Annual Percentage Yield) for liquid staking is calculated based on the rewards earned from validating transactions on the Ethereum network. Validators receive rewards for proposing and attesting to blocks. The APY fluctuates based on the total amount of ETH staked network-wide, network activity and gas fees, MEV (Maximal Extractable Value) tips, and the specific protocol's fee structure. For example, Lido charges a 10% fee on staking rewards, while Rocket Pool charges a variable commission. APY compounds daily in most protocols, meaning you earn returns on previously earned returns, which is why the effective yield is higher than simple interest.
What are the risks of liquid staking?
Liquid staking carries several important risks to consider. Smart contract risk means a bug in the protocol code could lead to loss of funds. Slashing risk occurs when validators behave maliciously or have downtime, resulting in penalty deductions from staked ETH. De-peg risk means the liquid staking token could trade below its fair value during market stress, as happened with stETH in mid-2022. Regulatory risk involves potential government actions against staking services, as seen with Kraken's forced shutdown. Centralization risk is a concern with dominant providers like Lido controlling large portions of staked ETH, which could threaten network decentralization.
Which liquid staking provider offers the best yields?
The best liquid staking yield varies over time and depends on multiple factors. Lido typically offers competitive yields due to its large validator set and MEV optimization, usually ranging from 3.5% to 4.5% APY. Rocket Pool may offer slightly different rates because of its decentralized node operator model and variable commission structure. Coinbase offers convenience for US-based users but may have slightly lower APY due to regulatory compliance costs. Binance offers competitive rates but carries centralized exchange risk. The best choice depends not only on raw APY but also on the liquidity of the derivative token, integration with DeFi protocols, and your personal risk tolerance.
Can I use liquid staking tokens in DeFi for additional yield?
Yes, liquid staking tokens can be deployed across various DeFi strategies for additional yield, a practice often called yield stacking or recursive staking. Common strategies include providing liquidity in stETH/ETH pools on Curve or Balancer, using stETH as collateral on Aave or MakerDAO to borrow stablecoins for further investment, and depositing into yield aggregators like Yearn Finance. However, these strategies introduce additional smart contract risk with each protocol layer. The combined yield from staking plus DeFi can reach 5% to 10% APY, but the compounding risks mean potential losses can be significant. Always assess the risk-reward ratio before implementing multi-layer DeFi strategies.
What is the difference between a rebasing token like stETH and a value-accruing token like rETH?
Lido's stETH rebases: the number of tokens in your wallet grows as rewards accrue, and one stETH stays pegged to roughly one ether. Rocket Pool's rETH and Coinbase's cbETH keep the balance fixed and let the redemption rate against ether rise instead, so one rETH is worth more than one ether and the gap widens over time. The yield is equivalent, but the mechanics differ for DeFi integrations that cannot handle a changing balance, and for cost-basis tracking — a rebasing balance produces a stream of small accruals rather than a single appreciating position.
Why does staking APY fall as more ether is staked network-wide?
Consensus layer issuance per validator scales inversely with the square root of the total ether staked, so total issuance grows more slowly than the validator set does and each validator's share shrinks. Quadrupling the amount staked roughly halves the base reward rate per validator. This is a deliberate equilibrium mechanism: it makes staking less attractive as participation rises, and more attractive if validators leave. It also means the APY figures preloaded here drift downward structurally over time, independently of anything a particular provider does with fees or MEV.
Why do MEV and priority fees behave differently from issuance in staking yield?
Issuance is paid continuously for attesting, but priority fees and MEV payments go only to the validator that proposes a block, which for any single validator happens rarely. For a solo staker that makes income lumpy and unpredictable; for a pool running tens of thousands of validators, proposals arrive constantly and the execution layer component smooths into a steady contribution to net APY. This is a structural reason large pools can quote a more stable rate than an individual validator experiences, and why headline APY moves with on-chain activity as well as with the staking participation rate.
Should I exit through the withdrawal queue or sell the derivative on the open market?
Since the Shapella upgrade enabled withdrawals in April 2023, both routes exist. Redeeming through the protocol returns full underlying value but requires waiting in an exit queue whose length depends on how many validators are leaving at once. Selling stETH or rETH on a secondary market is immediate but executes at whatever the market pays, which can sit below redemption value precisely when everyone wants out — the 2022 stETH discount is the canonical example. Redemption is the better choice when you can wait; the market route is a liquidity premium you pay for speed.
When is running your own 32 ETH validator better than using a liquid staking provider?
Solo staking avoids the operator commission entirely, so you keep the full issuance, priority fees and MEV rather than the net figure after a fee such as Lido's 10 percent cut of rewards. It also avoids protocol smart contract risk and adds a decentralised validator to the network. The costs are a 32 ether activation minimum, responsibility for uptime since missed attestations forfeit rewards and serious faults trigger slashing, and complete illiquidity of the stake until you exit. Liquid staking trades part of the yield for a tradeable position and no operational burden.
References
Background & Theory
History
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer · Editorial policy
Related Calculators
🧮Lending APY Calculator
Compare crypto lending rates across Aave, Compound, and MakerDAO by token and duration.
🧮ETH Staking Reward Calculator
Calculate ETH staking rewards from validator count, APR, and compounding period.
🧮Staking Compound Calculator
Calculate staking rewards with auto-compounding vs manual claiming at different frequencies.
🧮Solana Staking Calculator
Calculate SOL staking rewards from stake amount, validator commission, and epoch duration.
🧮Cardano Staking Calculator
Calculate ADA staking rewards from delegation amount, pool fee, and epoch returns.
🧮Polkadot Staking Calculator
Calculate DOT staking rewards from bonded amount, validator commission, and era duration.
💎Staking Rewards
Project cryptocurrency staking earnings over time based on stake amount, APY, compounding frequency, and validator commission
🧮DeFi Yield Tax Calculator
Calculate tax on DeFi yield farming, staking, and lending income by jurisdiction.