Lido stETH vs Rocket Pool rETH which liquid staking token to hold

02 September 2026

Both stETH and rETH let you stake Ether and keep a liquid token. That is where the similarity ends. The differences in yield, decentralization, withdrawal risk, and secondary market behavior are large enough that the choice depends on what you prioritize. This article compares them across five dimensions using the facts available as of August 31, 2026.

Yield after fees

Lido takes a 10% fee on staking rewards. That is a flat cut, no variation. Every validator run via Lido sends 10% of its rewards to the protocol treasury. If the base staking yield on Ethereum is 4%, you net roughly 3.6% after that fee.

Rocket Pool uses a commission model with a range. Minipool operators can set their commission between 5% and 20% for the ETH they borrow from rETH depositors. The actual commission depends on market conditions and operator competition. Historical data shows commissions usually sit near the lower end of that band, often close to 10% or below. The exact net yield for rETH holders varies more than stETH's, and it can be higher or lower than stETH depending on operator behavior.

Validator set decentralization

Lido runs a permissioned node operator set. Operators are whitelisted. They must pass due diligence and meet minimum requirements set by Lido DAO. As of the date of these facts, that set remains closed. Anyone outside the whitelist cannot run a validator for Lido, which creates centralization risk: a small number of operators control a large share of all staked ETH.

Rocket Pool lets anyone run a minipool with 8 ETH of their own and 24 ETH borrowed from the rETH pool. No permission needed. No whitelist. The only technical requirement is meeting the hardware and software specifications to validate. This permissionless design means the set of operators is far more distributed, with thousands of individual node operators participating. That structure reduces the chance of collusion or coordinated censorship by a few entities.

Withdrawal queue depth

When you want to unwind a position, stETH and rETH behave differently. Lido does not guarantee instant redemptions to ETH. You must use a secondary market or wait for an on-chain withdrawal via the Lido protocol. In periods of high demand to exit, the queue of withdrawal requests can grow long. The exact depth depends on how many validators request withdrawals at once. During the Shapella upgrade in 2023, Lido withdrawals took over a week for some.

Rocket Pool's rETH is not directly redeemable for ETH through the protocol itself. You must sell it on a DEX or CEX. There is no internal queue. Your exit speed depends entirely on secondary market liquidity, and if no buyers exist at a price you accept, you wait.

Secondary market liquidity depth

stETH trades on virtually every major Ethereum DEX and centralized exchange. The pooled stETH-ETH pair on Curve holds deep liquidity often exceeding hundreds of millions of dollars. That depth means large trades move the price less, and slippage stays low.

rETH is listed on fewer venues. DEX liquidity pools exist but are smaller; the total value locked in rETH-ETH pairs is a fraction of stETH's. A sell order of any significant size can cause meaningful slippage, and the spread between rETH's market price and its underlying ETH value can widen sharply during volatility.

Depeg history

stETH has depegged multiple times. During the Celsius and 3AC collapses in 2022, stETH traded at a deep discount to ETH, sometimes below 0.95 ETH per stETH. It recovered only when the broader market stabilised. The discount reflected fear that Lido's large position could not be unwound without market impact.

rETH has depegged less severely. Its peg has held closer to 1 ETH because the smaller market and lower total supply mean less systemic risk. But when it does deviate, the deviation can be sharper because fewer traders arbitrage the gap. The mechanics of rETH also mean that the price can trade both above and below the underlying ETH value, while stETH almost always trades at a discount during stress.

Governance and censorship resistance

Lido DAO controls the whitelist of operators. That governance process can be gamed or captured. A proposal to add or remove operators exists. In theory, a majority of LDO token holders could force operators to censor transactions, and the structure introduces a governance layer that can respond to external pressure.

Rocket Pool's permissionless minipool model eliminates that governance layer for node selection. No DAO vote can remove an operator unless they break protocol rules. Censorship resistance is higher because no single entity controls who validates. If a government demands removal of a validator, Rocket Pool has no mechanism to comply.

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