A liquid restaking token (LRT) is a receipt for ETH that has been deposited into a restaking protocol such as EigenLayer, where the same stake secures other services as well as Ethereum. Two things change compared with a plain liquid staking token. The backing gains a second layer of risk, because delegated stake can be slashed by services an operator opts into. And the exit runs through two stages: the issuer’s own withdrawal queue and EigenLayer’s escrow period, which is 14 days on mainnet.
That points to a way of reading these tokens. A buyer who pays for an LRT in a pool is buying a claim that cannot become ETH before both stages have run, so the slower path is a reasonable guide to how far the market price can sit from the backing. The April 2024 ezETH case below is a dated example of the exit running through the market alone.
A caution before the detail: not every token called a restaking token carries restaking exposure today. ether.fi’s weETH is the case that shows it. A risk team has to read each token’s current documentation instead of relying on the label.
What restaking adds to a staked ETH token
EigenLayer’s docs describe two routes in. Liquid restaking means depositing liquid tokens into EigenLayer’s smart contracts. The tokens can be liquid staking tokens, the EIGEN token or any ERC-20. Native restaking means changing an Ethereum validator’s withdrawal credentials so they point at EigenLayer’s contracts. An LRT issuer such as Renzo packages the liquid route into a single token: a holder deposits ETH or stETH and receives ezETH.
Deposits are then delegated to an operator. A staker can delegate to one operator at a time. Delegation is all or nothing. That matters because of slashing, which went live on EigenLayer mainnet on 17 April 2025. Slashing is opt-in: an operator chooses to join an operator set run by a service and allocates stake to it. From that moment the stake already delegated to the operator becomes slashable. Slashed funds are burned or redistributed after a seven-day resolution delay. Native ETH cannot be redistributed. It stays locked in its EigenPod contract when slashed.
ether.fi’s documentation lists, in neutral terms, what a restaking product can add on top of plain staking:
- rewards from the restaking protocol or strategy
- smart-contract and governance dependencies
- liquidity and redemption conditions
- operator, oracle, middleware or network dependencies
- additional penalty or slashing exposure where the product takes part in slashable services
For a pricing system the list has one consequence. The token’s backing is no longer just staked ETH at validators. It is staked ETH plus a set of obligations that another party can trigger. A market price has to account for that second layer.
Exit through two queues
A liquid staking token typically has one exit: the protocol’s own redemption path. A liquid restaking token adds EigenLayer’s escrow behind it. EigenLayer’s docs state that liquid tokens and native restaking funds unstaked from mainnet go through a 14-day escrow before they can be withdrawn. Reading EigenLayer’s delegation contract on 23 October 2026, minWithdrawalDelayBlocks() returned 100,800 blocks, which is 14 days at 12 seconds a block. The figure moved to 14 days with the slashing upgrade, so a model or an older guide that still carries seven days is out of date.
The escrow is not idle waiting. EigenLayer’s improvement proposal ELIP-002 states that withdrawals stay slashable for the full delay after they are queued and become unslashable once it has passed. Funds in the queue are therefore still exposed to the slashing risk the token carries.
Renzo’s documentation shows how the stages stack for one issuer. It lists the beacon chain exit, EigenLayer’s escrow and Renzo’s own withdrawal queue buffer as separate delays. It says withdrawals can take as long as 15 days. When a holder starts a withdrawal, the ezETH is locked in the queue contract and burned at claim. It stops accruing rewards. Renzo also documents instant withdrawals for a fee that varies with how full the buffer is: a fuller buffer means a lower fee.
For a pricing desk that is the structure to keep in mind. The redemption path sets the value of the token for someone who can wait. The market price is what someone pays to skip the wait. With two stages in the way there is more waiting to skip. The general version of that argument, for tokens with a single queue, is in how liquid staking tokens are priced.
April 2024: ezETH when the pools were the exit
On 24 April 2024 the price of Renzo’s ezETH fell sharply against Ether. Cointelegraph reported a low of $688 on Uniswap that day, using Dexscreener data. It said the token then recovered parity with Ether. DL News reported that ezETH traded as low as $700 on some markets, down 79% in less than an hour. DL News also reported a liquidation cascade affecting more than 250 users. Later that day it reported ezETH back close to the price of Ether.
Both outlets reported the trigger as something that moved holders to sell. Cointelegraph quoted an analyst linking the move to the end of Renzo’s season 1 airdrop. DL News pointed to the newly released tokenomics for the REZ governance token. Neither account is a statement from Renzo. The two frame the cause differently.
DL News also reported that Renzo had not enabled withdrawals at that point. With no redemption path to compare against, selling in a pool was the exit available, so the pool price was the price the market had. Renzo’s current docs describe a withdrawal queue and instant withdrawals. They do not give a launch date for either, so none is stated here.
When the exit runs only through the market, the market price is the only price a seller can get. Once redemption paths exist, the price a holder pays to skip them is tied to how long they take.
Not every restaking token restakes today
Three tokens are worth reading side by side, because their current documentation differs.
- ezETH (Renzo). Renzo’s docs describe it as the liquid restaking token for a holder’s EigenLayer restaked position at Renzo. They list EigenLayer, Symbiotic and Jito as restaking ecosystems. The docs call it reward-bearing: its value rises against the underlying assets as rewards accrue, which makes its ratio to ETH an accruing one.
- rsETH (Kelp). Kelp’s repository describes it as a liquid restaking protocol building on EigenLayer. The oracle contract sets the rsETH price by taking the total ETH value in the protocol, subtracting the protocol fee and dividing by the rsETH supply. Kelp’s site now sits inside KernelDAO’s, so check the current documentation there for withdrawal terms.
- weETH (ether.fi). eETH is ether.fi’s rebasing token and weETH is its non-rebasing wrapper, whose eETH value rises with rewards. ether.fi’s docs say plainly that eETH and weETH do not bundle additional restaking rewards or EigenLayer slashing exposure. They also say ether.fi no longer restakes ETH through EigenLayer, so the slashing risk that remains sits at the Ethereum validator level. The same page says that as of August 2026 less than 1% of protocol assets remained restaked, with the remainder planned for removal. ether.fi’s pages are updated over time and do not all give the same timeline, so read the current version. ether.fi’s restaking-type product is a separate token, weETHs, built on Symbiotic rather than EigenLayer.
weETH shows what the finding looks like when the second layer is gone. Its documented exits do not run through an EigenLayer escrow: an instant redemption for a fee while the buffer has liquidity, or a queued withdrawal with no fee. The reasoning about two queues does not carry over to it. A model that groups weETH with ezETH by name alone would apply the wrong one.
What a risk or data team can read
Three checks give a starting point for any token in this category:
- Where the backing rate comes from. weETH exposes
getRate()for eETH per weETH. Kelp’s oracle computes rsETH from the formula above. Renzo’s docs say rewards are reflected in the ezETH price. - How many stages the exit has and which parts are slashable. Count the issuer’s queue, any escrow and any instant path with its fee. Check whether the token still restakes at all.
- How far the market price sits from the redemption value over time. The ETH ratio board lines up weETH, ezETH and rsETH against ETH. Each ratio links back to a feed page: weETH/USD, ezETH/USD and rsETH/USD. The liquid staking token prices hub places them next to their plain staking siblings.
The prices on those pages are measured from on-chain pools, which is how the pool side of the gap in this article becomes a number. The approach is described in DEX-native price feeds, explained.
Sources
- Restaking Overview, EigenCloud docs
- Testnet restaking, EigenCloud docs
- Slashing concept, EigenCloud docs
- Slashable Stake Risks, EigenCloud docs
- Withdrawal Delay, EigenCloud docs
- ELIP-002, EigenLayer Improvement Proposals
- Slashing Goes Live on Mainnet, EigenLayer blog
- weETH / eETH, ether.fi docs
- Slashing risk, ether.fi docs
- ether.fi re-staking, ether.fi whitepaper
- weETHs, the Super Symbiotic LRT, ether.fi docs
- Integration Guide, ether.fi docs
- ezETH, Renzo docs
- Withdrawals, Renzo docs
- Instant Withdrawals, Renzo docs
- LRT-rsETH repository, Kelp DAO on GitHub
- LRTOracle.sol, Kelp DAO on GitHub
- Renzo’s ezETH depegs to $688 following end of airdrop farming window, Cointelegraph, 24 April 2024
- Renzo’s ezETH falls as low as $700, leading to $56m in liquidations, DL News, 24 April 2024
