rETH for liquid stakers
rETH is Rocket Pool's liquid staking token. The docs explain that rETH represents deposited ETH plus protocol staking rewards through an exchange-rate model, not a rebasing wallet balance. See the liquid staking overview.
Stake ETH, keep your custody
Stake ETH through Rocket Pool with a clear view of rETH, node operators, liquidity and smart-contract risk.
Live preview — open Rocket Pool to stake.
On-chainNon-custodial
What is Rocket Pool?
Rocket Pool is a decentralized Ethereum staking protocol for people who want liquid staking through rETH and for operators who want to run Ethereum validators through the protocol. ETH stakers receive rETH, while node operators provide bonded ETH, run validator infrastructure and may use RPL for governance and protocol incentives. The official Rocket Pool documentation is the best starting point for current mechanics.
How Rocket Pool works
Rocket Pool connects liquid stakers with independent node operators, then routes validator rewards through protocol accounting.
- Choose a routeLiquid stakers exchange ETH for rETH, while node operators run Rocket Pool smart nodes and provide bonded ETH for validators.
- Review liquidityrETH can be acquired or exited through the protocol route when liquidity is available, or through supported markets with market pricing.
- Confirm onchain actionsWallet approvals and transactions happen on Ethereum or supported routes, with costs driven by network gas and the chosen execution path.
- Track exits and rewardsrETH value reflects protocol accounting over time, while node operator rewards and exits depend on validator performance and protocol processes.
rETH and node staking
The two main user paths have different work, liquidity and risk profiles.
Megapools for operators
Rocket Pool's Saturn 1 docs describe megapools as the newer validator structure for node operators, reducing the bonded ETH required per validator and improving operational efficiency. Read the Saturn 1 overview before comparing older minipool content.
RPL and governance
RPL is part of Rocket Pool governance and node-operator economics, including revenue-share mechanics described in the current upgrade docs. Treat RPL exposure as a separate token risk, not just a staking setting.
Fees, security and withdrawals
Rocket Pool is non-custodial at the protocol level, but that does not remove contract, liquidity, validator or market risk.
Cost components
Costs can include Ethereum gas, wallet approval costs, protocol route components, swap spread, market slippage and any costs tied to node operation. Avoid assuming one fixed fee.
Security model
Rocket Pool relies on Ethereum validators, smart contracts, node operators, governance and oracle-related processes. The official site emphasizes transparent contracts and audits, but audits do not eliminate risk; see Rocket Pool's protocol page.
Exit mechanics
Exiting rETH through Rocket Pool depends on protocol liquidity, while market exits depend on secondary-market pricing. Ethereum validator exits have their own queue mechanics, explained in Ethereum.org's withdrawal guide.
Rocket Pool Routes
Start with the route, because it determines whether you are holding rETH or operating validator infrastructure.
Liquid Staking
Stake ETH for rETH Token
Use Rocket Pool's liquid staking path to receive rETH without running a validator. You still take smart-contract, liquidity and market-pricing risk.
Docs ↗
Protocol Route
Direct ETH to rETH flow Direct
Interact with Rocket Pool's staking interface and contracts when protocol liquidity supports the route. Check wallet prompts and the current route shown before signing.
Docs ↗Market Route
Swap into or out of rETH Market
Use supported markets when a swap is preferable to protocol redemption. Price, spread and liquidity can differ from the protocol exchange rate.
Open ↗Node Staking
Run validator infrastructure Operator
Operate a Rocket Pool smart node if you can maintain Ethereum clients, uptime and keys. Operator economics depend on protocol settings and validator performance.
Docs ↗Megapools
Saturn-era validator model Saturn
Megapools are the current operator structure introduced with Saturn 1. Compare them with legacy minipool references before acting on older guides.
Docs ↗Checks Before Using Rocket Pool
A careful review should focus on domain, liquidity, route type and the risk you are actually taking.
Official Domain
Verify before connecting Safety
Use a bookmarked official Rocket Pool site or docs page. Phishing risk is separate from protocol risk and shows up before the transaction is signed.
Open ↗
rETH Liquidity
Check exit depth Exit
Protocol redemption and market swaps are different exits. Thin liquidity or market discounts can matter if you need to unwind quickly.
Docs ↗Operator Duties
Infrastructure matters Node
Node operators need a secured machine, Ethereum clients, a wallet setup and ongoing maintenance. Poor operations can affect rewards and penalties.
Docs ↗
RPL Exposure
Separate token risk Token
RPL can affect governance and operator revenue mechanics. Its price and protocol role are separate from holding rETH.
Docs ↗Ethereum Queues
Plan timing Timing
Validator activation and exits depend on Ethereum network mechanics. Do not treat staking-related exits like a normal token transfer.
Docs ↗Rocket Pool Compared
Rocket Pool sits between solo validation and account-based staking: it uses Ethereum validators like any staking route, but adds rETH, node operators and protocol contracts. Compare the base model with Ethereum.org's staking overview.
| Route | Best fit | Main tradeoff |
|---|---|---|
| Rocket Pool rETH | Liquid staking without node operation | Smart-contract, liquidity and rETH market risk |
| Rocket Pool node | Operators who can run infrastructure | Operational work plus protocol-specific economics |
| Solo validator | Maximum direct control | Higher ETH requirement and full maintenance burden |
| Exchange staking | Account-based convenience | Custody, platform terms and regional availability |
Rocket Pool FAQ
Is Rocket Pool the official Rocket Pool app?
No. This page is an independent guide to Rocket Pool, not the official app or a wallet connection flow. Use the official Rocket Pool website and documentation when you need current routes, contract links or operator instructions.
What is rETH?
rETH is Rocket Pool's liquid staking token for ETH stakers. It represents ETH deposited into the protocol plus staking rewards through Rocket Pool's exchange-rate accounting. It can also trade on markets, where price may differ from protocol value. The Rocket Pool liquid staking overview explains the model.
Do I need to run a node to use Rocket Pool?
No. Liquid stakers can use rETH without running validator infrastructure. Running a Rocket Pool node is a separate operator route for users who can maintain Ethereum clients, keys and uptime. Review the official node staking installation overview before considering that path.
What changed with Saturn 1?
Saturn 1 introduced Rocket Pool's megapool model and updated operator economics, so older minipool guides may not describe the current route for new operators. The official Saturn 1 documentation is the safer reference for current node staking mechanics.
Can I always redeem rETH directly for ETH?
No. Direct protocol redemption depends on available liquidity and current protocol conditions; market exits depend on swap liquidity and pricing. This is separate from Ethereum validator withdrawal mechanics. Rocket Pool's direct staking route guide explains protocol and swap routing.
Does Rocket Pool staking have risk?
Yes. Risks include smart-contract bugs, governance changes, oracle assumptions, validator penalties, rETH liquidity, market pricing, RPL exposure for operators and wallet phishing. Ethereum's rewards and penalties documentation is useful for understanding validator-level risk.