What Is Rocket Pool? How rETH and Node Staking Work

Two ways to take part

Rocket Pool connects two groups whose needs differ:

• Liquid stakers deposit ETH and receive rETH. They do not run hardware, choose validators or wait in a lock-up; they hold a token whose ETH value rises as rewards come in.
• Node operators run Ethereum validators with Rocket Pool's Smart Node software. Each validator combines 4 ETH of the operator's own bond with 28 ETH from the deposit pool. Operators earn rewards on their own ETH plus a commission on the pooled ETH.

The design lets a home staker with 4 ETH operate a full 32 ETH validator, while rETH holders get exposure spread across more than 1,400 operators (1,414 as of October 12, 2026, per Crypto Briefing).

How rETH earns

rETH is not a rebasing token. Your balance stays the same; what changes is how much ETH each rETH can be redeemed for. Rocket Pool's staking guide defines the rate as total ETH backing the protocol (staked ETH plus contract balance plus rETH's share of priority fees and MEV rewards) divided by total rETH supply. The oDAO updates it roughly every 24 hours.

The documentation's own example: a user deposits 10 ETH when 1 rETH equals 1 ETH. Later, validators holding 128 ETH of deposits have grown to 160 ETH, so 1 rETH is worth 1.25 ETH and the 10 rETH redeem for 12.5 ETH. The yield (often searched as "rETH APR") is therefore the growth of this ratio over time; it varies with Ethereum's validator rewards and is not fixed.

Because the token amount does not change, the documentation notes that simply holding rETH may not create taxable events in some countries, while the initial ETH-to-rETH swap might. Tax treatment varies; see OBOL's crypto tax basics.

Getting and redeeming rETH

There are three common routes.

1. Directly through the protocol at stake.rocketpool.net. You get rETH at the exact protocol rate minus a 0.05% deposit fee, plus gas. Deposits can be paused by deposit-pool limits, and redemptions work only when the protocol holds spare ETH.
2. Via CoW Swap from the same interface (Ethereum mainnet). Orders are batch-auctioned across decentralized exchanges, typically fill in 2–5 minutes and can beat the protocol rate. Rocket Pool's docs warn this route is run by third parties and carries slippage and routing risk.
3. On a decentralized exchange such as Balancer or Uniswap, on Ethereum or on supported layer 2s. Official rETH contracts exist on Arbitrum, Optimism, Base, Polygon, zkSync Era, Scroll, Starknet and Unichain; addresses are listed on the contracts page.

Redeeming. Burning rETH for ETH through the protocol depends on ETH sitting idle in the deposit pool or rETH contract. When that pool is empty, the interface shows "Insufficient liquidity" and routes to CoW Swap, where you sell at market. In stressed markets rETH can trade below its redemption value. Saturn 1 added a buffer that holds about 1% of rETH TVL for withdrawals, and a governance package approved in October 2026 (RPIP-71) would let the protocol force random validator exits to meet redemption demand. That package is not yet live.

Check token addresses against the official list before buying on a DEX, since anyone can deploy a token named "rETH."

Where staking rewards go after Saturn 1

Saturn 1, which went live on Ethereum mainnet on February 18, 2026 according to Crypto Briefing, replaced fixed commissions with the Universal Adjustable Revenue Split (UARS). Rewards earned by the pooled ETH in each validator are divided as follows (Saturn 1 documentation):

Rewards on the operator's own 4 ETH bond go entirely to the operator. Because the split is a governance parameter, future votes can change what rETH holders receive.

Running a Rocket Pool node

Since Saturn 1, new validators are created in megapools: one smart contract per operator that acts as the withdrawal address for all of their validators, cutting gas costs compared with the old one-contract-per-validator minipools. Key points:

• The bond is 4 ETH per validator, down from 8 ETH. In October 2026 voters rejected proposals to lower it to 1.5 ETH or raise it to 6 ETH.
• Legacy minipool deposits are disabled; existing operators can migrate, receiving express-queue tickets based on their bonded ETH.
• Operators run an Ethereum execution and consensus client plus the Smart Node stack, at home or on a VPS, and must keep the machine online and updated. The node operator guide covers hardware, security and practice on the Hoodi testnet.
• RPL staking is optional for validators since Saturn 0 (October 28, 2024), but staked RPL is what earns the 9% voter share and governance weight.

The basics of validator duties and slashing are explained in OBOL's how staking works guide.

The RPL token

RPL is Rocket Pool's governance token. Node operators stake it on their node to vote in the pDAO and, since Saturn 1, to receive the ETH voter share. RPL inflation still pays rewards to staked RPL, the pDAO and oDAO, with node-operator inflation rewards planned to wind down under Saturn 2. RPL is a separate asset from rETH: rETH tracks staked ETH, while RPL's price depends on the market for the token.

Governance and trust assumptions

Rocket Pool reduces reliance on any single party but does not remove it:

• Protocol DAO. Node operators, voting with staked RPL or delegating, set parameters such as the bond and revenue split and approve upgrades. Off-chain signaling happens on Snapshot and RocketDash.
• Oracle DAO. An invite-only group of nodes relays Beacon Chain balances to Ethereum, updates the rETH rate, builds reward Merkle trees and checks fee-recipient compliance. rETH holders rely on it reporting honestly.
• Security council. Elected by the pDAO to react quickly to problems; under Saturn 1 guardrails it can veto protocol upgrades.
• Upgrade delay. Saturn 1 introduced a delay between an upgrade passing and taking effect, so users can exit first, and caps on how often the oDAO can change the rETH rate.

Risks to understand

• Operator underperformance and slashing. According to Rocket Pool's FAQ, losses on a validator come first out of the operator's bond; anything beyond that is spread across all rETH holders through a slightly lower exchange rate.
• Smart-contract risk. A bug in Rocket Pool's contracts could affect all deposits.
• Liquidity and discount risk. rETH may trade below its redemption value when protocol liquidity is exhausted.
• Oracle risk. A faulty oDAO report could misprice rETH; guardrails limit, but do not eliminate, this.
• Governance change. The split, bond and other parameters are adjustable.
• Layer 2 and bridge risk. rETH on rollups relies on bridges; see bridging assets cross-chain.

Audits and bug bounty

Saturn 1's final audit reports came from Cantina, Bailsec and Sigma Prime, and are published on rocketpool.net; a full audit history is on the Protocol Security page. Rocket Pool runs an Immunefi bug bounty paying up to $150,000 for critical vulnerabilities. Audits cover reviewed code versions and are not a guarantee against loss.

What comes next: Saturn 2

Saturn 2 is a proposed upgrade package that includes RPIP-71 (rETH withdrawal liquidity through random megapool exits), underperformance protections and forced-exit mechanisms. Snapshot votes in late September and early October 2026 approved key items, but the package still needs final ratification. A devnet was expected in late October 2026, with mainnet deployment discussed for 2027.

History

David Rugendyke started Rocket Pool in late 2016, and an alpha followed in May 2017. After five public beta tests, the protocol launched on Ethereum mainnet in October 2021. Later upgrades include Atlas, Houston (on-chain pDAO governance and the security council), Saturn 0 in October 2024 and Saturn 1 in February 2026. As of October 12, 2026, rETH supply was about 315,605 and the protocol ran around 18,000 validators, according to Crypto Briefing.

Support and official channels

Rocket Pool provides support through the #support channel on its Discord server; there is no ticket desk. Never share a seed phrase or node wallet key with anyone offering help, including in direct messages that follow a #support post.

Official channels:

• Website: rocketpool.net · Staking app: stake.rocketpool.net
• Documentation: docs.rocketpool.net
• Discord: discord.gg/rocketpool
• X: x.com/Rocket_Pool
• GitHub: github.com/rocket-pool
• Governance proposals: rpips.rocketpool.net

OBOL's assessments are in the Rocket Pool liquid staking review and the Rocket Pool protocol review. For background on liquid staking tokens in general, read the liquid staking guide or compare providers on the liquid staking hub.