Hedged liquid staking

You hold an ETH liquid staking token (LST) such as stETH or wstETH and short the same amount of ETH through a perpetual future. The short cancels ETH price exposure. The LST keeps earning staking rewards, and the short collects funding while funding is positive. You earn two independent yields on the same hedged notional, and in exchange you take on one new risk: the LST's price relative to ETH.

How it works

Depositing ETH with a liquid staking protocol (Lido, Rocket Pool, or exchange-issued tokens such as Coinbase's cbETH and Binance's wBETH) gives you a token that represents staked ETH plus accrued rewards. Two details matter for this trade:

• Rebasing vs wrapped. stETH rebases: your balance increases about once a day as rewards accrue. wstETH is the non-rebasing wrapper. Its balance stays fixed and its exchange rate against stETH rises instead. wstETH is easier to account for and is the form most DeFi protocols and venues accept.
• Redemption. Lido lets you redeem stETH for ETH 1:1 through a first-in, first-out withdrawal queue. The wait depends on the size of the queue, Ethereum's validator exit rate and Lido's buffer. It is usually days, and it can stretch to weeks when the exit queue is congested. The alternative is to sell on a DEX at the market price.

The last row is the whole risk profile. Being long LST and short ETH means you are long the LST/ETH exchange rate. You earn two yields for holding it.

Size the hedge in ETH terms. For wstETH, multiply your wstETH balance by the current wstETH-to-stETH rate. Staking rewards make the long leg grow by roughly the staking APR each year, so add to the short every month or quarter to keep the position matched.

Collateral choice

There are three common ways to set this up:

1. LST in self-custody, stablecoin margin for the short on a CEX or an on-chain perp venue such as Hyperliquid. This keeps the risks separate: smart-contract risk sits only on the LST and venue risk only on the margin. The drawback is that a rally drains the short's margin while the matching gain sits in your wallet, so you need a buffer and a plan to rebalance.
2. LST as margin collateral for the short. Some venues accept certain LSTs, often their own, as collateral after a haircut. Collateral and short move together in ETH terms, so the liquidation distance against ETH price is very large and nearly all your capital earns both yields. The cost is that the whole position sits on one venue, haircuts can change, and a depeg hits your collateral and your exposure at the same time.
3. LST in a lending market, borrowing stablecoins to post as perp margin. This adds a second liquidation engine and a borrow cost. It rarely pays unless borrow rates are low, and it belongs in the advanced tier.

Where the yield comes from

The two sources are independent.

• Staking yield comes from consensus-layer issuance, execution-layer priority fees and MEV, all paid to validators, minus the protocol's cut. Lido takes 10% of rewards, and the stETH APR it quotes is already net of that fee. Staking yield depends on how much ETH is staked in total and on network activity. It has been in the low single digits and moves slowly compared with funding.
• Funding is the same payment that drives perpetual funding-rate arbitrage: leveraged longs paying shorts. It is volatile. It can run at several times its 0.01%-per-8-hours baseline in bull markets and turn negative in sell-offs.

On the hedged notional, total yield ≈ staking APR + annualized funding − costs. To get the return on capital, multiply by notional divided by capital. Compared with plain funding arbitrage, you replace a zero-yield ETH spot leg with a yield-bearing one. You gain the staking APR and take on LST-specific risk.

Worked example

Assume the following. These are illustrative numbers, not current market data.

• ETH price: $2,500. Capital: $10,000.
• LST staking APR: 3% (net of protocol fee).
• ETH funding averages 0.01% per 8 hours, which is 10.95% APR on notional.
• Perp taker fee: 0.05% on entry and exit. Gas and swap costs: $20 for the round trip.
• Maintenance margin: 0.5%.

Setup A: separate collateral. Put $7,000 into wstETH (2.8 ETH-equivalent) and $3,000 of stablecoins into perp margin. Short 2.8 ETH ($7,000 notional, 2.33x on the short leg).

• Staking: $7,000 × 3% = $210.00
• Funding: $7,000 × 10.95% = $766.50
• Gross: $976.50, which is 9.8% on capital
• Costs: $7,000 × 0.05% × 2 = $7.00, plus $20.00 = $27.00
• Net: $949.50, or about 9.5% over one year
• Liquidation: roughly a 42% rise in ETH before the short is liquidated, if you never add margin

Setup B: LST as collateral. Post $10,000 of an accepted LST (4.0 ETH-equivalent, 10% haircut assumed) and short 4.0 ETH ($10,000).

• Staking: $300.00. Funding: $1,095.00. Gross: $1,395.00, which is 14.0%.
• Costs: $10.00 + $20.00 = $30.00. Net: $1,365.00, or about 13.7%.

How the combined yield on notional moves with funding, holding staking at 3%:

Depeg arithmetic. In Setup B you are long 4.0 ETH of LST against a 4.0 ETH short. If the LST trades at a 3% discount to ETH, you have a mark-to-market loss of 0.12 ETH, or $300. That is a full year of staking yield. A 5% discount costs $500. If you can wait for redemption through the withdrawal queue at 1:1, the loss is temporary. If you have to sell on the market, you realize it.

On compounding: staking rewards compound inside the LST, so 3% APR is slightly more as APY. Funding does not compound unless you enlarge both legs with the proceeds. Quote the combined figure as APR unless you actually reinvest.

Step-by-step execution

1. Choose the LST. Prefer tokens with a long track record, native redemption and deep secondary liquidity for your size. Check the protocol fee and how redemption works.
2. Choose the short venue. Check its funding interval, fees and margin tiers, and whether it accepts your LST as collateral and at what haircut.
3. Acquire the LST. Minting through the protocol is 1:1 with ETH and costs only gas. If the LST trades at a discount on a DEX, buying there adds return if the price later converges.
4. Open the short for the ETH-equivalent of your LST balance, not the token count.
5. Set alerts for margin ratio, funding turning negative, and the LST/ETH market price (for example, a discount above 0.5%).
6. Rebalance monthly. Add to the short to cover staking growth, and move margin after large ETH moves.
7. Exit in order. If the LST trades at or near 1:1, sell it on a DEX and close the short at the same time. If it trades at a discount, request withdrawal through the queue, keep the short open until the ETH arrives, then sell the ETH and close the short together.

Risks

The LST can trade below ETH. A depeg happens when many holders try to exit at once: leveraged LST loops unwinding, a protocol incident, or a congested exit queue. Before Ethereum enabled withdrawals in 2023, stETH traded at a discount of several percent for weeks during the 2022 deleveraging. Redemption now anchors the price, but a long exit queue lets a discount persist. To mitigate this, hold redeemable LSTs, use no leverage on the long leg, and size the position so a 5–10% temporary mark-to-market loss never forces you out.

Funding can overwhelm staking. At −0.005% per 8 hours you pay 5.5% APR while earning 3% staking, so the position loses about 2.5% a year. Set an exit rule based on trailing average funding, not a single reading.

Smart-contract and slashing risk. An LST depends on the protocol's contracts, its oracle and its node operators. Slashing reduces the ETH backing the token, and an exploit could impair it badly. Restaking tokens (LRTs) add further layers of this risk. Use plain LSTs with a long history, spread across more than one if the position is large, and cap your exposure to each.

The short can be liquidated. In Setup A, a fast ETH rally drains the short's margin while the matching gain sits elsewhere. The staking yield does not help if the hedge is gone.

Venue and collateral-rule risk. Setup B concentrates everything on one venue. Venues can raise haircuts or stop accepting a collateral token at short notice, which can create a sudden margin shortfall.

Hedge drift and accounting errors. Rebasing balances, wstETH exchange rates and the way each venue credits rewards all make the true ETH-equivalent size easy to get wrong. Use wstETH where possible and recompute the hedge ratio whenever you rebalance.

When it stops working

Pause the trade or reduce it when any of these apply:

• Trailing 7-day funding is negative and deeper than the staking APR. Staking alone at a few percent does not justify the extra risks.
• The LST's discount is widening while the withdrawal queue grows. Do not add to the position. Exit early only if you cannot hold through redemption.
• The protocol behind your LST reports a security incident, an oracle fault or unusual slashing.
• The combined yield falls below what plain funding arbitrage earns plus a margin for LST risk. At that point the extra risk is not being paid.

This strategy is regime-dependent. Our 5–18% range assumes staking in the low single digits, with funding anywhere from roughly zero at the low end to well above baseline at the high end.

Key takeaways

• Long LST plus short ETH perp is neutral to ETH price but long the LST/ETH ratio. That ratio is the risk you are paid to hold.
• Staking and funding add together on the hedged notional. Staking is the steady part; funding is the volatile part that sets most of the return.
• A depeg of a few percent can erase a year of staking yield on paper. Hold redeemable LSTs and avoid being a forced seller.
• Size the hedge in ETH-equivalent terms and add to the short as staking rewards grow the long leg.
• When funding is negative and deeper than the staking APR, the trade loses money. Pause it.