Data as of Oct 15, 2026A topic in Staking & Liquid Staking Tokens.
Reviewed by Dimitry Apollonsky
AI summary
AAVE holds a clear lead as the primary lending venue for borrowing against liquid staking assets. Lido emerges as the usual answer when users evaluate specific tokens to loop for amplified yield.
recommended as the lending platform for executing liquid staking looping strategies
recommended for deep liquidity that minimizes slippage during re-collateralization
cited for pairing with liquid staking assets in decentralized lending markets
recommended as an ether.fi asset used in yield-looping strategies
recommended for Solana leverage with staking yields amplified by MEV capture
Mentioned in · Jul 8 – Oct 15, 2026
ChatGPT SearchOct 6, 2026
If by “best token” you mean the liquid-staking token to repeatedly collateralize → borrow → buy more → collateralize, my default pick is wstETH on Ethereum.
| Token | Loop appeal | Risk | My take |
|---|---|---|---|
| wstETH | ⭐⭐⭐⭐⭐ | Lower | Best risk-adjusted choice |
Google AI ModeOct 15, 2026
I want to leverage my liquid staking tokens to boost my yield. Which protocols are best for looping these assets?
| ⭐⭐⭐⭐⭐ |
| Higher |
| More aggressive, adds restaking risk |
| eETH | ⭐⭐⭐⭐ | Higher | Similar leveraged-restaking thesis |
| cbETH | ⭐⭐⭐⭐ | Moderate | Worth checking when its borrow spread is favorable |
| JitoSOL | ⭐⭐⭐⭐⭐ | Moderate | Best Solana equivalent |
Why wstETH: it has very deep liquidity, strong ETH correlation, and broad lending-market support. That matters enormously when you're levering an LST: you want minimal slippage and a low probability of the collateral temporarily deviating enough from ETH to trigger liquidation. Current market analysis also continues to identify wstETH as the leading ETH looping asset.
The important point, though, is that the token with the highest staking APY isn't necessarily the best loop. Your approximate economics are:
Net leveraged yield ≈ (LST yield × leverage) − (borrow rate × borrowed amount) − fees
So I'd choose based on the current LST yield minus borrowing cost, combined with the liquidation threshold and liquidity.
For an automated/flexible loop, Aave or Morpho + wstETH/WETH is the setup I'd investigate first. If you're instead trying to amplify fixed yield, Pendle's PT Looping is particularly interesting: it automatically supplies PT collateral, borrows against it, buys more PT, and repeats until your target leverage. Pendle explicitly exposes the PT yield, borrow rate, maximum leverage and estimated looping APY for each supported market.
One important warning: looping turns a relatively simple staking position into a leveraged position. A small LST/ETH deviation or a rise in borrow rates can materially change the economics, and research on leveraged DeFi strategies shows that additional complexity can substantially increase risk without guaranteeing higher returns.
If you tell me (1) Ethereum/Base/Solana, (2) how much capital, and (3) whether you want 2×, 3×, 4×, etc. leverage, I can look up the current borrow rates and LST yields and calculate which loop has the best net APY and liquidation buffer right now.
When looking for the "best token" to use for looping a liquid staking token (LST) or liquid restaking token (LRT) to amplify yield, the answer isn’t a single governance token—it depends on whether you mean the underlying asset you are looping or the native utility/governance token of the leverage protocol facilitating the loop.
If you want the highest baseline and amplified yield potential, you want an LST/LRT with deep liquidity, tight pegs, and robust integrations into money markets:
To actually execute a "loop" (recursively borrowing a base asset like WETH/USDC to buy more LST), you use a leverage/lending protocol token. The top infrastructure tokens for this include:
To help narrow down the best setup, tell me:
Yield amplification protocols (often referred to as one-click leverage or looping vaults ) automate the recursive process of depositing a liquid staking token (LST), borrowing the base asset (like ETH or SOL) via a flash loan, swapping it for more LST, and re-depositing it. This multiplies your staking yield, though it also scales your liquidation and interest rate risks.[](https://kamino.com/docs/products/multiply/index)
The top options across different ecosystems depend on where your assets live:
The net yield on a leveraged loop is roughly dictated by this formula:
Net APY=(Collateral Yield×Leverage)−(Borrow Rate×(Leverage−1))Net APY equals open paren Collateral Yield cross Leverage close paren minus open paren Borrow Rate cross open paren Leverage minus 1 close paren close paren N e t A P Y=(C o l l a t e r a l Y i e l d×L e v e r a g e)−(B o r r o w R a t e×(L e v e r a g e−1))
If you'd like to narrow this down, let me know:
I can help model the current yield spread and break down the specific protocol risks for your choice.
ChatGPT SearchOct 15, 2026
If you're looking to amplify yield on liquid staking tokens (LSTs) by repeatedly depositing, borrowing, buying more staking assets, and redepositing, you're looking for a leveraged LST looping protocol. The best options depend on your chain, the staking token you hold, and whether you want a one-click strategy or more control over borrowing and liquidation risk.
For October 2026, I'd start with these options.
(Established lending option)
A strong starting point for looping ETH liquid staking tokens such as wstETH or cbETH where supported. Deposit collateral, borrow ETH or WETH, acquire more LST, and repeat.
Isolated lending markets let you choose a specific collateral/debt pair, with market-specific collateral limits and rates. This can make it attractive for optimizing the yield-versus-borrow-cost spread.
Pendle is especially interesting if you want to amplify tokenized yield exposure, rather than simply loop a liquid staking token. Its PT Looping feature supplies principal tokens as collateral, borrows against them, and buys more PT. It is in beta and only works for supported PT markets paired with supported money markets.
A Solana-native option to investigate for leveraged staking and automated strategies using supported Solana liquid staking assets. Its Multiply-style strategies can automate recursive exposure.
Worth investigating if you want a simplified interface for opening and unwinding leveraged positions through supported lending markets, rather than manually repeating each transaction. Its underlying markets include Aave and Morpho.
1. Deposit your LST
Example: wstETH or a supported Solana LST
2. Borrow against collateral
Borrow ETH, WETH, or another supported asset
3. Buy more LST and redeposit
Repeat until you reach your target leverage
The objective Increase exposure to staking yield while keeping borrowing costs below the combined returns, after fees and incentives.
Don't rank protocols by advertised APY alone. Compare the net return on the exact market you plan to use.
A simplified estimate is:
\text{Net yield} \approx Ls-(L-1)b-fWhere:
L = leverage multiples = annual yield on the LSTb = annual borrowing costf = annualized fees and other costsThis excludes potential token price changes, liquidation losses, and changing incentive rates. Higher leverage amplifies losses as well as returns.
The most useful next step is to identify the chain and asset, then compare compatible markets and current borrowing costs.
1. Which chain are you using?
Ethereum
Base
Arbitrum
Solana
Other / multiple chains
2. Which liquid staking asset do you hold?
wstETH / stETH
cbETH
rETH
weETH / rsETH (restaking tokens)
SOL liquid staking token
Other / undecided
3. What kind of protocol do you prefer?
One-click automated looping
Manual lending-market looping
Vault-based automated strategy
Any approach with the best risk-adjusted yield
4. Preferred risk level?
Conservative — lower leverage, larger liquidation buffer
Moderate — balanced yield and leverage
Aggressive — maximize leverage and yield potential
[Compare my best options]
I can then narrow the shortlist to protocols that fit your setup, with current market data where available, rather than relying on headline APYs that may no longer be achievable.