📅 Market analysis for October 11, 2026 · data as of 14:00 UTC · powered by live Wealthville Scores
15.8% fee APR on SOL‑USDC and 0.0% on USX‑USDC — same venue, same day. Why?
What Orca Whirlpools is best at right now
Capital is chasing volume, and on Orca Whirlpools the volume is highly concentrated in SOL majors. Across the 12 pools we score, TVL sits at $147.08M with $42.43M in 24h volume and a 3.3% average fee APR. One pool carries almost three quarters of that flow: SOL‑USDC pushed $30.99M in the last 24 hours on $28.41M TVL. That’s 1.09x daily turnover and a 15.8% fee APR on our read. Add SOL‑ETH ($3.92M on $7.17M, 10.2% APR) and SOL‑cbBTC ($1.82M on $9.35M, 11.7% APR) and you get 86.6% of tracked Whirlpool flow concentrated in three volatile majors.
Flip the lens to stables and the picture changes. USX‑USDC shows $472K volume on $19.65M TVL with 0.0% fee APR. USDG‑USDC: $439K on $18.08M, 0.1%. PYUSD‑USDC: $418K on $16.63M, 0.1%. Even syrupUSDC‑USDC ($550K on $10.07M) only clocks 0.2% fee APR. The exception among quasi‑stables is CASH‑USDC at $1.83M on $6.97M (1.0% APR), which looks more like a route‑through pair than a sleepy peg trade.
Let me be direct: if you’re LP’ing stables on Whirlpools this week, you’re subsidizing majors. The winner set is obvious, and it isn’t USDC‑adjacent pegs here.
Want the rolling list of pools that actually pay fees across Solana? Keep this page up: Best Solana pools (live). It’s the fastest way to confirm whether your thesis is paying by the hour.
Why this venue prints for majors: mechanics that matter
Fee tiers, tick spacing, and in‑range share
Whirlpools is a concentrated liquidity AMM: you choose a price band, supply two assets, and earn fees only when trades cross ticks within your band. Fee tiers and tick spacing define how fine your band can be and what you earn per unit volume. Narrow bands amplify fee APR on volatile pairs, provided you stay in range. Go too wide and you dilute fees; too tight and you fall out of range during moves and miss flow. The venue doesn’t auto‑rebalance your range or compound for you. This favors LPs who actively manage ranges during volatility instead of setting once and forgetting.
Orderflow routing and aggregation
Orca’s router steers a significant share of Solana swaps. That orderflow tends to prefer deep, volatile majors where route slippage is lowest per unit of size. When majors rip, the router keeps feeding Whirlpools, and in‑range LPs clip fees. On the flip side, stablecoins may route via alternative paths or specialized venues with tighter bins and lower per‑trade costs for pegged pairs, leaving Whirlpools with low‑yield residual flow.
Compute/priority fees and microranges
Because Whirlpools implements Uniswap‑v3‑style ticks on Solana, ultra‑tight bands can carry a rebalancing and reposition cost in compute and priority fees. On small tickets, those frictions are not trivial. Most pros keep a band wide enough to avoid constant tinkering, but tight enough to concentrate fee capture during local volatility.
Protocol docs are here if you want the raw primitives: Orca Docs and the Whirlpools program on GitHub.
Standout #1: SOL‑USDC — the fee machine
Data first: SOL‑USDC holds $28.41M TVL and pushed $30.99M in 24h volume, for a 1.09x turnover day and a 15.8% fee APR on our scoring. This single pair accounted for 73.0% of the tracked Whirlpools volume.
Why it works here:
- Depth attracts routes. The router funnels size into this book, compounding fee opportunities with each volatility cluster.
- Volatility is your friend. Concentrated bands catch two‑way flow during moves; you collect both ways as long as you stay in range.
- Tick spacing is reasonable for majors. You can run a band tight enough to earn, but not so tight that you’re rebalancing every 15 minutes.
How to run it this week if you insist on self‑managing:
- Work with a band that expects the next 24–48 hours of realized vol. Daily turnover here supports bands that target 60–80% in‑range uptime.
- Use a simple break‑even mental model: expected daily fees ≈ volume/TVL × fee tier × in‑range share. Your job is to keep the last term high.
- Don’t ignore router behavior. When route splits widen into SOL‑USDC, consider nudging bandwidth tighter; when routes fragment, widen to maintain uptime.
If you want a deeper cut on why SOL‑USDC often tops risk‑adjusted pools across venues, read this for context: SOL‑USDC Tops Risk‑Adjusted Pools: Fees That Actually Stick.
Standout #2: SOL‑ETH and SOL‑cbBTC — correlated cross‑majors
SOL‑ETH is a smaller book than SOL‑USDC but still meaningful: $7.17M TVL, $3.92M 24h volume, 10.2% fee APR. SOL‑cbBTC prints $1.82M on $9.35M with 11.7% APR. These look worse than SOL‑USDC on a headline basis but can be easier to hold because correlation dampens the most violent one‑sided runs.
Why these pairs work on Whirlpools:
- Less path dependency. Correlated majors reduce the cost of being slightly off‑center; you fall out of range less often than against USDC on ultra‑tight bands.
- Clean router paths. The venue handles cross‑routes without exotic pathing. That keeps fills predictable for in‑range LPs.
- Healthy two‑way days. Even when net movement is directional, microstructure still gives you ping‑pong flow at the tick level.
How I’d structure positions: slightly wider than SOL‑USDC (to keep uptime), recent realized vol window as a guide, and a rebalance plan around event risk. If you’re not going to touch the position for 72 hours, accept lower APR in exchange for higher in‑range share.
Where Whirlpools underperforms: stables and synthetic stables
Contrarian, but backed by the tape: Whirlpools is not the place for stablecoin LPs right now.
On the day’s tape, USX‑USDC, USDG‑USDC, and PYUSD‑USDC show fee APRs of 0.0–0.1% with TVL in the mid‑eight figures and volume in the high six figures. syrupUSDC‑USDC does slightly better at 0.2%, and CASH‑USDC lands at 1.0% thanks to more active routing. That’s not a venue‑wide condemnation of stables forever; it’s a statement about the current route topology and where Solana users are actually trading.
Two structural points explain the gap:
- Fee tiers vs peg width. Stable pairs want low fees and ultra‑tight bins to attract size. CLMM ranges on stables tend to either be too wide (diluted fees) or too fussy (constant repositioning costs).
- Competing primitives. Dynamic bin market makers (DLMM) have built‑in mechanics for stables that often beat static CLMM bands in realized fee capture for the same risk budget.
We’ve written about the quiet stablecoin tape before: Stablecoin LP Yield on Solana Is Quiet—That’s the Signal. Until route data flips, don’t expect Whirlpools stables to carry your book.
How to actually LP here this week: sizing, bands, and break‑evens
Start from the arithmetic and work backward to strategy.
- Venue turnover: $42.43M / $147.08M = 0.288x for the tracked set. But that’s skewed; SOL‑USDC is 1.09x alone. Don’t average a Ferrari with a forklift.
- Expected daily fees ≈ fee tier × (pool volume/TVL) × your in‑range share. The only lever you truly control is in‑range share.
- Compute and priority fees matter at the margin. If you’re going to micromanage bands, size your notional so the expected daily fees clear your operational costs.
A practical template for majors:
- Pick a mid‑tight band that captures your 24–48 hour volatility forecast. If realized vol explodes, widen once to stay engaged rather than ping‑pong 10 times.
- Enter when router flow tilts your way. A coffee‑break check of live boards like AI Signals (free) can save you from entering into a dead zone.
- Be honest about uptime. If you can’t babysit, choose the wider band with lower APR but higher fee capture consistency.
Don’t anchor to TVL. A $6–8M book with 0.5x turnover can out‑earn a $20M book with 0.05x turnover. The day’s SOL‑ETH numbers prove the point.
Alternatives, complements, and long‑tail traps
Whirlpools is not your only tool. For certain pairs and structures, DLMM or other CLMM venues can out‑pay for the same risk budget.
- DLMM for pegs and structured moves. Example: STRK‑USDC on Meteora DLMM shows how bins can tighten around a peg or staircase move in ways static ranges can’t. We compared fee capture here: Where SOL‑USDC Actually Paid This Week: DLMM Beat CLMM by 3x.
- Raydium CLMM for alt majors and venue‑specific flow. A cross‑venue check on pairs like STONK‑FLYWHEEL can reveal house‑flow patterns that don’t show on Orca.
- Whirlpools long tail can be noisy. Pairs like BOOP‑USDC or META‑META can spike, but fees are lumpy and inventory risk dominates if you’re late. Trade them like options: small size, defined stop, and accept that feast‑or‑famine is the base case.
If you’re scanning for rotation, these two live pages help: Top Solana pools by TVL for depth and the earlier Best Solana pools view for fee efficiency. Use both.
Three pools that define the venue this week
Bring it together with the day’s tape:
- SOL‑USDC — $28.41M TVL, $30.99M volume, 15.8% fee APR. Narrow, active, and worth the screen time.
- SOL‑ETH — $7.17M TVL, $3.92M volume, 10.2% fee APR. Smaller book, cleaner holds, correlation helps keep you in range.
- USX‑USDC — $19.65M TVL, $472K volume, 0.0% fee APR. Dead flow on a fat book. Send that capital somewhere that pays.
That last point is the one I’d argue about at a desk: you don’t need to accept a 0.0–0.2% day from stable pairs in a market that’s clearly moving. Rotate into majors on Whirlpools or consider DLMM pegs until route data shifts.
FAQ
How wide should my SOL‑USDC range be on Whirlpools?
Size it to your attention span. If you can check twice a day, target a band that historically captures 60–80% in‑range uptime over 24–48 hours of realized vol. If you can’t touch it for 72+ hours, widen the band and accept lower APR in exchange for higher fee capture consistency.
Why are stablecoin APRs so low on Whirlpools right now?
Low fee tiers and ultra‑tight bins on competing venues, plus route preferences, are siphoning flow. On our sample, USX‑USDC, USDG‑USDC, and PYUSD‑USDC all posted 0.0–0.1% fee APR despite sizable TVL. Until routes flip, stables on Whirlpools will feel starved.
Is DLMM always better than CLMM for stables?
No, but often. DLMM’s bin mechanics can hug the peg with lower slippage and higher realized fee density for pegged pairs. That said, when majors move, CLMM on Whirlpools can out‑pay DLMM due to sheer routed flow. We covered a head‑to‑head case here: DLMM vs CLMM on SOL‑USDC.
How do I estimate fees before LP’ing a Whirlpool?
Use a simple model: expected daily fees ≈ fee tier × (pool 24h volume / TVL) × your in‑range share. The only input you truly control is in‑range share via band width and active management. Then subtract expected reposition costs (compute and priority fees) if you plan to micromanage.
Do I need to compound fees manually on Whirlpools?
Yes. Fees accrue as separate tokens and are not auto‑compounded into your position. Periodic compounding can improve realized APR, but balance it against transaction costs and the risk of falling out of range during re‑entries.
What signals should I watch to time entries?
Router route splits, realized vs implied vol, and near‑term catalysts. A quick scan of AI Signals can flag flow shifts. Also watch venue‑level turnover: if majors are doing 0.5–1.0x daily, tight bands make sense; if turnover dries up, widen or step aside.
