ETH/USDC 0.30%
LiveSources differ by figure; each one shows its own source and time.
TVL
$44.2M
On-chain · block 26,390,979 · 18:08 SGT
Volume 24h
$7.4M
Derived · LP fees ÷ fee rate, 24h · 18:08 SGT
Pool fee APR (to LPs)
16.2%
On-chain · fee counters, 7d window · 18:08 SGT24h 15.2% · 7d 16.2%19.5% before protocol cut
Vol / TVL
17%
from the two figures left
Price (USDC)
2,052.5
On-chain · block 26,390,979 · 18:08 SGT
Set a range alert
Net Yield Truth Label
+3.0%
est. net APR at the defaults below
Your fees ≈ pool fee APR 16.2% (LPs' 83% of 19.5%; the protocol keeps the rest) × range concentration 2.82× × time in range 87%
Pool fee APR from On-chain · fee counters, 7d window · 18:08 SGT
Measured: the average pool dollar behaves like a ±43% range. Active liquidity within ±2.6% of the price vs TVL, Ethereum block 26,389,689, 11 Nov, 13:48 SGT. Our hourly readings over the last 168 h saw denser liquidity at the price (4.9× full range vs 3.9× in that read), so we use what they saw.
- • Fee APR rests on unusual volume: the busiest of the last 30 days carried 36% of the volume (points and airdrop farming often looks like this). At a median day's volume the pool fee APR would be about 15%.
How this is estimated
- Pool fee APR = trading fees ÷ TVL, from 7-day average volume where available, times the share of fees LPs actually receive. Uniswap v3 (fee switch), PancakeSwap v3 and Aerodrome (unstaked LPs) keep a cut that we read on-chain; Raydium's 84% LP share is from its docs. Token incentives, points and airdrops are excluded.
- That is what an average pool dollar earns. For EVM pools we measure how concentrated that dollar is on-chain: the pool's active liquidity within about a day's typical move of the price, compared with its TVL (idle, out-of-range liquidity counts in TVL but earns nothing).
- Where our own hourly readings saw denser liquidity at the price than that one read (automated managers re-centre as the price moves), we use what the readings saw, so the average dollar is never less concentrated than it has actually been.
- Where we can't read the pool (Solana, or an RPC failure) we fall back to assuming the average dollar behaves like a ±0.5% (stable), ±10% (stock), ±25% (blue-chip) or ±50% (volatile) range, and say so.
- A tighter range earns proportionally more per $ while in range, a wider one less. The advantage is capped at 8×, and your fee APR at 100%.
- Fees only accrue in range. We use the expected share of the horizon in range for a driftless random walk sized by your typical move.
- IL drag = expected loss vs holding at the horizon for your concentrated position, annualized as if you reset the range every horizon.
- Not modelled: compounding, JIT/MEV competition, rebalancing swaps, and fee APR changing over the horizon.
- Range (Coach)
- 1,744.63 – 2,360.38
- Capital · horizon
- $10,000 · 30d
- Typical move (1σ) · gas
- ±15% · $10
Range Studio — how would this range have done?
Liquidity around the price
Pool contract 0x8ad599c3a0ff1de082011efddc58f1908eb6e6d8