Understanding Your LP Returns

LP returns are often misread. The APR shown on a pool reflects recent fee income, but your actual return depends on two forces working in opposite directions: fee income adding value, and divergence loss subtracting it. Understanding how these interact is the difference between evaluating an LP position accurately and being surprised by the result.

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The two forces that determine your return

Fee income is straightforward. Every time a trader swaps through your pool, they pay a fee. You earn a share proportional to how much of the pool’s active liquidity your position represents. Fee income accumulates continuously and can be harvested at any time. Divergence loss (also called impermanent loss) is subtler. It’s the gap between what your position is worth and what it would have been worth if you’d simply held the same tokens without LPing. It’s not a fee you pay — it’s an opportunity cost that emerges from the way concentrated liquidity mechanics work. Your net return is fee income minus divergence loss. If fees > divergence loss, you’re ahead of just holding. If divergence loss > fees, you would have done better holding.

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How divergence loss actually works — with numbers

Suppose you deposit SOL and USDC into a pool with SOL at $100. You deposit 1 SOL and 100 USDC, for a total of $200. If SOL rises to $150, the pool’s rebalancing mechanism means you now hold less SOL and more USDC. Your position is worth roughly $245 — but if you’d just held 1 SOL and 100 USDC, you’d have $250. The $5 gap is divergence loss. If SOL falls to $67, your position is worth roughly $165 — but holding would have given you $167. Again, the LP position slightly underperforms holding. The key pattern: divergence loss increases with price movement in either direction. The further the price moves from where you entered, the larger the gap between your LP position and a simple hold. In concentrated liquidity (CLMM) pools, this effect is amplified. Concentrating your liquidity into a narrower range means you earn more fees when the price is in range — but you also experience larger divergence loss for the same price movement, because your capital is deployed more aggressively.

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What does LP APR mean?

The APR shown on a pool reflects recent fee income annualized. It tells you: if the pool had exactly the same volume for a full year, and your position stayed fully in range, this is what you’d earn in fees. What it doesn’t account for:

• Divergence loss. APR is a fee-only number. It doesn’t subtract the opportunity cost of price movement.
• Out-of-range time. If the price moves outside your range, your position earns zero fees for that period. APR assumes you’re always in range.
• Volume changes. Trading volume varies. A high-APR period may not continue.

A high-APR pool isn’t necessarily a high-return pool. A pool showing 80% APR in a volatile market may deliver far less after divergence loss and out-of-range periods are accounted for.

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LP returns vs holding: when fee income wins

Fee income tends to outpace divergence loss in two conditions: High volume, range-bound price — when a lot of trading activity flows through a pool and the price stays within your range, fees accumulate rapidly while divergence loss stays contained. Stablecoin pairs and correlated-asset pairs behave this way most of the time. Mean-reverting volatility — if the price moves back and forth without trending in one direction, the divergence loss from each move partially reverses as the price returns toward your entry. Meanwhile, fee income from the volatility-driven trading volume continues to compound. This is the scenario concentrated liquidity is designed for.

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Impermanent loss vs fees: when divergence loss wins

Strong directional trends — if the price moves consistently in one direction and doesn’t come back, divergence loss compounds without reversal. In a strongly trending market, holding outperforms LP almost every time. Wide price movement with low volume — a pool that experiences big price swings but low trading volume is the worst case. You accumulate divergence loss from the price movement but earn little in fees to offset it. Tight ranges on volatile assets — a very tight range amplifies fee income when the price is in range, but also amplifies divergence loss every time the price moves out. If the price repeatedly crosses your range boundaries, you may be accumulating significant divergence loss with little fee offset.

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How to evaluate your position

Rather than checking your position value against what you deposited, compare it to what you would have had if you’d just held the tokens. This is the only comparison that tells you whether LP is paying off. If your fees earned exceed the divergence loss on your position, LP has been profitable relative to holding. If not, you would have done better just holding. You can use the LP simulator before entering a position to model how fee income and divergence loss interact at different price scenarios for a given range. After opening a position, the position history and portfolio dashboard show your fees earned, current position value, and overall performance over time.

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Practical implications for range selection

The range you choose directly affects both sides of this equation:

• Tighter range → higher fee income when in range, higher divergence loss per unit of price movement, higher chance of going out of range
• Wider range → lower fee income, lower divergence loss, stays in range longer

There’s no universally optimal range. The right choice depends on your view of the asset’s price behavior, how actively you’ll manage the position, and how you weigh fee income against divergence loss risk. For a structured approach to choosing a range, see Advanced LP Strategies.

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Ready to put this into practice? Browse pools on Orca to find pairs with consistent volume and fee income that fit your strategy.

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