Why an imbalanced LP deposit moves with the market

An imbalanced deposit exposes you to price moves because it leaves your liquidity position holding more of one token than the pool’s current price requires. That starting mix sets your initial market exposure; trades against the pool then change the mix as the relative price moves. A deposit imbalance does not itself predict a loss, but it can make the position behave differently from simply holding the same tokens in a wallet.

Blackhole on Avalanche uses concentrated-liquidity pools, where liquidity is assigned to a price range. The mechanics of a swap depend on the pool and its available liquidity. For that venue-specific explanation, read how Blackhole swap works on Avalanche. The deposit question turns on a separate detail: how your token amounts compare with the pool’s price and the range you choose.

What makes a deposit imbalanced?

A deposit is imbalanced when its token amounts do not match the proportions needed to mint the intended liquidity at the current price. In a constant-product pool, the reserve ratio sets the marginal price, and adding liquidity at that ratio increases both reserves without changing the price. Supplying too much of one token can leave some of it unused, or the interface may route a swap to bring the amounts closer to the required ratio.

Concentrated liquidity adds a range to that calculation. The amounts needed on each side depend on the current price relative to the range’s lower and upper bounds. Inside the range, a position holds both assets. At or beyond a boundary, it can hold only one. If your deposit starts with a different mix, the contract may mint less liquidity than the larger amount alone could support; the excess may remain unused or be swapped, depending on the interface and transaction path.

This distinction separates two sources of exposure. A swap used to rebalance the deposit can incur price impact and fees at entry. After the position is minted, price movement changes the value and composition of the liquidity position. Check the transaction preview for the actual token amounts, minimum amounts, range, and any swap. The wallet’s initial balance is not necessarily the final position.

How does the pool change what you hold?

As the market price moves, arbitrage trades bring the pool’s price toward prices elsewhere. In a constant-product pool, the invariant keeps the product of the two reserves broadly constant through each trade, before fees. When one token becomes more valuable relative to the other, traders buy it from the pool and pay with the other token. The pool’s liquidity providers are left with less of the rising asset and more of the falling one.

A concentrated-liquidity position follows the same direction of inventory change while the price remains inside its range. As price rises, the position sells some of the appreciating token into the other asset. As price falls, it accumulates more of that token. At a range boundary, the position becomes entirely one asset and stops earning swap fees until price returns to the range or the position is moved.

An imbalanced starting mix affects this path because the position does not begin with equal exposure to both assets. A deposit weighted toward one token has more of that token’s direct price risk at the outset. But the later outcome depends on the pool’s price path, the selected range, trades and fees. “Imbalanced” describes the inputs relative to the mint requirements; it is not, by itself, a measure of expected profit or loss.

Is that the same as impermanent loss?

No. Deposit imbalance describes how the supplied amounts compare with the amounts needed to create the position. Impermanent loss describes how the value of pool liquidity changes relative to holding the same assets outside the pool as their relative price changes. The two can interact, but they are different comparisons.

For a basic two-asset pool, a price move changes the pool’s reserve ratio, so the provider’s holdings diverge from a passive wallet portfolio. In a concentrated position, the effect depends on where the price travels within the selected range. A narrow range can concentrate fee earning while price stays inside it, but the inventory changes more sharply as price moves and can become one-sided once price leaves. Fees and incentives add returns, but they do not remove this price exposure.

Before depositing, compare the position you expect to hold with the portfolio you would hold without providing liquidity. Check:

• Whether the deposit amounts match the pool’s current price and your chosen range.
• Whether the transaction will swap excess tokens, and the quoted price impact and fees.
• How much of the position becomes one-sided at the range boundaries.
• Whether fee income and any incentives justify the inventory risk for your intended holding period.

The practical takeaway is to treat an imbalanced deposit as an allocation decision. The initial token mix determines where your exposure starts; the pool’s pricing mechanism and your range determine how it changes. If you want to keep a fixed token mix, holding the assets directly is simpler. Providing liquidity makes more sense when you accept that the pool will trade your inventory as the market moves in exchange for fees and, where available, incentives.