

Price slippage occurs when a trade executes at a price different from the one specified in the order. This term is a direct translation of "price slippage" in English and is one of the primary risks in digital asset trading.
While slippage usually results in losses for traders, it can occasionally produce unexpected profits. For instance, if the price moves in the trader's favor between order placement and execution, slippage may work to the trader’s advantage.
Slippage can occur with any asset class—including cryptocurrencies, stocks, commodity futures, and currency pairs. In the crypto sector, it’s especially prevalent due to extreme market volatility. Users on decentralized platforms experience slippage more often than those on centralized exchanges, primarily due to the nature of blockchain operations and liquidity levels.
It's essential to recognize that slippage is neither a system error nor a form of manipulation. It’s a natural outcome of market dynamics. Cryptocurrency prices may change within fractions of a second, and market conditions can shift significantly during the processing of an order.
Several factors can cause price slippage, including high volatility, insufficient liquidity, and low blockchain throughput. Let’s examine each factor with practical examples:
1. Increased Volatility. When prices are moving rapidly, slippage can result from a wide spread—the gap between the best bid and ask prices. The crypto market is notorious for high volatility: prices can swing by several percent in mere seconds.
For example, a trader submits a market order to buy Bitcoin at $45,000. However, even if only a fraction of a second passes before execution, a sudden demand spike pushes the price to $45,200. The order fills at the higher price, costing the trader $200 per coin.
2. Low Liquidity. When there isn’t enough volume available at the specified price, the system sources assets from other sellers, whose prices may differ—impacting the final transaction cost.
This is especially common with low-liquidity tokens or trading pairs with minimal volume. For example, a trader wants to buy 10,000 units of an altcoin. The order book offers only 6,000 at $1 each; the remaining 4,000 are available at $1.05. The average purchase price becomes $1.02 instead of the intended $1.
3. Slow Blockchain Confirmation. Here, the trade price may also differ from the order price due to network latency. This is typical for decentralized platforms, where every transaction requires network confirmation.
For example, on Ethereum, transaction confirmations may take several minutes during network congestion. In that time, the market price can change significantly, resulting in substantial slippage. A trader might try to expedite the process by increasing the gas fee, but this raises overall transaction costs.
Slippage can benefit or disadvantage the trader. Understanding both forms helps assess trading risks and opportunities. Market participants identify two main types:
1. Negative Slippage. The trader loses money because the trade executes at a worse price than expected. This is the most common scenario for most market participants.
Example: A trader places a sell order for Ethereum at $3,000. Due to a sudden market drop, the order fills at $2,950—a $50 loss per coin. The larger the trade, the more significant the loss from negative slippage.
2. Positive Slippage. The actual execution conditions turn out better than those in the original order. While less common, this can deliver unexpected profits to the trader.
Example: A trader sets a buy order for an altcoin at $10. At execution, the price unexpectedly drops to $9.80 due to a large sell-off. The trade fills at the lower price, saving the trader $0.20 per token.
Note that positive slippage occurs much less frequently than negative slippage, especially in volatile markets. When planning trades, always account for the potential of negative slippage in your profit calculations.
Traders can use several proven strategies to minimize slippage risk. Key recommendations include:
General recommendations for all platform types:
Trade on major centralized exchanges. Decentralized exchanges typically have lower liquidity and slower transaction speeds. Trading on these platforms happens directly on the blockchain, so execution speed depends on network performance. As a result, decentralized platforms expose users to more slippage. Major centralized exchanges offer high liquidity and robust infrastructure, significantly reducing slippage risk. Still, during periods of extreme volatility, slippage can affect users on any platform.
Avoid trading during periods of high market volatility. Refrain from active trading during major news announcements, new project launches, or sharp price swings. Spreads widen during these periods, and slippage can reach several percent.
Favor limit orders over market orders. Limit orders guarantee execution only at your specified price or better. This eliminates negative slippage, though your order might not fill if the market doesn’t reach your price.
Break large orders into multiple smaller ones. Large orders can deplete liquidity at the current price level and fill at less favorable prices. Splitting a large order into several smaller ones reduces market impact and slippage.
Some leading platforms display estimated slippage for market orders before they are placed, helping traders assess potential losses and make informed decisions.
Special recommendations for decentralized platforms:
Monitor network fees. When trading on decentralized platforms built on Ethereum or other blockchains, always check the gas fee. Setting the fee too low can leave transactions pending, during which the asset price may shift significantly. Set the fee above average, especially during periods of network congestion.
Manually set slippage tolerance. Many decentralized platforms offer tools to set a maximum slippage tolerance—usually a percentage of the transaction amount. For example, by setting a 1% tolerance, your trade will only execute if the actual price doesn’t deviate by more than 1%. Use lower values (0.5–1%) for stable markets, and higher values (2–5%) for volatile ones.
Use platforms based on Layer 2 solutions. Choose decentralized platforms running on Layer 2 networks. These platforms offer much higher speeds than conventional decentralized exchanges, minimizing slippage. Solutions like Arbitrum, Optimism, or Polygon process transactions faster and more affordably than Ethereum mainnet, reducing both slippage risk and transaction costs.
By following these recommendations, traders can substantially reduce losses from slippage and boost their trading effectiveness in the crypto market.
Price slippage is the difference between the expected price and the actual execution price of a trade. It happens due to rapid market fluctuations and can be positive (more favorable) or negative (less favorable).
Slippage occurs because of market volatility and low liquidity, when asset prices shift between order placement and execution. Large trading volumes, network delays, and order book depth also influence slippage magnitude.
Slippage increases trading costs since the actual execution price differs from the expected price. This reduces trade profitability, especially in volatile markets with high activity.
Use limit orders to specify your desired price. Avoid trading during peak hours with high volatility. Choose periods of low volatility for optimal execution.
Slippage is most likely in markets with low liquidity and low trading volumes. When supply and demand are insufficient, prices become more volatile, increasing slippage risk during order execution.
Positive slippage means the price moves in your favor, boosting profit. Negative slippage means the price moves against you, increasing losses.











