Crypto Stop Losses: Market and Limit Orders on Exchanges and DEXs
Summary
The document explains how a stop loss can trigger an exit after a chosen price is reached, and contrasts a market stop with a stop limit. A market stop prioritizes execution at the next available price, so slippage can make the fill worse than the trigger. A stop limit offers a price boundary but may remain unfilled during a fast move. The examples use an ETH position and illustrate this trade-off; they do not provide performance testing or a method for selecting stop levels beyond considering risk tolerance and deciding before entry.
It also describes how centralized exchanges may offer built-in conditional orders, while many automated market maker DEXs depend on bots or smart contract tools to monitor prices and submit exits. The guide mentions gas, congestion, slippage settings, permissions, and code review as practical considerations. Its platform comparisons and claims about feature availability are presented without supporting evidence and may become outdated. Stop orders can manage planned downside, but they cannot guarantee a particular execution price or eliminate trading and automation risks.
Key ideas
- A market stop triggers an exit at the next available price, which can differ from the stop price during volatile trading.
- A stop limit provides a price constraint but can go unfilled if the market moves past its limit.
- Many DEX users need external automation because native stop order support is uncommon in AMM protocols.
- DEX stop loss workflows should account for gas costs, congestion, slippage, and smart contract permissions.
- Choosing an exit level before entering a trade can support more disciplined risk management.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.