{
  "id": "29d79525-aade-5dc5-9006-8dfdba082972",
  "slug": "market-if-touched-order",
  "term": "Market-if-Touched Order",
  "aliases": [],
  "category": "Market Microstructure",
  "category_slug": "market-microstructure",
  "difficulty": "intermediate",
  "definition": "A market-if-touched (MIT) order is a conditional order instruction that remains dormant until the market price reaches a specified trigger price, at which point it is activated and executed as a market order at the best available price. Unlike a limit order, it guarantees execution once triggered but does not guarantee the fill price.",
  "key_takeaways": [
    "MIT orders are typically used by traders who want to enter a position when a price target is reached but prioritize execution certainty over precise fill price.",
    "A buy MIT is placed below the current market price (triggered when the price drops to the specified level); a sell MIT is placed above current market price (triggered when price rises to the level).",
    "MIT orders differ from stop orders: MIT buy orders are placed below market (like stop sell orders), and MIT sell orders are placed above market (like stop buy orders).",
    "Once triggered, an MIT order becomes a market order and is subject to all the execution risk associated with market orders, including potential slippage in volatile conditions.",
    "MIT orders are commonly used in futures and commodities markets, particularly for re-entry strategies after pullbacks."
  ],
  "detailed_explanation": "The market-if-touched order is a sophisticated tool that combines the price-selection feature of a limit order with the execution certainty of a market order — but only once a target price has been reached. This makes it particularly useful for traders who have strong convictions about the appropriate entry or exit price but also require assurance that the trade will be executed once that price is achieved, without the risk of a limit order being bypassed.\n\nThe mechanics of an MIT order can be understood through comparison with related order types. A standard limit order guarantees a maximum buy price (or minimum sell price) but may not be filled if the market reverses before the full order quantity can be matched. A stop order is triggered when a price is touched and becomes a market order — but stop buy orders are placed above the current price (designed to enter on breakouts or limit losses on short positions), while stop sell orders are placed below the current price (designed to exit longs or enter short on breakdowns). The MIT order inverts this logic: an MIT buy is placed below the current market price, designed to enter a long position on a pullback with execution certainty once the target is reached.\n\nIn futures markets, MIT orders are a staple of systematic trading strategies that seek to buy dips and sell rallies within trending markets. A commodity trading advisor (CTA) running a mean-reversion strategy might place MIT buy orders at levels corresponding to one standard deviation below the current price, capturing the position if the market pulls back to that level, while accepting that the fill price may be slightly worse than the trigger price in fast-moving conditions.\n\nThe primary risk of MIT orders is slippage at execution. If the trigger price is reached during a period of elevated volatility — such as immediately following an economic data release or a corporate announcement — the market order that results from triggering may fill at a price significantly worse than the trigger level. Traders must account for this slippage risk when incorporating MIT orders into their strategy design and position sizing.",
  "example": "A futures trader believes that crude oil, currently trading at $80/barrel, will present a buying opportunity if it pulls back to $75. The trader places an MIT buy order with a trigger price of $75.00. Two weeks later, oil falls to $74.95, triggering the MIT order. The order becomes a market order and fills at $75.08 due to the fast-moving market at that moment. The trader accepts this $0.08/barrel slippage as the cost of execution certainty versus placing a limit order at $75.00 that might not fill if the market bounces immediately from $74.97.",
  "formula": null,
  "formula_latex": null,
  "interactive_type": null,
  "calculator_id": null,
  "related_terms": [
    "dark-liquidity",
    "layering",
    "limit-order",
    "market-order",
    "post-trade-transparency",
    "settlement",
    "slippage",
    "standard-deviation",
    "stop-order",
    "swap-execution-facility",
    "volatility"
  ],
  "backlinks": [
    "central-limit-order-book",
    "ginzy-trading",
    "market-order",
    "trading-arcade"
  ],
  "cross_references": [
    "limit-order",
    "market-order",
    "slippage",
    "standard-deviation",
    "stop-order",
    "volatility"
  ],
  "tags": [
    "level:intermediate",
    "cat:market-microstructure"
  ],
  "asset_classes": [],
  "regulators": [],
  "see_also": [],
  "sources": [],
  "wordcount": 653,
  "checksum": "fa5fbc8b3304ee03",
  "version": "2026.05.03",
  "license": "CC-BY-4.0",
  "updated_at": "2026-09-07T02:15:24+00:00",
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}