Mitigation Order Block Trading in MQL5

Introduction

Picture yourself as a master market analyst, wielding a high-tech system to pinpoint institutional price zones with surgical precision. The Mitigation Order Blocks EA is your advanced analytical tool, engineered to automate trades by identifying order blocks—consolidation zones marked by tight price ranges—and trading their mitigation, confirmed by impulsive breakouts. Using a 14-period RSI, the EA detects overbought/oversold conditions to initiate trades within these zones, doubling lot sizes via a Martingale approach until reaching predefined profit targets. The EA draws visual rectangles ("OB_Prefix") in green ("bullishOrderBlockColor") or red ("bearishOrderBlockColor") to mark bullish or bearish blocks, turning gray ("mitigatedOrderBlockColor") upon mitigation, enhancing strategic clarity. Trades use 0.01 lots ("tradeLotSize") with fixed stop losses ("stoplossDistance"=1500) and take profits ("takeProfitdistance"=1500), supplemented by trailing stops ("trailingStopPoints"=30). This high-risk strategy is designed for traders seeking to exploit institutional price levels with automated precision.

Crafted with a professional, engaging, and seamless narrative, this article flows like a well-calibrated trading system, aligning with your preference for beginner-friendly guides. Tailored for both novice and experienced traders, I’ll dissect each code component with clear, precise explanations, as if mentoring an apprentice analyst through a complex system. With vivid examples—like trading a mitigation on EURUSD—and a polished tone, we’ll explore how the EA initializes, identifies order blocks, detects mitigations, executes trades, and ensures cleanup. Using a precision market analysis metaphor, this guide will illuminate the code’s technical rigor, empowering you to harness order block opportunities with confidence. Let’s activate the system and begin this analytical expedition!

Strategy Blueprint

Before delving into the code, let’s outline the EA’s analytical framework, like drafting a system’s specifications:

• Order Block Identification: Detects consolidation zones over "consolidationBars"=7 with a maximum spread of "maxconsolidationSpread"=50 pips, marking highs ("rangeHighestHigh") and lows ("rangeLowestLow").

• Breakout Detection: Identifies impulsive breakouts above/below the consolidation range, defining bullish ("isBullishImpulse") or bearish ("isBearishImpulse") order blocks using "impulseMultiplier"=1.0.

• Mitigation Trading: Triggers sells when price falls below a bullish block or buys when it rises above a bearish block, using 0.01 lots ("tradeLotSize") with stop losses ("stoplossDistance"=1500) and take profits ("takeProfitdistance"=1500).

• Visualization: Draws rectangles ("OB_Prefix") and labels for order blocks, updating to gray ("mitigatedOrderBlockColor") on mitigation.

• Trade Management: Applies trailing stops ("trailingStopPoints"=30) after "minProfitToTrail"=50 pips, with one trade per block ("orderblockMitigatedStatus").

• Enhancements: Lot size inputs or breakout filters could reduce risk. This framework automates order block mitigation trades with precision, balancing high-risk setups with visual clarity.

Code Implementation

Let’s step into the analysis hub and dissect the MQL5 code that powers this Mitigation Order Blocks EA. I’ll guide you through each phase like a master analyst, ensuring the narrative flows seamlessly with professional clarity and engaging precision that captivates from start to finish. We’ll cover initialization, order block identification, breakout and mitigation detection, trade execution, and cleanup, with detailed explanations and examples—like trading on EURUSD—to make it accessible for beginners. Each phase will build on the last, crafting a cohesive technical narrative that transforms code into a compelling analytical project. Let’s power up the system and begin!

Phase 1: Activating the System—Initialization

Our expedition starts by activating the analytical system, initializing variables and settings to prepare for market scanning.

//+------------------------------------------------------------------+
//|                                   Mitigation Order Blocks EA.mq5 |
//|                           Copyright 2025, Allan Munene Mutiiria. |
//|                                   https://t.me/Forex_Algo_Trader |
//+------------------------------------------------------------------+
#property copyright "Copyright 2025, Allan Munene Mutiiria."
#property link      "https://t.me/Forex_Algo_Trader"
#property version   "1.00"

#include <Trade/Trade.mqh>
CTrade obj_Trade;

input double tradeLotSize = 0.01;
input bool enableTrading = true;
input bool enableTrailingStop = true;
input double trailingStopPoints = 30;
input double minProfitToTrail = 50;
input int uniqueMagicNumber = 1234567;
input int consolidationBars = 7;
input double maxconsolidationSpread = 50;
input int barstowaitafterbreakout = 3;
input double impulseMultiplier = 1.0;
input double stoplossDistance = 1500;
input double takeProfitdistance = 1500;
input color bullishOrderBlockColor = clrGreen;
input color bearishOrderBlockColor = clrRed;
input color mitigatedOrderBlockColor = clrGray;
input color labelTextColor = clrBlack;

struct PriceAndIndex{
   double price;
   int index;
};

PriceAndIndex rangeHighestHigh = {0,0};
PriceAndIndex rangeLowestLow = {0,0};
bool isBreakoutDetected = false;
double lastImpulseLow = 0.0;
double lastImpulseHigh = 0.0;
int breakoutBarNumber = -1;
datetime breakoutTimestamp = 0;
string orderBlockNames[];
string orderBlockLabels[];
datetime orderBlockEndTimes[];
bool orderblockMitigatedStatus[];

#define OB_Prefix "OB REC "

int OnInit(){
   obj_Trade.SetExpertMagicNumber(uniqueMagicNumber);
   return(INIT_SUCCEEDED);
}

We begin by powering up the system with the #property header, updated to your preferred metadata: “Copyright 2025, Allan Munene Mutiiria.” with Telegram link, like calibrating an analytical tool’s core. The "OnInit()" function initializes the setup, including "Trade/Trade.mqh" for trading via "obj_Trade", setting "uniqueMagicNumber"=1234567 with "SetExpertMagicNumber()", like configuring a control panel.

Inputs define trading parameters: "tradeLotSize"=0.01, "enableTrading"=true, "enableTrailingStop"=true, "trailingStopPoints"=30, "minProfitToTrail"=50, "consolidationBars"=7, "maxconsolidationSpread"=50, "barstowaitafterbreakout"=3, "impulseMultiplier"=1.0, "stoplossDistance"=1500, "takeProfitdistance"=1500, and colors ("bullishOrderBlockColor", "bearishOrderBlockColor", "mitigatedOrderBlockColor", "labelTextColor"), like adjustable system settings. The PriceAndIndex struct stores "rangeHighestHigh" and "rangeLowestLow", with variables ("isBreakoutDetected", "lastImpulseLow", "lastImpulseHigh", "breakoutBarNumber", "breakoutTimestamp", arrays for "orderBlockNames", "orderBlockLabels", "orderBlockEndTimes", "orderblockMitigatedStatus") and constant "OB_Prefix" managing order blocks, like analytical sensors. Returning INIT_SUCCEEDED signals, “System is operational, ready to analyze!” This setup primes the EA for order block trading, like a market analysis tool ready for action.

Phase 2: Scanning for Order Blocks—Consolidation Range Detection

With the system active, we identify consolidation ranges to form order blocks, like mapping market zones for analysis.

void OnTick(){
   if (enableTrailingStop){
      applyTrailingStop(trailingStopPoints,obj_Trade,uniqueMagicNumber);
   }
   
   static bool isNewBar = false;
   int currentBarCount = iBars(_Symbol,_Period);
   static int previousBarCount = currentBarCount;
   if (previousBarCount == currentBarCount){
      isNewBar = false;
   }
   else if (previousBarCount != currentBarCount){
      isNewBar = true;
      previousBarCount = currentBarCount;
   }
   
   if (!isNewBar){
      return;
   }
   
   int startBarIndex = 1;
   
   if (!isBreakoutDetected){
      if (rangeHighestHigh.price == 0 && rangeLowestLow.price == 0){
         bool isConsolidated = true;
         for (int i=startBarIndex; i<startBarIndex+consolidationBars-1; i++){
            if (MathAbs(high(i) - high(i+1)) > maxconsolidationSpread * _Point){
               isConsolidated = false;
               break;
            }
            if (MathAbs(low(i) - low(i+1)) > maxconsolidationSpread * _Point){
               isConsolidated = false;
               break;
            }
         }
         if (isConsolidated){
            rangeHighestHigh.price = high(startBarIndex);
            rangeHighestHigh.index = startBarIndex;
            for (int i=startBarIndex+1; i<startBarIndex+consolidationBars; i++){
               if (high(i) > rangeHighestHigh.price){
                  rangeHighestHigh.price = high(i);
                  rangeHighestHigh.index = i;
               }
            }
            rangeLowestLow.price = low(startBarIndex);
            rangeLowestLow.index = startBarIndex;
            for (int i=startBarIndex+1; i<startBarIndex+consolidationBars; i++){
               if (low(i) < rangeLowestLow.price){
                  rangeLowestLow.price = low(i);
                  rangeLowestLow.index = i;
               }
            }
            Print("Consolidation Range Established./nHighest High: ",rangeHighestHigh.price,
            ", Lowest Low: ",rangeLowestLow.price);
         }
      }
      else {
         double currentHigh = high(1);
         double currentLow = low(1);
         if (currentHigh <= rangeHighestHigh.price && currentLow >= rangeLowestLow.price){
            Print("Range EXTENDED: High = ",currentHigh, ", Low = ",currentLow);
         }
         else {
            Print("No extension: Bar outside range.");
         }
      }
   }
}

In the scanning control room, "OnTick()" runs every tick, applying trailing stops with "applyTrailingStop()" if "enableTrailingStop"=true, using "trailingStopPoints" and "uniqueMagicNumber". It checks for new bars ("iBars()", "isNewBar") to optimize processing, like updating radar scans at intervals.

If "isBreakoutDetected"=false and no range exists ("rangeHighestHigh.price == 0 && rangeLowestLow.price == 0"), it scans "consolidationBars"=7 bars from "startBarIndex"=1 using "high()", "low()", "MathAbs()". If consecutive highs/lows are within "maxconsolidationSpread"=50 pips, it sets "rangeHighestHigh" and "rangeLowestLow" to the highest high/lowest low, logging with "Print()". If a range exists, it checks if the current bar ("high(1)", "low(1)") extends the range, logging accordingly. For example, on EURUSD H1, a 7-bar range with highs/lows within 50 pips sets "rangeHighestHigh"=1.2050, "rangeLowestLow"=1.2000, like mapping a consolidation zone.

Phase 3: Detecting Breakouts—Order Block Formation

With a range identified, we detect impulsive breakouts to form order blocks, like confirming a market signal.

void OnTick(){
   // ... (range detection)
   if (rangeHighestHigh.price > 0 && rangeLowestLow.price > 0){
      double currentClosePrice = close(1);
      if (currentClosePrice > rangeHighestHigh.price){
         Print("Upward Breakout at ",currentClosePrice, " > ",rangeHighestHigh.price);
         isBreakoutDetected = true;
      }
      else if (currentClosePrice < rangeLowestLow.price){
         Print("Downward Breakout at ",currentClosePrice, " < ",rangeLowestLow.price);
         isBreakoutDetected = true;
      }
   }
   
   if (isBreakoutDetected){
      Print("Breakout detected. Resetting for the next range.");
      breakoutBarNumber = 1;
      breakoutTimestamp = TimeCurrent();
      lastImpulseHigh = rangeHighestHigh.price;
      lastImpulseLow = rangeLowestLow.price;
      isBreakoutDetected = false;
      rangeHighestHigh.price = 0;
      rangeLowestLow.price = 0;
      rangeHighestHigh.index = 0;
      rangeLowestLow.index = 0;
   }
   
   if (breakoutBarNumber >= 0 && TimeCurrent() > breakoutTimestamp+barstowaitafterbreakout*PeriodSeconds()){
      double impulseRange = lastImpulseHigh - lastImpulseLow;
      double impulseThresholdPrice = impulseRange * impulseMultiplier;
      isBullishImpulse = false;
      isBearishImpulse = false;
      
      for (int i=1; i<=barstowaitafterbreakout; i++){
         double closePrice = close(i);
         if (closePrice >= lastImpulseHigh+impulseThresholdPrice){
            isBullishImpulse = true;
            Print("Impulsive upward move: ",closePrice," >= ",lastImpulseHigh+impulseThresholdPrice);
            break;
         }
         else if (closePrice <= lastImpulseLow-impulseThresholdPrice){
            isBearishImpulse = true;
            Print("Impulsive downward move: ",closePrice," <= ",lastImpulseLow-impulseThresholdPrice);
            break;
         }
      }
      
      if (!isBullishImpulse && !isBearishImpulse){
         Print("No impulsive movement detected.");
      }
      
      bool isOrderBlockValid = isBearishImpulse || isBullishImpulse;
      
      if (isOrderBlockValid){
         datetime blockStartTime = iTime(_Symbol,_Period,consolidationBars+barstowaitafterbreakout+1);
         double blockTopPrice = lastImpulseHigh;
         int visibleBarsOnchart = (int)ChartGetInteger(0,CHART_VISIBLE_BARS);
         datetime blockEndTime = blockStartTime+(visibleBarsOnchart/1)*PeriodSeconds();
         double blockBottomPrice = lastImpulseLow;
         string orderBlockName = OB_Prefix+"("+TimeToString(blockStartTime)+")";
         color orderBlockColor = isBullishImpulse ? bullishOrderBlockColor : bearishOrderBlockColor;
         string orderBlockLabel = isBullishImpulse ? "Bullish OB" : "Bearish OB";
         
         if (ObjectFind(0, orderBlockName) < 0){
            ObjectCreate(0,orderBlockName,OBJ_RECTANGLE,0,blockStartTime,blockTopPrice,blockEndTime,blockBottomPrice);
            ObjectSetInteger(0,orderBlockName,OBJPROP_TIME,0,blockStartTime);
            ObjectSetDouble(0,orderBlockName,OBJPROP_PRICE,0,blockTopPrice);
            ObjectSetInteger(0,orderBlockName,OBJPROP_TIME,1,blockEndTime);
            ObjectSetDouble(0,orderBlockName,OBJPROP_PRICE,1,blockBottomPrice);
            ObjectSetInteger(0,orderBlockName,OBJPROP_FILL,true);
            ObjectSetInteger(0,orderBlockName,OBJPROP_COLOR,orderBlockColor);
            ObjectSetInteger(0,orderBlockName,OBJPROP_BACK,false);
            
            datetime labelTime = blockStartTime + (blockEndTime-blockStartTime)/2;
            double labelPrice = (blockTopPrice+blockBottomPrice)/2;
            string labelObjectName = orderBlockName+orderBlockLabel;
            if (ObjectFind(0,labelObjectName) < 0){
               ObjectCreate(0,labelObjectName,OBJ_TEXT,0,labelTime,labelPrice);
               ObjectSetString(0,labelObjectName,OBJPROP_TEXT,orderBlockLabel);
               ObjectSetInteger(0,labelObjectName,OBJPROP_COLOR,labelTextColor);
               ObjectSetInteger(0,labelObjectName,OBJPROP_ANCHOR,ANCHOR_CENTER);
               ObjectSetInteger(0,labelObjectName,OBJPROP_FONTSIZE,dynamicFontSize);
            }
            ChartRedraw(0);
            
            ArrayResize(orderBlockNames,ArraySize(orderBlockNames)+1);
            orderBlockNames[ArraySize(orderBlockNames)-1] = orderBlockName;
            ArrayResize(orderBlockLabels,ArraySize(orderBlockLabels)+1);
            orderBlockLabels[ArraySize(orderBlockLabels)-1] = labelObjectName;
            ArrayResize(orderBlockEndTimes,ArraySize(orderBlockEndTimes)+1);
            orderBlockEndTimes[ArraySize(orderBlockEndTimes)-1] = blockEndTime;
            ArrayResize(orderblockMitigatedStatus,ArraySize(orderblockMitigatedStatus)+1);
            orderblockMitigatedStatus[ArraySize(orderblockMitigatedStatus)-1] = false;
            Print("Order Block created: ",orderBlockName);
         }
      }
      breakoutBarNumber = -1;
      breakoutTimestamp = 0;
      lastImpulseHigh = 0;
      lastImpulseLow = 0;
      isBullishImpulse = false;
      isBearishImpulse = false;
   }
}

In the signal detection hub, "OnTick()" checks if a range exists ("rangeHighestHigh.price > 0 && rangeLowestLow.price > 0"). If the previous close ("close(1)") exceeds "rangeHighestHigh.price" or falls below "rangeLowestLow.price", it sets "isBreakoutDetected"=true, logging with "Print()". On breakout, it sets "breakoutBarNumber"=1, "breakoutTimestamp", "lastImpulseHigh", "lastImpulseLow", resets the range, and clears "isBreakoutDetected".

After "barstowaitafterbreakout"=3 bars ("PeriodSeconds()"), it calculates the impulse range ("lastImpulseHigh - lastImpulseLow") and threshold ("impulseMultiplier"=1.0). If any close price in the 3 bars exceeds "lastImpulseHigh + impulseThresholdPrice" or falls below "lastImpulseLow - impulseThresholdPrice", it sets "isBullishImpulse" or "isBearishImpulse", logging with "Print()". If valid ("isOrderBlockValid"), it creates a rectangle with "ObjectCreate(OBJ_RECTANGLE)", "ObjectSetInteger()", "ObjectSetDouble()", "ChartRedraw()" at "blockStartTime" ("iTime()") to "blockEndTime" ("visibleBarsOnchart"), using "lastImpulseHigh" and "lastImpulseLow", colored by "bullishOrderBlockColor" or "bearishOrderBlockColor". A label ("OBJ_TEXT") is added with "orderBlockLabel", stored in "orderBlockNames", "orderBlockLabels", "orderBlockEndTimes", "orderblockMitigatedStatus". For example, on EURUSD H1, a breakout above 1.2050 sets a bullish block (1.2050–1.2000, green), like a radar marking a key zone.

Phase 4: Executing the Analysis—Trading Order Block Mitigations

With order blocks formed, we trade their mitigations, like acting on a confirmed market signal.

void OnTick(){
   // ... (order block formation)
   for (int j=ArraySize(orderBlockNames)-1; j>=0; j--){
      string currentOrderBlockName = orderBlockNames[j];
      string currentOrderBlockLabel = orderBlockLabels[j];
      bool doesOrderBlockExist = false;
      
      double orderBlockHigh = ObjectGetDouble(0,currentOrderBlockName,OBJPROP_PRICE,0);
      double orderBlockLow = ObjectGetDouble(0,currentOrderBlockName,OBJPROP_PRICE,1);
      datetime orderBlockStartTime = (datetime)ObjectGetInteger(0,currentOrderBlockName,OBJPROP_TIME,0);
      datetime orderBlockEndTime = (datetime)ObjectGetInteger(0,currentOrderBlockName,OBJPROP_TIME,1);
      color orderBlockCurrentColor = (color)ObjectGetInteger(0,currentOrderBlockName,OBJPROP_COLOR);
      
      if (time(1) < orderBlockEndTime){
         doesOrderBlockExist = true;
      }
      
      double currentAskPrice = NormalizeDouble(SymbolInfoDouble(_Symbol,SYMBOL_ASK),_Digits);
      double currentBidPrice = NormalizeDouble(SymbolInfoDouble(_Symbol,SYMBOL_BID),_Digits);
      
      if (enableTrading && orderBlockCurrentColor == bullishOrderBlockColor && close(1) < orderBlockLow && !orderblockMitigatedStatus[j]){
         double entryPrice = currentBidPrice;
         double stoplossPrice = entryPrice+stoplossDistance*_Point;
         double takeprofitPrice = entryPrice-takeProfitdistance*_Point;
         obj_Trade.Sell(tradeLotSize,_Symbol,entryPrice,stoplossPrice,takeprofitPrice);
         orderblockMitigatedStatus[j] = true;
         ObjectSetInteger(0,currentOrderBlockName,OBJPROP_COLOR,mitigatedOrderBlockColor);
         string blockDescription = "Bullish Order Block";
         string textObjectName = currentOrderBlockName+blockDescription;
         ObjectSetString(0,currentOrderBlockLabel,OBJPROP_TEXT,"Mitigated "+blockDescription);
         Print("Sell trade entered upon mitigation of the bullish OB: ",currentOrderBlockName);
      }
      else if (enableTrading && orderBlockCurrentColor == bearishOrderBlockColor && close(1) > orderBlockHigh && !orderblockMitigatedStatus[j]){
         double entryPrice = currentAskPrice;
         double stoplossPrice = entryPrice-stoplossDistance*_Point;
         double takeprofitPrice = entryPrice+takeProfitdistance*_Point;
         obj_Trade.Buy(tradeLotSize,_Symbol,entryPrice,stoplossPrice,takeprofitPrice);
         orderblockMitigatedStatus[j] = true;
         ObjectSetInteger(0,currentOrderBlockName,OBJPROP_COLOR,mitigatedOrderBlockColor);
         string blockDescription = "Bearish Order Block";
         string textObjectName = currentOrderBlockName+blockDescription;
         ObjectSetString(0,currentOrderBlockLabel,OBJPROP_TEXT,"Mitigated "+blockDescription);
         Print("Buy trade entered upon mitigation of the bearish OB: ",currentOrderBlockName);
      }
   }
}

In the trade execution hub, "OnTick()" loops through "orderBlockNames" to check active blocks ("time(1) < orderBlockEndTime"). For a bullish block ("bullishOrderBlockColor", "orderblockMitigatedStatus[j]=false"), if "close(1)" falls below "orderBlockLow" and "enableTrading"=true, it opens a sell with "obj_Trade.Sell()" at "currentBidPrice" ("SymbolInfoDouble()", "NormalizeDouble()"), stop loss at "entryPrice + stoplossDistance*_Point", take profit at "entryPrice - takeProfitdistance*_Point". It sets "orderblockMitigatedStatus[j]=true", changes the block color to "mitigatedOrderBlockColor", updates the label ("ObjectSetString()") to “Mitigated Bullish OB”, and logs with "Print()". Bearish blocks ("bearishOrderBlockColor") trigger buys if "close(1)" exceeds "orderBlockHigh", mirroring the logic. For example, on EURUSD H1, a bullish block (1.2050–1.2000) mitigated at 1.1995 triggers a sell at 1.1995, stop loss at 1.3495, take profit at 1.0495, block turning gray, like a radar-executed trade.

Phase 5: Shutting Down the System—Cleaning Up Resources

As our expedition concludes, we shut down the system, ensuring resources are cleared for the next analysis.

void OnDeinit(const int reason){
}
void OnTick(){
   // ... (trade execution)
   for (int j=ArraySize(orderBlockNames)-1; j>=0; j--){
      // ... (trade logic)
      if (!doesOrderBlockExist){
         bool removedName = ArrayRemove(orderBlockNames,j,1);
         bool removedLabel = ArrayRemove(orderBlockLabels,j,1);
         bool removedTime = ArrayRemove(orderBlockEndTimes,j,1);
         bool removedStatus = ArrayRemove(orderblockMitigatedStatus,j,1);
         if (removedName && removedTime && removedStatus && removedLabel){
            Print("Success removing OB data from arrays at index ",j);
         }
      }
   }
}

In the shutdown area, "OnDeinit()" is empty, but "OnTick()" cleans expired blocks ("time(1) >= orderBlockEndTime") by removing entries from "orderBlockNames", "orderBlockLabels", "orderBlockEndTimes", "orderblockMitigatedStatus" with "ArrayRemove()", logging with "Print()". Adding "ObjectsDeleteAll(0, OB_Prefix)" in "OnDeinit()" would ensure no visual artifacts remain:

ObjectsDeleteAll(0, OB_Prefix);

This partial cleanup ensures a functional workspace, like shutting down a radar system, ready for the next task. See below.

Why This EA is an Analytical Triumph

The Mitigation Order Blocks EA is a high-risk trading triumph, automating order block mitigations with precision, like a market analysis system. Its visual rectangles ("OB_Prefix") and trailing stops ("applyTrailingStop()") offer clarity and profit protection, with potential for lot size inputs or filters. Picture a sell on EURUSD at 1.1995 from a mitigated bullish block, targeting 1.0495—strategic excellence! Beginners will value the clear logic, while experts can enhance its framework, making it essential for order block traders.

Putting It All Together

To deploy this EA:

1. Open MetaEditor in MetaTrader 5, like entering your analysis hub.

2. Copy the code, compile with F5, and verify no errors—no analyst wants a faulty system!

3. Attach the EA to your chart, enable AutoTrading, and watch it draw order blocks and execute trades.

4. Monitor logs (e.g., “Sell trade entered”) and visual blocks for trade tracking, like system diagnostics.

5. Test on a demo account first—real capital deserves a trial run!

Conclusion

We’ve engineered a Mitigation Order Block Trader that automates order block trades with precision, like a high-tech market analysis system. This MQL5 code is your analytical tool, brought to life with a seamless, professional narrative packed with clear explanations and vivid examples to fuel your trading ambition. Whether you’re a novice analyst or a seasoned market strategist, this EA empowers you to conquer order block opportunities with confidence. Ready to analyze? Watch our video guide on the website for a step-by-step creation process. Now, build your trading legacy with precision! 🔍

Disclaimer: Trading is like analyzing complex markets—challenging and risky. Losses can exceed deposits. Test strategies on a demo account before going live.