diff --git a/StikJIT/JSSupport/ScriptListView.swift b/StikJIT/JSSupport/ScriptListView.swift
index e29369a..e7c8824 100644
--- a/StikJIT/JSSupport/ScriptListView.swift
+++ b/StikJIT/JSSupport/ScriptListView.swift
@@ -323,6 +323,7 @@ struct ScriptListView: View {
             ("Amethyst", "Amethyst.js"),
             ("Geode", "Geode.js"),
             ("MeloNX", "MeloNX.js"),
+            ("manic", "manic.js"),
             ("UTM-Dolphin", "UTM-Dolphin.js")
         ]
 
diff --git a/StikJIT/Views/HomeView.swift b/StikJIT/Views/HomeView.swift
index 6b494d8..020d0af 100644
--- a/StikJIT/Views/HomeView.swift
+++ b/StikJIT/Views/HomeView.swift
@@ -1466,6 +1466,8 @@ struct HomeView: View {
                 return ("Geode", "Geode.js")
             case "MeloNX":
                 return ("MeloNX", "MeloNX.js")
+            case "Manic EMU":
+                return ("manic", "manic.js")
             case "UTM", "DolphiniOS":
                 return ("UTM-Dolphin", "UTM-Dolphin.js")
             default:
diff --git a/StikJIT/manic.js b/StikJIT/manic.js
new file mode 100644
index 0000000..9cf9857
--- /dev/null
+++ b/StikJIT/manic.js
@@ -0,0 +1,176 @@
+// manic.js - iOS 26 TXM JIT Support Script for Manic EMU Emulator
+// Optimized for Manic EMU using Geode.js's infinite loop mode
+// Features:
+// 1. Only handles brk #0x69 (JIT memory mapping requests)
+// 2. Keeps StikDebug connection alive indefinitely
+// 3. Supports JIT memory requests for multiple code blocks
+
+function littleEndianHexStringToNumber(hexStr) {
+    const bytes = [];
+    for (let i = 0; i < hexStr.length; i += 2) {
+        bytes.push(parseInt(hexStr.substr(i, 2), 16));
+    }
+    let num = 0n;
+    for (let i = 4; i >= 0; i--) {
+        num = (num << 8n) | BigInt(bytes[i]);
+    }
+    return num;
+}
+
+function numberToLittleEndianHexString(num) {
+    const bytes = [];
+    for (let i = 0; i < 5; i++) {
+        bytes.push(Number(num & 0xFFn));
+        num >>= 8n;
+    }
+    while (bytes.length < 8) {
+        bytes.push(0);
+    }
+    return bytes.map(b => b.toString(16).padStart(2, '0')).join('');
+}
+
+function littleEndianHexToU32(hexStr) {
+    return parseInt(hexStr.match(/../g).reverse().join(''), 16);
+}
+
+function extractBrkImmediate(u32) {
+    return (u32 >> 5) & 0xFFFF;
+}
+
+// Check if the instruction is a BRK instruction
+// BRK instruction format: 0xD4200000 | (imm16 << 5)
+// The upper 16 bits should be 0xD420
+function isBrkInstruction(u32) {
+    return (u32 >>> 16) === 0xD420;
+}
+
+// Format size into a human-readable format
+function formatSize(size) {
+    if (size >= 1024 * 1024) {
+        return `${(size / (1024 * 1024)).toFixed(2)} MB`;
+    } else if (size >= 1024) {
+        return `${(size / 1024).toFixed(2)} KB`;
+    }
+    return `${size} bytes`;
+}
+
+log(`[Manic EMU] ========================================`);
+log(`[Manic EMU] Manic EMU iOS 26 TXM JIT Support Script`);
+log(`[Manic EMU] ========================================`);
+
+let pid = get_pid();
+log(`[Manic EMU] pid = ${pid}`);
+let attachResponse = send_command(`vAttach;${pid.toString(16)}`);
+log(`[Manic EMU] attach_response = ${attachResponse}`);
+
+let validBreakpoints = 0;
+let totalBreakpoints = 0;
+let totalMemoryMapped = 0n;
+
+// Track processed memory areas for debugging.
+let mappedRegions = [];
+
+// Infinite Loop - StikDebug Must Stay Connected in TXM Mode
+// The Manic EMU emulator dynamically creates multiple code blocks, each of which needs to be marked as executable by StikDebug.
+log(`[Manic EMU] Starting infinite loop - StikDebug will stay connected`);
+log(`[Manic EMU] Waiting for JIT memory requests (brk #0x69)...`);
+
+while (true) {
+    totalBreakpoints++;
+    
+    let brkResponse = send_command(`c`);
+    
+    // Check Exception Types (metype)
+    // metype:6 = EXC_BREAKPOINT
+    let metypeMatch = /metype:(\d+)/.exec(brkResponse);
+    let metype = metypeMatch ? parseInt(metypeMatch[1]) : -1;
+    
+    // If it's not a breakpoint exception, just continue (let the program handle it).
+    if (metype !== 6 && metype !== -1) {
+        log(`[Manic EMU] Non-breakpoint exception (metype=${metype}), continuing...`);
+        continue;
+    }
+    
+    let tidMatch = /T[0-9a-f]+thread:(?<tid>[0-9a-f]+);/.exec(brkResponse);
+    let tid = tidMatch ? tidMatch.groups['tid'] : null;
+    let pcMatch = /20:(?<reg>[0-9a-f]{16});/.exec(brkResponse);
+    let pc = pcMatch ? pcMatch.groups['reg'] : null;
+    let x0Match = /00:(?<reg>[0-9a-f]{16});/.exec(brkResponse);
+    let x0 = x0Match ? x0Match.groups['reg'] : null;
+    let x1Match = /01:(?<reg>[0-9a-f]{16});/.exec(brkResponse);
+    let x1 = x1Match ? x1Match.groups['reg'] : null;
+    
+    if (!tid || !pc || !x0) {
+        log(`[Manic EMU] Failed to extract registers, continuing...`);
+        continue;
+    }
+
+    const pcNum = littleEndianHexStringToNumber(pc);
+    const x0Num = littleEndianHexStringToNumber(x0);
+    const x1Num = x1 ? littleEndianHexStringToNumber(x1) : 0n;
+    
+    let instructionResponse = send_command(`m${pcNum.toString(16)},4`);
+    let instrU32 = littleEndianHexToU32(instructionResponse);
+    
+    // Check if it's a BRK instruction.
+    if (!isBrkInstruction(instrU32)) {
+        // Not a BRK instruction, skip it.
+        log(`[Manic EMU] Not a BRK instruction at PC=0x${pcNum.toString(16)}, skipping...`);
+        continue;
+    }
+    
+    let brkImmediate = extractBrkImmediate(instrU32);
+    
+    // Only handle brk #0x69 (JIT memory mapping request).
+    if (brkImmediate === 0x69) {
+        validBreakpoints++;
+        
+        let jitPageAddress = x0Num;
+        // If x1 is 0, use the default size of 64KB (0x10000).
+        // Manic EMU's CodeBlock typically requests large memory chunks (tens of MB for CPU JIT)
+        // but also asks for smaller ones (like 4KB/16KB for SpinLock and Shader JIT).
+        let size = x1Num > 0n ? x1Num : 0x10000n;
+        
+        log(`[Manic EMU] ----------------------------------------`);
+        log(`[Manic EMU] JIT Request #${validBreakpoints}`);
+        log(`[Manic EMU]   Address: 0x${jitPageAddress.toString(16)}`);
+        log(`[Manic EMU]   Size: 0x${size.toString(16)} (${formatSize(Number(size))})`);
+        
+        // Call prepare_memory_region to mark the memory as executable.
+        let prepareJITPageResponse = prepare_memory_region(Number(jitPageAddress), Number(size));
+        log(`[Manic EMU]   prepare_memory_region result: ${prepareJITPageResponse}`);
+        
+        // Log statistics
+        totalMemoryMapped += size;
+        mappedRegions.push({
+            address: `0x${jitPageAddress.toString(16)}`,
+            size: Number(size),
+            index: validBreakpoints
+        });
+        
+        log(`[Manic EMU]   Total JIT memory mapped: ${formatSize(Number(totalMemoryMapped))}`);
+        
+        // Set PC+4 to continue program execution
+        let pcPlus4 = numberToLittleEndianHexString(pcNum + 4n);
+        send_command(`P20=${pcPlus4};thread:${tid};`);
+        
+        log(`[Manic EMU]   Resumed execution at PC=0x${(pcNum + 4n).toString(16)}`);
+        log(`[Manic EMU] ----------------------------------------`);
+        
+    } else if (brkImmediate === 0x70 || brkImmediate === 0x71) {
+        // brk #0x70 and brk #0x71 are breakpoints used by some debuggers.
+        // Skip directly to PC+4 and continue execution.
+        log(`[Manic EMU] Debug breakpoint brk #0x${brkImmediate.toString(16)} at PC=0x${pcNum.toString(16)}, skipping...`);
+        let pcPlus4 = numberToLittleEndianHexString(pcNum + 4n);
+        send_command(`P20=${pcPlus4};thread:${tid};`);
+        
+    } else {
+        // Other BRK instructions, skip PC+4 and continue execution.
+        log(`[Manic EMU] Unknown brk #0x${brkImmediate.toString(16)} at PC=0x${pcNum.toString(16)}, skipping...`);
+        let pcPlus4 = numberToLittleEndianHexString(pcNum + 4n);
+        send_command(`P20=${pcPlus4};thread:${tid};`);
+    }
+}
+
+// This line of code will never run because it's an infinite loop
+// log(`[Manic EMU] Script ended`);