diff --git a/assets/script/game/map/RogueConfig.ts b/assets/script/game/map/RogueConfig.ts
index 83e28157..297755ac 100644
--- a/assets/script/game/map/RogueConfig.ts
+++ b/assets/script/game/map/RogueConfig.ts
@@ -92,14 +92,14 @@ export interface IRogueGlobalConfig {
  * 默认配置
  */
 export const DefaultRogueConfig: IRogueGlobalConfig = {
-    maxMonsterCount: 50,        // 默认同屏50只
+    maxMonsterCount: 10,        // 默认同屏10只 (原25) - 追求极致质量
     spawnLogicInterval: 1.0,    // 每秒计算一次
-    spawnInterval: 0.6,         // 队列出怪间隔0.6秒
-    baseBudget: 5.0,            // 基础预算
+    spawnInterval: 2.5,         // 队列出怪间隔2.5秒 (原1.2) - 降低频率适配总量
+    baseBudget: 1.0,            // 基础预算 (原2.5) - 降低产出适配总量
     timeDifficultyFactor: 0.5,  // 每分钟增加50%预算
     survivalHpThreshold: 0.4,   // 40%血量触发保护
     survivalBudgetMultiplier: 0.7, // 保护时预算打7折
-    maxSpawnPerLogic: 5         // 单次最多生成5只
+    maxSpawnPerLogic: 2         // 单次最多生成2只 (原3)
 };
 
 // 当前配置实例
@@ -258,6 +258,9 @@ export function getMonAttr(stage: number, uuid: number, monType: MonType = MonTy
     // 计算波次因子
     const waveFactor = calculateWaveFactor(stage, timeInSeconds);
 
+    // 质量系数：数量减至10(原50的1/5)，质量x5
+    const qualityRatio = 5.0;
+
     // 根据怪物类型应用额外的倍率
     let typeMultiplier = 1.0;
     if (monType === MonType.ELITE) {
@@ -266,14 +269,14 @@ export function getMonAttr(stage: number, uuid: number, monType: MonType = MonTy
         typeMultiplier = 5.0; // Boss 5倍属性
     }
 
-    // 应用不同的成长类型
-    const hp = applyGrowthFormula(baseMonster.hp, waveFactor, GrowthType.EXPONENTIAL) * typeMultiplier;
-    const ap = applyGrowthFormula(baseMonster.ap, waveFactor, GrowthType.LINEAR) * typeMultiplier;
+    // 应用不同的成长类型 (应用质量系数)
+    const hp = applyGrowthFormula(baseMonster.hp, waveFactor, GrowthType.EXPONENTIAL) * typeMultiplier * qualityRatio;
+    const ap = applyGrowthFormula(baseMonster.ap, waveFactor, GrowthType.LINEAR) * typeMultiplier * qualityRatio;
     const speed = applyGrowthFormula(baseMonster.speed, waveFactor, GrowthType.LOGARITHMIC);
 
-    // MP和DEF使用线性成长
-    const mp = applyGrowthFormula(baseMonster.mp, waveFactor, GrowthType.LINEAR);
-    const def = applyGrowthFormula(baseMonster.def, waveFactor, GrowthType.LINEAR) * typeMultiplier;
+    // MP和DEF使用线性成长 (应用质量系数)
+    const mp = applyGrowthFormula(baseMonster.mp, waveFactor, GrowthType.LINEAR) * qualityRatio;
+    const def = applyGrowthFormula(baseMonster.def, waveFactor, GrowthType.LINEAR) * typeMultiplier * qualityRatio;
 
     return {
         hp: Math.floor(hp),
@@ -367,7 +370,8 @@ export function calculateMonsterGold(uuid: number, level: number, type: MonType)
 
     // 公式: 基础(10) * 类型 * 危险值 + 等级加成
     const baseGold = 10;
-    let gold = Math.floor(baseGold * type_ratio * danger_ratio + level);
+    // 数量减至1/5，收益x5
+    let gold = Math.floor((baseGold * type_ratio * danger_ratio + level) * 5);
     
     return gold;
 }
@@ -384,7 +388,8 @@ export function calculateMonsterExp(uuid: number, level: number): number {
     // 这样设计是为了对抗升级所需经验的指数增长 (1.2^L)，同时平衡刷怪数量的线性增长
     // T=0 (Lv1): Unit Exp ≈ 0.8
     // T=13 (Lv14): Unit Exp ≈ 0.8 * 1.1^13 ≈ 2.76
-    return Math.max(1, Math.floor(cost * 0.8 * Math.pow(1.1, level - 1)));
+    // 数量减至1/5，收益x5
+    return Math.max(1, Math.floor(cost * 0.8 * Math.pow(1.1, level - 1) * 5));
 }
 
 // 怪物消耗点数配置