diff --git a/VRCFaceTracking.Core/Params/Data/Mutation/Correctors.cs b/VRCFaceTracking.Core/Params/Data/Mutation/Correctors.cs
index 3530c7dd..5a5970cb 100644
--- a/VRCFaceTracking.Core/Params/Data/Mutation/Correctors.cs
+++ b/VRCFaceTracking.Core/Params/Data/Mutation/Correctors.cs
@@ -18,6 +18,11 @@ public class Correctors : TrackingMutation
     public bool mouthClosedFix = true;
     [MutationProperty("LipSuck Limiter", true)]
     public bool lipSuckFix = true;
+    
+    // How much "influence" the opposite eye has on openness
+    [MutationProperty("EyeLid Blend", true)]
+    public float eyeLidBlend = 0.0f;    // 0.00f meaning zero influence, 1.00f meaning the value of each eyelid is the median of both
+    
 
     public override void MutateData(ref UnifiedTrackingData data)
     {
@@ -32,14 +37,31 @@ public override void MutateData(ref UnifiedTrackingData data)
 
         if (lipSuckFix)
         {
-            data.Shapes[(int)UnifiedExpressions.LipSuckLowerLeft].Weight =
-                data.Shapes[(int)UnifiedExpressions.LipSuckLowerLeft].Weight * (1f - data.Shapes[(int)UnifiedExpressions.MouthLowerDownLeft].Weight);
-            data.Shapes[(int)UnifiedExpressions.LipSuckLowerRight].Weight =
-                data.Shapes[(int)UnifiedExpressions.LipSuckLowerRight].Weight * (1f - data.Shapes[(int)UnifiedExpressions.MouthLowerDownRight].Weight);
-            data.Shapes[(int)UnifiedExpressions.LipSuckUpperLeft].Weight =
-                data.Shapes[(int)UnifiedExpressions.LipSuckUpperLeft].Weight * (1f - data.Shapes[(int)UnifiedExpressions.MouthUpperUpLeft].Weight);
-            data.Shapes[(int)UnifiedExpressions.LipSuckUpperRight].Weight =
-                data.Shapes[(int)UnifiedExpressions.LipSuckUpperRight].Weight * (1f - data.Shapes[(int)UnifiedExpressions.MouthUpperUpRight].Weight);
+            data.Shapes[(int)UnifiedExpressions.LipSuckLowerLeft].Weight *= (1f - data.Shapes[(int)UnifiedExpressions.MouthLowerDownLeft].Weight);
+            data.Shapes[(int)UnifiedExpressions.LipSuckLowerRight].Weight *= (1f - data.Shapes[(int)UnifiedExpressions.MouthLowerDownRight].Weight);
+            data.Shapes[(int)UnifiedExpressions.LipSuckUpperLeft].Weight *= (1f - data.Shapes[(int)UnifiedExpressions.MouthUpperUpLeft].Weight);
+            data.Shapes[(int)UnifiedExpressions.LipSuckUpperRight].Weight *= (1f - data.Shapes[(int)UnifiedExpressions.MouthUpperUpRight].Weight);
+        }
+
+        if (eyeLidBlend > 0.00f)
+        {
+            // Half the blend because we don't want users swapping eyes unintentionally
+            var blend = eyeLidBlend * 0.5f;
+            var inverseBlend = 1.0f - blend;
+            
+            // Pre-calculate what our parameters would end up using internally
+            var leftCalculated  = data.Eye.Left.Openness  * 0.75f + data.Shapes[(int)UnifiedExpressions.EyeWideLeft].Weight  * 0.25f;
+            var rightCalculated = data.Eye.Right.Openness * 0.75f + data.Shapes[(int)UnifiedExpressions.EyeWideRight].Weight * 0.25f;
+
+            // Actual blending logic
+            var leftResultant  = leftCalculated * inverseBlend + rightCalculated * blend;
+            var rightResultant = rightCalculated * inverseBlend + leftCalculated * blend;
+
+            // Solve for our original values
+            data.Eye.Left.Openness = Math.Clamp(leftResultant, 0.0f, 1.0f);
+            data.Shapes[(int)UnifiedExpressions.EyeWideLeft].Weight = Math.Clamp(leftResultant, 0.0f, 1.0f);
+            data.Eye.Right.Openness = Math.Clamp(rightResultant, 0.0f, 1.0f);
+            data.Shapes[(int)UnifiedExpressions.EyeWideRight].Weight = Math.Clamp(rightResultant, 0.0f, 1.0f);
         }
     }
 }