diff --git a/_work/data/Scripts/Content/GFA/_intern/collision.d b/_work/data/Scripts/Content/GFA/_intern/collision.d
index f7cb0df..f4c5906 100644
--- a/_work/data/Scripts/Content/GFA/_intern/collision.d
+++ b/_work/data/Scripts/Content/GFA/_intern/collision.d
@@ -216,7 +216,9 @@ func void GFA_CC_ProjectileCollisionWithNpc() {
     } else {
         // Retrieve the collision behavior based on the shooter, target and the material type of their armor
         var C_Npc target; target = _^(MEMINT_SwitchG1G2(EBX, MEM_ReadInt(/*esp+1ACh-190h*/ ESP+28)));
+        GFA_ProjectilePtr = MEM_ReadInt(arrowAI+oCAIArrowBase_hostVob_offset); // Temporarily provide projectile
         collision = GFA_CC_GetCollisionWithNpc_(shooter, target);
+        GFA_ProjectilePtr = 0;
     };
 
     // Apply collision behavior
@@ -359,7 +361,9 @@ func void GFA_CC_ProjectileCollisionWithWorld() {
     var int speed; speed = sqrtf(addf(addf(sqrf(vel[0]), sqrf(vel[1])), sqrf(vel[2]))); // Norm of vel
 
     // Retrieve the collision behavior based on the shooter, the material types and the textures of the collision object
+    GFA_ProjectilePtr = projectilePtr; // Temporarily provide projectile
     var int collision; collision = GFA_CC_GetCollisionWithWorld_(shooter, materials, textures);
+    GFA_ProjectilePtr = 0;
     const int DESTROY = 0; // Projectile breaks and vanishes
     const int STUCK   = 1; // Projectile stays and is stuck in the surface of the collision object
     const int DEFLECT = 2; // Projectile deflects off of the surfaces and bounces off
diff --git a/_work/data/Scripts/Content/GFA/_intern/const.d b/_work/data/Scripts/Content/GFA/_intern/const.d
index 54e25d6..4e08ceb 100644
--- a/_work/data/Scripts/Content/GFA/_intern/const.d
+++ b/_work/data/Scripts/Content/GFA/_intern/const.d
@@ -131,6 +131,8 @@ const float  GFA_SCATTER_MAX        = 6.0;                  // (Visual angle)/2
 var   int    GFA_CollTrj[6];                                // Projectile trajectory of last collision candidate
 var   string GFA_HitModelNode;                              // Name of model node that was hit
 
+var   int    GFA_ProjectilePtr;                             // Pointer of currently colliding projectile (temporary)
+
 const int    DMG_NO_CHANGE          = 0;                    // Do not adjust the damage
 const int    DMG_DO_NOT_KNOCKOUT    = 1;                    // Normal damage, shot may kill but never knockout (HP != 1)
 const int    DMG_DO_NOT_KILL        = 2;                    // Normal damage, shot may knockout but never kill (HP > 0)