diff --git a/src/evac.lua b/src/evac.lua
index dac99a9..984d1ec 100644
--- a/src/evac.lua
+++ b/src/evac.lua
@@ -1645,8 +1645,7 @@ Evac._internal.utils = {
         local _angle = math.atan2(_point.z, _point.x)
 
         for _i, _unit in pairs(_units) do
-            local _xOffset = math.cos(_angle) * math.random(_scatterRadius)
-            local _yOffset = math.sin(_angle) * math.random(_scatterRadius)
+            local _xOffset, _yOffset = Gremlin.utils.spawnPoints(_angle, _scatterRadius)
 
             _unitsOut[_i] = {
                 type = typeTranslation[_side][_unit.type],
diff --git a/src/gremlin.lua b/src/gremlin.lua
index 27a9afa..57528e8 100644
--- a/src/gremlin.lua
+++ b/src/gremlin.lua
@@ -521,7 +521,24 @@ Gremlin = {
             end
 
             return tbl1
-        end
+        end,
+        spawnPoints = function(_angle, _scatterRadius, _counter)
+            local _xOffset, _yOffset
+
+            if _counter < 1 then
+                _counter = 0
+            end
+
+            if type(_scatterRadius) == 'table' then
+                _xOffset = math.cos(_angle) * math.random(_scatterRadius.min, _scatterRadius.max) * _counter
+                _yOffset = math.sin(_angle) * math.random(_scatterRadius.min, _scatterRadius.max) * _counter
+            else
+                _xOffset = math.cos(_angle) * math.random(_scatterRadius) * _counter
+                _yOffset = math.sin(_angle) * math.random(_scatterRadius) * _counter
+            end
+
+            return _xOffset, _yOffset
+        end,
     },
 
     -- Internal State
diff --git a/src/waves.lua b/src/waves.lua
index 3f1e3be..936f1fb 100644
--- a/src/waves.lua
+++ b/src/waves.lua
@@ -71,8 +71,7 @@ Waves._internal.spawnWave = function(_name, _wave)
         local _units = {}
         for _unitType, _unitCount in pairs(_groupData.units) do
             for i = 1, _unitCount do
-                local _xOffset = math.cos(_angle) * math.random(_groupData.scatter.min, _groupData.scatter.max) * #_units
-                local _yOffset = math.sin(_angle) * math.random(_groupData.scatter.min, _groupData.scatter.max) * #_units
+                local _xOffset, _yOffset = Gremlin.utils.spawnPoints(_angle, _groupData.scatter, #_units)
 
                 table.insert(_units, {
                     type = _unitType,