diff --git a/openscad/own/parametric wargaming base/wargaming_base.scad b/openscad/own/parametric wargaming base/wargaming_base.scad
index 286728e..241f1fd 100644
--- a/openscad/own/parametric wargaming base/wargaming_base.scad	
+++ b/openscad/own/parametric wargaming base/wargaming_base.scad	
@@ -7,14 +7,30 @@ base_upper_dia=30; //upper diameter
 cutout_dia=base_upper_dia-1.6; //adjusted for 2 walls on 0.4 nozzle (0.4*2*2)
 base_h=4; //overall height
 mt=1.5; //bottom thickness, suitable for 0.3 and 0.5 layers
-scale_factor=2; // scaling in y-dimension
+scale_factor=1.1; // scaling in y-dimension
+magnet_dia=5.5;
+magnet_h=1.1;
+magnet_count=2;
+
 $fn=150;
 //
 // ###
 // Model
-scale([1,scale_factor,1]){
-    difference(){
-        cylinder(r1=base_lower_dia/2, r2=base_upper_dia/2, h=base_h);
-        translate([0,0,mt]) #cylinder(r=cutout_dia/2, h=base_h-mt+0.1);
+
+difference(){
+    scale([1,scale_factor,1]){
+        difference(){
+            cylinder(r1=base_lower_dia/2, r2=base_upper_dia/2, h=base_h);
+            translate([0,0,mt])cylinder(r=cutout_dia/2, h=base_h-mt+0.1);
     }
+}
+    if (magnet_count==1){
+        translate([0,0,-0.01])#cylinder(r=magnet_dia/2,h=magnet_h);
+    }
+    else{
+        for (x =[-(base_lower_dia*scale_factor/2-(magnet_dia)):(base_lower_dia*scale_factor-(2*magnet_dia))/(magnet_count-1):(base_lower_dia*scale_factor/2-(magnet_dia))]){
+               translate([0,x,-0.01])#cylinder(r=magnet_dia/2,h=magnet_h);
+        }
+    }
+    
 }
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