diff --git a/Tools/Scripts/MapGenerator.cs b/Tools/Scripts/MapGenerator.cs
index 54c3c73..adc69a5 100644
--- a/Tools/Scripts/MapGenerator.cs
+++ b/Tools/Scripts/MapGenerator.cs
@@ -625,9 +625,7 @@ public partial class MapGenerator : TextureRect
 		GD.Print($"[A*] Starting Logistics Pathfinding for {MapSize}x{MapSize} world...");
 		_highwayPaths.Clear(); _branchPaths.Clear(); _ruggedPaths.Clear(); _trailPaths.Clear();
 
-		// RoadPathGrid is a stock AStarGrid2D with a scaled-up distance estimate, so the
-		// search stops flood-filling the island for every road. See the class for why.
-		AStarGrid2D astar = new RoadPathGrid();
+		AStarGrid2D astar = new AStarGrid2D();
 		astar.Region = new Rect2I(0, 0, MapSize, MapSize);
 		astar.CellSize = new Vector2I(1, 1);
 		astar.DiagonalMode = AStarGrid2D.DiagonalModeEnum.OnlyIfNoObstacles;
@@ -838,23 +836,6 @@ public partial class MapGenerator : TextureRect
         }
     }
 	
-	/// <summary>
-	/// How much extra a step costs near an already-drawn road. This is what stops new
-	/// roads from lying on top of old ones — it is SEPARATION, not terrain avoidance,
-	/// so it is unrelated to the mountain/beach/wasteland weights.
-	///
-	/// It used to be 10,000, which was far past "discourage" — a normal step costs 1,
-	/// so it made the ground near a road effectively infinite. That wrecked the search:
-	/// every later road had to weigh routes costing tens of thousands, which is exactly
-	/// the situation A* handles by giving up on being clever and searching everything.
-	/// Worse, it compounded — each road drawn made the next one slower.
-	///
-	/// 250 still means "strongly prefer not to run alongside an existing road" (250x a
-	/// normal step) without dwarfing the search. Raise it if parallel roads crowd
-	/// together; lower it if roads take silly detours to avoid each other.
-	/// </summary>
-	private const float ROAD_REPULSION_PENALTY = 250f;
-
 	private void PenalizePath(AStarGrid2D astar, Vector2[] path, int radius)
 	{
 		int step = Mathf.Max(1, radius / 2);
@@ -866,7 +847,8 @@ public partial class MapGenerator : TextureRect
 					int ny = Mathf.Clamp((int)p.Y + dy, 0, MapSize - 1);
 					var cell = new Vector2I(nx, ny);
 					if (!astar.IsPointSolid(cell)) {
-						astar.SetPointWeightScale(cell, astar.GetPointWeightScale(cell) + ROAD_REPULSION_PENALTY);
+                        // The true Iron Curtain
+						astar.SetPointWeightScale(cell, astar.GetPointWeightScale(cell) + 10000f);
 					}
 				}
 			}
@@ -968,44 +950,6 @@ public partial class MapGenerator : TextureRect
 }
 
 // Place this at the very bottom of the file!
-/// <summary>
-/// The road pathfinder's grid, with one change from stock: a scaled-up estimate.
-///
-/// WHY THIS EXISTS. A* explores outward from the start until the cheapest route it
-/// has found is provably the best. It decides how far to keep looking by comparing
-/// what a route has cost so far against an ESTIMATE of what remains. Godot's stock
-/// estimate is plain straight-line distance — it assumes every step costs 1.
-///
-/// Our steps don't cost 1. A step through mountains costs up to 401, and a step near
-/// an existing road used to cost 10,001. So the estimate was wildly optimistic about
-/// the remaining journey, and A* responded the only way it can: by refusing to rule
-/// anything out and searching almost the whole island for every single road.
-///
-/// Multiplying the estimate makes the search commit to a direction sooner. It's a
-/// well-known trade ("weighted A*"): paths are allowed to be up to HEURISTIC_WEIGHT
-/// times more expensive than the theoretical best, in exchange for exploring far less.
-/// We want believable roads, not provably-optimal ones, so that's a good trade.
-///
-/// It does NOT make roads climb mountains. Crossing a ridge costs hundreds of times
-/// more than walking around it — a 3x bias nowhere near pays for that.
-/// </summary>
-public partial class RoadPathGrid : AStarGrid2D
-{
-	/// <summary>
-	/// How strongly the search commits toward the goal.
-	///   1.0 = stock behaviour: guaranteed-shortest, explores enormously.
-	///   3.0 = default: still routes sensibly around terrain, explores far less.
-	///   higher = faster still, but paths get progressively less considered.
-	/// Raise it if generation is still slow; lower it if roads start looking careless.
-	/// </summary>
-	public const float HEURISTIC_WEIGHT = 3.0f;
-
-	public override float _EstimateCost(Vector2I fromId, Vector2I toId)
-	{
-		return fromId.DistanceTo(toId) * HEURISTIC_WEIGHT;
-	}
-}
-
 public partial class MapDrawProxy : Control
 {
     public MapGenerator Source;