You can add two double fields for the X and Y coordinate to the polygons and use the geometry calculator to calculate the centroid coordinate values into them. You could alternatively calculate the coordinates with the Field Calculator and the Python expression: !Shape.Centroid.X! and !Shape.Centroid.Y!. Then export from the table view to create a table that contains the coordinate. Then use the Make XY Event Layer to make a layer showing the points based on the coordinate fields you calculated.

You can add two double fields for the X and Y coordinate to the polygons and use the geometry calculator to calculate the centroid coordinate values into them. You could alternatively calculate the coordinates with the Field Calculator and the Python expression: !Shape.Centroid.X! and !Shape.Centroid.Y!. Then export from the table view to create a table that contains the coordinate. Then use the Make XY Event Layer to make a layer showing the points based on the coordinate fields you calculated.

You can add two double fields for the X and Y coordinate to the polygons and use the geometry calculator to calculate the centroid coordinate values into them. You could alternatively calculate the coordinates with the Field Calculator and the Python expression: !Shape.Centroid.X! and !Shape.Centroid.Y!. Then export from the table view to create a table that contains the coordinate. Then use the Make XY Event Layer to make a layer showing the points based on the coordinate fields you calculated.

Thanks! That works great! I also found an article outlining what you just said about the geometry calculator here.