diff --git a/LichessClientTG_bot/formatters.py b/LichessClientTG_bot/formatters.py
index da8dfce..5bed3ed 100644
--- a/LichessClientTG_bot/formatters.py
+++ b/LichessClientTG_bot/formatters.py
@@ -29,11 +29,6 @@ class StatsFormatter:
             return "-"
         return f"{accuracy:.0f}%"
 
-    @staticmethod
-    def _format_result(result: str) -> str:
-        """Format a raw '1-0'/'0-1'/'1/2-1/2' result string for display"""
-        return "½-½" if result == "1/2-1/2" else result
-
     @staticmethod
     def _format_row_outcome_circle(row: dict) -> str:
         """
@@ -51,10 +46,11 @@ class StatsFormatter:
     def _format_game_rows_block(rows: list) -> str:
         """
         Format a list of individual game rows as a column-aligned, monospace table:
-        outcome | accuracy(tracked) | name(tracked) | rating(tracked) | result | rating(opponent) | accuracy(opponent)
+        outcome | accuracy(tracked) | name(tracked)+color | rating(tracked) | vs | rating(opponent) | accuracy(opponent)
 
         Only the tracked player is named — the opponent is shown by rating/accuracy
-        only, keeping the line short enough for mobile screens.
+        only, keeping the line short enough for mobile screens. A small circle right
+        after the tracked player's name shows which color they played (⚪ white / ⚫ black).
 
         Column widths are computed from the actual data so every column lines up
         character-for-character. Caller is expected to wrap the result in a
@@ -68,36 +64,36 @@ class StatsFormatter:
         prepared = []
         for row in rows:
             circle = StatsFormatter._format_row_outcome_circle(row)
-            if row.get('tracked_is_white') is False:
-                tracked_name = row.get('black_name') or '?'
-                tracked_rating = row.get('black_rating')
-                tracked_accuracy = row.get('black_accuracy')
-                opp_rating = row.get('white_rating')
-                opp_accuracy = row.get('white_accuracy')
-            else:
+            tracked_is_white = row.get('tracked_is_white') is not False
+            color_marker = "⚪" if tracked_is_white else "⚫"
+            if tracked_is_white:
                 tracked_name = row.get('white_name') or '?'
                 tracked_rating = row.get('white_rating')
                 tracked_accuracy = row.get('white_accuracy')
                 opp_rating = row.get('black_rating')
                 opp_accuracy = row.get('black_accuracy')
-            tracked_name = tracked_name[:NAME_WIDTH]
+            else:
+                tracked_name = row.get('black_name') or '?'
+                tracked_rating = row.get('black_rating')
+                tracked_accuracy = row.get('black_accuracy')
+                opp_rating = row.get('white_rating')
+                opp_accuracy = row.get('white_accuracy')
+            name_field = f"{tracked_name[:NAME_WIDTH]}{color_marker}"
             tr_str = str(tracked_rating) if tracked_rating is not None else "-"
             or_str = str(opp_rating) if opp_rating is not None else "-"
             ta = StatsFormatter._format_accuracy(tracked_accuracy)
             oa = StatsFormatter._format_accuracy(opp_accuracy)
-            result = StatsFormatter._format_result(row.get('result', ''))
-            prepared.append((circle, ta, tracked_name, tr_str, result, or_str, oa))
+            prepared.append((circle, ta, name_field, tr_str, or_str, oa))
 
-        acc_width = max(max(len(p[1]), len(p[6])) for p in prepared)
-        name_width = NAME_WIDTH
-        rating_width = max(max(len(p[3]), len(p[5])) for p in prepared)
-        result_width = max(len(p[4]) for p in prepared)
+        acc_width = max(max(len(p[1]), len(p[5])) for p in prepared)
+        name_width = NAME_WIDTH + 1  # +1 for the color marker glued to the name
+        rating_width = max(max(len(p[3]), len(p[4])) for p in prepared)
 
         lines = []
-        for circle, ta, tracked_name, tr_str, result, or_str, oa in prepared:
+        for circle, ta, name_field, tr_str, or_str, oa in prepared:
             lines.append(
-                f"{circle} {ta:>{acc_width}} {tracked_name:<{name_width}} {tr_str:>{rating_width}} "
-                f"{result:^{result_width}} {or_str:>{rating_width}} {oa:>{acc_width}}"
+                f"{circle} {ta:>{acc_width}} {name_field:<{name_width}} {tr_str:>{rating_width}} "
+                f"- {or_str:>{rating_width}} {oa:>{acc_width}}"
             )
         return "\n".join(lines)