diff --git a/lib/src/extensions/position_extension.dart b/lib/src/extensions/position_extension.dart
index 826541514..8c6812d68 100644
--- a/lib/src/extensions/position_extension.dart
+++ b/lib/src/extensions/position_extension.dart
@@ -1,6 +1,9 @@
-import 'package:appflowy_editor/appflowy_editor.dart';
+import 'dart:math' as math;
+
 import 'package:flutter/material.dart';
 
+import 'package:appflowy_editor/appflowy_editor.dart';
+
 enum SelectionRange {
   character,
   word,
@@ -67,66 +70,134 @@ extension PositionExtension on Position {
     EditorState editorState, {
     bool upwards = true,
   }) {
-    final selection = editorState.selection;
+    final node = editorState.document.nodeAtPath(path);
+    final nodeRenderBox = node?.renderBox;
+    final nodeSelectable = node?.selectable;
+    if (node == null || nodeRenderBox == null || nodeSelectable == null) {
+      return this;
+    }
+
+    final editorSelection = editorState.selection;
     final rects = editorState.selectionRects();
-    if (rects.isEmpty || selection == null) {
+    if (rects.isEmpty || editorSelection == null) {
       return null;
     }
 
-    Offset offset;
-    if (selection.isBackward) {
-      final rect = rects.reduce(
-        (current, next) => current.bottom >= next.bottom ? current : next,
-      );
-      offset = upwards
-          ? rect.topRight.translate(0, -rect.height)
-          : rect.centerRight.translate(0, rect.height);
-    } else {
-      final rect = rects.reduce(
-        (current, next) => current.top <= next.top ? current : next,
-      );
-      offset = upwards
-          ? rect.topLeft.translate(0, -rect.height)
-          : rect.centerLeft.translate(0, rect.height);
-    }
+    final Rect caretRect = rects.reduce((current, next) {
+      if (editorSelection.isBackward) {
+        return current.bottom > next.bottom ? current : next;
+      }
+      return current.top <= next.top ? current : next;
+    });
 
-    final position =
-        editorState.service.selectionService.getPositionInOffset(offset);
+    // The offset of outermost part of the caret.
+    // Either the top if moving upwards, or the bottom if moving downwards.
+    final Offset caretOffset = editorSelection.isBackward
+        ? upwards
+            ? caretRect.topRight
+            : caretRect.bottomRight
+        : upwards
+            ? caretRect.topLeft
+            : caretRect.bottomLeft;
 
-    if (position != null && !position.path.equals(path)) {
-      return position;
+    final nodeConfig = editorState.service.rendererService
+        .blockComponentBuilder(node.type)
+        ?.configuration;
+    if (nodeConfig == null) {
+      assert(nodeConfig != null, 'Block Configuration should not be null');
+      return this;
     }
 
-    if (upwards) {
-      final previous = selection.start.path.previous;
-      if (previous.isNotEmpty && !previous.equals(selection.start.path)) {
-        final node = editorState.document.nodeAtPath(previous);
-        final selectable = node?.selectable;
-        var offset = selection.startIndex;
-        if (selectable != null) {
-          offset = offset.clamp(
-            selectable.start().offset,
-            selectable.end().offset,
-          );
-          return Position(path: previous, offset: offset);
-        }
+    final padding = nodeConfig.padding(node);
+    final nodeRect = nodeSelectable.getBlockRect();
+    final nodeHeight = nodeRect.height;
+    final textHeight = nodeHeight - padding.vertical;
+    final caretHeight = caretRect.height;
+
+    // Minimum (acceptable) font size
+    // Consider augmenting this value to increase performance.
+    const double minFontSize = 1.0;
+
+    // If the current node is not multiline, this will be ~= 0
+    // so the loop will be skipped.
+    final remainingMultilineHeight = (textHeight - caretHeight);
+
+    // Linearly search for a new position.
+    // It's acceptable to use a linear search because the starting point is
+    // the most outer part of the caret, so:
+    // - If the current node is multine:
+    //   - If the caret is NOT in the first/last line: at the first iteration
+    //      the cycle a new position (of the previous/next multiline's line)
+    //      will be found, practically ignoring the complexity of the cycle.
+    //   - If the caret is in the first/last line: this is the worst case
+    //      scenario, but only if the padding choosen by the user is very
+    //      large. (padding >= (multiline's textHeight - caretHeight) / 3
+    //      can start to be considered large. Note that in an average bad case
+    //      scenario the position will be found in 10/12 ms instead of 1/2 ms)
+    // - If the current node is not multiline: the cycle will be completely
+    //   skipped because `remainingMultilineHeight` would be 0.
+    Offset newOffset = caretOffset;
+    Position? newPosition;
+    for (double y = minFontSize;
+        y < remainingMultilineHeight + minFontSize;
+        y += minFontSize) {
+      newOffset = caretOffset.translate(0, upwards ? -y : y);
+
+      newPosition =
+          editorState.service.selectionService.getPositionInOffset(newOffset);
+
+      // If a position different from the current one is found, return it.
+      if (newPosition != null && newPosition != this) {
+        return newPosition;
       }
-    } else {
-      final next = selection.end.path.next;
-      if (next.isNotEmpty && !next.equals(selection.end.path)) {
-        final node = editorState.document.nodeAtPath(next);
-        final selectable = node?.selectable;
-        var offset = selection.endIndex;
-        if (selectable != null) {
-          offset = offset.clamp(
-            selectable.start().offset,
-            selectable.end().offset,
-          );
-          return Position(path: next, offset: offset);
-        }
+    }
+
+    // If a new position has not been found, it means that the current node
+    // is not multiline (or the caret is in the last line of a multiline and
+    // the bottom padding is very large).
+    // In this case, we can manually skip to the previous/next node position
+    // by translating the new offset by the padding slice to skip.
+    // Note that the padding slice to skip can exceed the node's bounds.
+    final maxSkip = upwards ? padding.top : padding.bottom;
+
+    // Translate the new offset by the padding slice to skip.
+    newOffset = newOffset.translate(0, upwards ? -maxSkip : maxSkip);
+
+    // Determine node's global position.
+    final nodeHeightOffset = nodeRenderBox.localToGlobal(Offset(0, nodeHeight));
+
+    // Clamp the new offset to the node's bounds.
+    newOffset = Offset(
+      newOffset.dx,
+      math.min(newOffset.dy, nodeHeightOffset.dy),
+    );
+
+    newPosition =
+        editorState.service.selectionService.getPositionInOffset(newOffset);
+
+    if (newPosition != null && newPosition != this) {
+      return newPosition;
+    }
+
+    // If a new position has not been found, it means that the current node
+    // is not visible on the screen. It seems happens only if upwards is true (?)
+    // In this case, we can manually get the previous/next node position.
+    int offset = editorSelection.end.offset;
+    final List<int> nodePath = editorSelection.end.path;
+    final List<int> neighbourPath = upwards ? nodePath.previous : nodePath.next;
+    if (neighbourPath.isNotEmpty && !neighbourPath.equals(nodePath)) {
+      final neighbour = editorState.document.nodeAtPath(neighbourPath);
+      final selectable = neighbour?.selectable;
+      if (selectable != null) {
+        offset = offset.clamp(
+          selectable.start().offset,
+          selectable.end().offset,
+        );
+        return Position(path: neighbourPath, offset: offset);
       }
     }
 
+    // The cursor is already at the top or bottom of the document.
     return this;
   }
 }