diff --git a/hexrdgui/image_canvas.py b/hexrdgui/image_canvas.py
index 7fd90db30..774552737 100644
--- a/hexrdgui/image_canvas.py
+++ b/hexrdgui/image_canvas.py
@@ -24,6 +24,7 @@
 from hexrdgui.constants import OverlayType, PolarXAxisType, ViewType
 from hexrdgui.create_hedm_instrument import create_view_hedm_instrument
 from hexrdgui.hexrd_config import HexrdConfig
+from hexrdgui.masking.constants import MaskType
 from hexrdgui.masking.create_polar_mask import create_polar_line_data_from_raw
 from hexrdgui.masking.mask_manager import MaskManager
 from hexrdgui.snip_viewer_dialog import SnipViewerDialog
@@ -1668,7 +1669,13 @@ def draw_mask_boundaries(self, axis, det=None):
                 else:
                     verts = [v for k, v in mask.data if k == det]
             elif self.mode == ViewType.polar or self.mode == ViewType.stereo:
-                verts = create_polar_line_data_from_raw(instr, mask.data)
+                # Do not apply tth distortion for the pinhole mask
+                apply_tth_distortion = mask.type != MaskType.pinhole
+                verts = create_polar_line_data_from_raw(
+                    instr,
+                    mask.data,
+                    apply_tth_distortion=apply_tth_distortion,
+                )
                 if self.mode == ViewType.polar:
                     # Check for any major jumps in eta. That probably means
                     # the border is wrapping around.
diff --git a/hexrdgui/masking/create_polar_mask.py b/hexrdgui/masking/create_polar_mask.py
index 5f9648645..8d70691b6 100644
--- a/hexrdgui/masking/create_polar_mask.py
+++ b/hexrdgui/masking/create_polar_mask.py
@@ -9,7 +9,7 @@
 from hexrdgui.utils.tth_distortion import apply_tth_distortion_if_needed
 
 
-def convert_raw_to_polar(instr, det, line):
+def convert_raw_to_polar(instr, det, line, apply_tth_distortion=True):
     # This accepts an instrument rather than creating one for performance
 
     # Make sure there at least 500 sample points so that the conversion
@@ -27,7 +27,10 @@ def convert_raw_to_polar(instr, det, line):
         'tvec_s': instr.tvec
     }
     line = cart_to_angles(xys, panel, **kwargs)
-    line = apply_tth_distortion_if_needed(line, in_degrees=True)
+
+    if apply_tth_distortion:
+        line = apply_tth_distortion_if_needed(line, in_degrees=True)
+
     return [line] if line.size else None
 
 
@@ -144,22 +147,31 @@ def _interpolate_split_coords_1d(coords1, coords2):
     return coords1, coords2
 
 
-def create_polar_line_data_from_raw(instr, value):
+def create_polar_line_data_from_raw(instr, value, apply_tth_distortion=True):
     # This accepts an instrument rather than creating one for performance
     line_data = []
     for det, data in value:
-        if polar := convert_raw_to_polar(instr, det, data):
+        if polar := convert_raw_to_polar(
+            instr,
+            det,
+            data,
+            apply_tth_distortion=apply_tth_distortion,
+        ):
             line_data.extend(polar)
     return line_data
 
 
-def create_polar_mask_from_raw(value, instr=None):
+def create_polar_mask_from_raw(value, instr=None, apply_tth_distortion=True):
     if instr is None:
         # An instrument can be passed for improved performance.
         # If one wasn't passed, create one.
         instr = create_hedm_instrument()
 
-    line_data = create_polar_line_data_from_raw(instr, value)
+    line_data = create_polar_line_data_from_raw(
+        instr,
+        value,
+        apply_tth_distortion=apply_tth_distortion,
+    )
     return create_polar_mask(line_data)
 
 
diff --git a/hexrdgui/masking/mask_manager.py b/hexrdgui/masking/mask_manager.py
index f348c263f..2d2d975a2 100644
--- a/hexrdgui/masking/mask_manager.py
+++ b/hexrdgui/masking/mask_manager.py
@@ -91,7 +91,13 @@ def update_masked_arrays(self, view=ViewType.raw, instr=None):
         if view == ViewType.raw:
             self.masked_arrays = create_raw_mask(self._raw)
         else:
-            self.masked_arrays = create_polar_mask_from_raw(self._raw, instr)
+            # Do not apply tth distortion for pinhole mask types
+            apply_tth_distortion = self.type != MaskType.pinhole
+            self.masked_arrays = create_polar_mask_from_raw(
+                self._raw,
+                instr,
+                apply_tth_distortion=apply_tth_distortion,
+            )
 
     def get_masked_arrays(self, image_mode=ViewType.raw, instr=None):
         if self.masked_arrays is None or self.masked_arrays_view_mode != image_mode:
@@ -100,7 +106,7 @@ def get_masked_arrays(self, image_mode=ViewType.raw, instr=None):
         return self.masked_arrays
 
     def update_border_visibility(self, visibility):
-        can_have_border = [MaskType.region, MaskType.polygon]
+        can_have_border = [MaskType.region, MaskType.polygon, MaskType.pinhole]
         if self.type not in can_have_border:
             # Only rectangle, ellipse and hand-drawn masks can show borders
             visibility = False
diff --git a/hexrdgui/masking/mask_manager_dialog.py b/hexrdgui/masking/mask_manager_dialog.py
index e7b5b935f..f615b9ad2 100644
--- a/hexrdgui/masking/mask_manager_dialog.py
+++ b/hexrdgui/masking/mask_manager_dialog.py
@@ -75,7 +75,8 @@ def update_table(self):
                 if key in MaskManager().visible_masks:
                     idx = MaskStatus.visible
                 if (mask_type == MaskType.region or
-                        mask_type == MaskType.polygon):
+                        mask_type == MaskType.polygon or
+                        mask_type == MaskType.pinhole):
                     presentation_combo.addItem('Boundary Only')
                     presentation_combo.addItem('Visible + Boundary')
                     if key in MaskManager().visible_boundaries: