CAD

Audi car model

Category: CAD
Platform: Windows
Length: 1 h 06 min
Resolution: 1920 × 1200
Software: Blender

Samples play on a computer

66min

2Kclicks

2Kkeys

Blender · Windows

00:00 / 1:06:00

Events10,304

00:00.000AppWindows Explorer

00:00.027Move1189, 1158 → 1256, 1164

00:00.545Click1256, 1164

00:00.638AppBlender

00:00.717Move1256, 1164 → 711, 535

00:01.399ScrollUp

00:01.609Move711, 536 → 655, 616

00:02.149ScrollDown

00:02.254Move654, 616 → 628, 615

00:02.479Move628, 615 → 634, 621

00:02.516ClickMiddle click 634, 621

00:02.524Drag635, 623 → 865, 600

00:02.816Move866, 598 → 826, 586

00:02.921Move806, 586 → 559, 553

00:03.101ScrollUp

00:03.108Move559, 552 → 525, 545

00:03.296Move522, 545 → 530, 549

00:03.423ClickMiddle click 530, 549

00:03.431Drag533, 551 → 700, 522

00:03.626Move704, 518 → 718, 506

00:03.671Move721, 504 → 698, 498

00:03.851ScrollUp

00:03.926Move696, 498 → 638, 538

00:04.225Move636, 538 → 621, 511

00:04.563ScrollUp

00:04.705Move621, 512 → 593, 503

00:05.260ScrollDown

00:05.358Move593, 503 → 582, 427

00:06.317ScrollDown

00:06.347Move582, 427 → 588, 427

00:06.437ScrollDown

00:06.505Move588, 428 → 580, 430

00:06.849ScrollDown

00:07.029Move579, 430 → 576, 429

00:07.269ScrollDown

00:07.517Move575, 429 → 412, 346

00:07.989Click412, 346

00:07.996Drag413, 346 → 779, 512

00:08.589Move778, 512 → 529, 627

00:09.368ScrollUp

Loading events

Narration387

00:00
Restored Blender and navigated the right-orthographic car body view with scrolling and middle-button dragging, zooming and panning around the door and wheel area beside the reference images.
Adjust the viewport to inspect the car body mesh against the reference images.
00:10
Typed several mesh-editing shortcuts, selected and dragged geometry around the rear wheel arch and lower body, then used the Separate menu and continued selecting objects in the viewport and Outliner.
Edit and organize car body mesh components.
00:19
Zoomed out to show more of the car side, dragged in the viewport, and clicked body components around the front bumper and wheel arch to change the selection.
Inspect and select car body components in the side view.
00:30
Typed a shortcut, adjusted the viewport zoom and position with scrolling and dragging, and clicked around the lower door and rocker panel area while refining the selection.
Inspect and adjust the lower side-body geometry.
00:40
Continued panning the close-up side view with middle-button drags and made a small zoom adjustment, keeping the lower side panel in view against the car reference images.
Reposition the close-up view to inspect the body panel alignment.
00:50
Scrolled and dragged to navigate around the model, switching from the orthographic view to perspective and back while moving across the door and rocker region; pressed Tab near the end.
Inspect the body geometry from different viewport angles and modes.
01:00
Tabbed through controls and adjusted the viewport, then clicked and dragged around the lower side-panel geometry in Edit Mode. The side-view car outline remained visible beside the reference images.
Refine the car body mesh while comparing it with the reference image.
01:10
Scrolled to change the viewport scale, then panned across the enlarged lower body and door area with middle-button drags. Clicked near the mesh and continued panning toward the front-side geometry.
Navigate the close-up mesh view to inspect and work on the side-panel outline.
01:20
Panned across the close-up body outline with repeated middle-button drags, then clicked and used the E key on mesh areas near the wheel and lower panel. The viewport ended with the side-panel edge and wheel enlarged.
Continue editing the car side-panel geometry around its lower edge and wheel area.
01:30
Clicked mesh points and pressed E to extrude, then middle-button dragged to pan along the lower side-panel edge. The Extrude Region and Move operation remained visible as the view shifted toward the door and wheel.
Extend and position the side-panel mesh edge while following the car outline.
01:40
Scrolled and repeatedly panned the close-up mesh with middle-button drags, repositioning the lower body-panel edges in view. Pressed E near the end to begin another extrusion, leaving a Move operation visible.
Continue shaping the car side-panel mesh and inspect its alignment against the reference.
01:48
Clicked and panned around the lower panel edge, then pressed E to extrude and continued moving the selected geometry. Clicked near the resulting edge, leaving the move gizmo and Extrude Region and Move panel visible.
Extend and adjust the lower side-panel geometry in the car model.
01:59
Dragged and extruded selected mesh geometry in Blender, moving a long edge or strip while the right-orthographic view and car reference images remained visible. Adjusted the extrusion position, then continued the operation with another extrusion command.
Shape the car body mesh to follow the reference.
02:08
Continued extruding and repositioning the selected mesh strip, clicking and dragging at several points along its lower edge. Shifted the viewport slightly to keep the edge and adjacent body contours in view.
Refine the car body mesh contour against the reference.
02:18
Selected and dragged mesh points along the narrow lower contour, making several small positional adjustments. Kept the right-orthographic view centered on the contour and the adjoining body outline.
Adjust the shape of the modeled car body edge.
02:29
Dragged the selected mesh geometry and used an extrusion command, then clicked along the contour to make further small adjustments. Panned or repositioned the viewport while keeping the long body edge in view.
Continue forming and aligning the car body mesh to the reference.
02:38
Selected and moved points along the mesh strip, then used move and rotate-style keyboard commands while making additional clicks and drags. The right-orthographic view remained focused on the long body contour.
Fine-tune mesh geometry and its alignment.
02:48
Selected and moved the mesh edge, then made further small adjustments with repeated clicks and drags. Continued positioning the strip in the right-orthographic view beside the car reference.
Refine the car body mesh position and contour.
02:59
Dragged the selected hood mesh geometry along the displayed move axes, shifting and extruding the region while keeping the car reference images visible.
Shape the selected hood mesh to align with the vehicle body.
03:08
Repeatedly pressed E to extrude the selected mesh region, making small incremental adjustments as the extrusion-and-move operation remained active.
Extend the selected mesh geometry while refining its placement.
03:20
Continued pressing E repeatedly to adjust the active extrusion, then clicked in the workspace and scrolled downward several notches.
Continue shaping and inspect the selected mesh region.
03:30
Dragged with the middle mouse button to orbit the 3D viewport from the orthographic side view into perspective, then clicked in the viewport.
Inspect the modeled geometry from different viewing angles.
03:38
Entered 3, then dragged with the middle mouse button to return to a right orthographic side view and reposition the view around the car body; clicked in the viewport near the mesh.
Reframe the side-view geometry for continued modeling.
03:48
Entered gg and clicked the selected mesh edge, then made further mesh adjustments with extrusion and vertex sliding, clicking to confirm the operations.
Refine the selected mesh edge and its position against the car side outline.
04:00
Clicked near the lower edge of the car mesh and pressed E to extrude the selected region, extending the geometry along the vehicle’s lower side.
Extend the car body mesh to match the reference image.
04:08
Clicked another point along the lower mesh boundary and pressed E to extrude a further section, adjusting the new geometry along the car’s underside.
Continue shaping the lower car-body mesh.
04:15
Selected a point at the left end of the lower body and pressed Ctrl+Z, then clicked near the extrude-and-move controls.
Adjust or undo the latest mesh edit.
04:25
Framed the mesh with F, zoomed and panned across the side profile, then clicked and dragged to select geometry near the wheel-side end.
Navigate to and select the body geometry near the wheel for continued modeling.
04:35
Dragged and clicked on mesh elements near the wheel-side boundary, then framed and panned the view to inspect the selected section. Pressed F twice while working around the panel edge.
Select and inspect the side-body geometry near the wheel.
04:45
Zoomed and panned around the wheel-side mesh, pressed F repeatedly, and used Ctrl+Z twice. Continued navigating the viewport, ending in User Perspective with the long side mesh and nearby body pieces visible.
Inspect and adjust the car-body mesh around the wheel-side section.
05:00
Dragged with the middle mouse button to orbit the Blender viewport around the selected long body panel, changing the viewing angle while keeping the car reference images visible beside the mesh.
Inspect the modeled panel from different angles.
05:10
Clicked the mesh and dragged along its long central edge, selecting the edge loop and beginning a move operation on the selected geometry.
Select and adjust the panel's edge geometry.
05:19
Continued dragging the selected edge geometry in the viewport and clicked near the panel's right end, making small adjustments while the move gizmo remained visible.
Refine the position of the selected panel edge.
05:30
Dragged and clicked around the panel's right side, then panned or orbited the viewport with the middle mouse button to inspect the mesh from an angled view.
Adjust and inspect the panel geometry and its placement.
05:40
Dragged with the middle mouse button to orbit the viewport, then moved the selected geometry slightly; scrolled down twice near the end to adjust the view.
Inspect the panel from another angle and make a small geometry adjustment.
05:50
Continued orbiting and panning the viewport with middle-button drags, viewing the selected long panel from changing angles above the car reference drawing.
Inspect the shape and alignment of the panel from multiple viewpoints.
06:00
Orbited the Blender viewport around the selected hood mesh, changing the viewing angle while keeping the long mirrored panel in view.
Inspect the hood mesh from different angles.
06:10
Undid the prior operation, then continued orbiting and panning around the selected hood mesh to inspect its shape and alignment.
Review the hood mesh geometry from different viewpoints.
06:21
Clicked several mesh vertices or edges and made small selection or adjustment operations across the panel, then orbited the viewport slightly.
Refine or inspect the hood mesh topology.
06:31
Orbited and repositioned the viewport around the long hood panel, then scrolled to zoom out and review more of the mesh.
Inspect the panel's overall shape and placement.
06:42
Resized the Windows Explorer window, then used viewport navigation and zoom controls to inspect the hood mesh end-on and at closer range.
Examine the end and edge geometry of the hood panel.
06:52
Clicked mesh points and continued orbiting and panning around the hood panel, ending at a different close-up angle.
Inspect the hood mesh and its surrounding geometry.
07:02
Selected an edge on the lower body mesh and began an edge-slide adjustment, then clicked around the mesh and invoked additional modeling commands. The viewport remained tightly framed on the underside geometry.
Refine the lower mesh geometry.
07:13
Selected mesh edges and vertices along the underside, used a transform operation, then clicked the lower strip and invoked another modeling command. The selection was cleared, leaving a new vertical edge division visible in the strip.
Adjust and subdivide the underside mesh.
07:23
Selected a face on the underside panel, used the face-selection shortcut, and middle-dragged to pan the viewport. The selected face occupied the sloped region between the larger body section and the narrow end strip.
Select and inspect an underside panel for editing.
07:33
Middle-dragged to reframe the underside mesh, then selected and adjusted vertices or edges along the lower panel and right end. The view shifted to show more of the end wall and the geometry around the narrow recess.
Refine and inspect the mesh near its end section.
07:43
Selected the sloped underside face, invoked face selection, and clicked around the right-side geometry. The face became highlighted orange while the neighboring lower strip remained unselected.
Select the sloped underside face for mesh editing.
07:52
Clicked near the right end of the mesh, then zoomed out and middle-dragged to pan the viewport. The view widened to show more of the underside strip and the adjacent curved body panel.
Reframe the mesh for a broader inspection.
08:01
Zoomed and panned the Blender viewport from a distant view of the car mesh to a close right-orthographic view of the hood edge near the wheel, then dragged in the viewport to reposition the view.
Inspect the hood mesh against the car reference and navigate to its edge details.
08:11
Panned and zoomed around the hood’s tapered corner, then clicked and dragged on the mesh edge while adjusting the view to keep the corner and adjacent body lines in view.
Refine or inspect the hood mesh at its corner against the reference outline.

08:21
Continued panning the close orthographic view across the hood edge and clicked several points along the mesh; the visible outline shifted across the viewport as the area was examined.
Inspect and work on the hood mesh alignment along its edge.
08:31
Clicked along the hood’s long edge and used mesh-editing shortcuts while working on the selected edge; the viewport remained in a close Right Orthographic view.
Adjust or inspect the hood mesh edge in relation to the reference outline.
08:41
Selected successive points along the hood mesh edge and used an edit-mode shortcut, leaving a point on the upper edge selected in orange.
Continue editing the hood mesh along its reference-aligned edge.
08:51
Clicked a point near the hood’s lower tapered edge, used edit-mode shortcuts, and selected the adjoining right-side vertex or edge, shifting the orange selection toward the corner.
Continue adjusting or checking the hood mesh at the tapered corner.
09:01
Adjusted the Blender viewport around the wireframe panel, then loop-selected and moved a run of vertices and edges; the selected orange geometry shifted within the panel.
Refine the mesh geometry of the car body part.
09:12
Continued moving selected mesh geometry, then orbited the viewport to inspect the panel from a more side-on angle.
Adjust and inspect the car body mesh.
09:21
Panned and orbited around the panel, then clicked and dragged along its lower mesh edges; the view settled into a closer, nearly horizontal profile with an edge loop selected.
Refine the panel geometry while inspecting its alignment.
09:30
Zoomed out and orbited the viewport around the selected mesh, then switched from the Modeling workspace to Layout.
Review the mesh in relation to the car reference.
09:40
Adjusted the image-editor view with scroll and drag gestures, panning and zooming the yellow Audi reference image while leaving the 3D viewport unchanged.
Inspect different areas of the car reference image.
10:00
Returned to editing the mesh, briefly used repeated undo shortcuts, then orbited the viewport around the selected strip and zoomed and panned to inspect it from several angles.
Rework and inspect the selected car body mesh against the reference.
10:09
Dragged in Blender’s Edit Mode to adjust the selected hood mesh, then panned the 3D view to inspect the long mesh section against the car reference images.
Refine and inspect the hood mesh geometry.
10:19
Continued panning and adjusting the view around the hood mesh, then selected a mesh point and made a small move while inspecting its shape against the reference images.
Position and inspect hood mesh geometry.
10:30
Selected points along the long mesh strip and made small positional adjustments, orbiting the 3D view to inspect the strip and its surrounding hood pieces.
Refine the hood mesh strip and check its shape from another angle.
10:42
Panned and zoomed around the mesh, then made further small selections and adjustments to inspect the strip’s end and connected edges. Resized the Windows Explorer window while continuing the Blender work.
Inspect and refine the hood mesh topology.
10:53
Used Loop Cut and Slide on the long mesh section, positioning the cut along its length; then zoomed the view out slightly to inspect the resulting topology.
Add and position a supporting loop cut on the hood mesh.
11:01
Undid and adjusted the recent mesh operation, panned the viewport, and invoked Loop Cut and Slide again, positioning the cut along the strip and leaving the operation active.
Revise and position a loop cut on the hood mesh.
11:14
Zoomed out and panned the right-orthographic viewport to bring the full Audi side profile and lower body mesh into view.
Review the car body geometry against the reference image.
11:25
Zoomed and panned across the side and rear of the car, then adjusted the viewport to show most of the side profile again.
Inspect the side mesh and its alignment with the reference.
11:35
Continued orbiting and panning around the separated mesh pieces, then opened the Add Modifier menu and moved through its options.
Inspect the model geometry and access modifier options.
11:44
Panned the perspective view around the detached mesh pieces and adjusted the visible modifier settings, including the subdivision level. Repeatedly pressed Z without a clear visible result.
Review the modifier setup and inspect the mesh.
11:55
Zoomed and panned closely over the long, narrow mesh piece, then selected its lengthwise edges and invoked Loop Cut and Slide to add a cut.
Refine the topology of the narrow mesh component.
12:06
Clicked repeatedly on the mesh and used undo and redo shortcuts, then zoomed and panned the viewport to inspect the selected loop cut.
Adjust and review the mesh edit.
12:17
Adjusted the hood mesh in Blender Edit Mode with dragging and scrolling, then used keyboard shortcuts and further drags around the mesh. The view settled on the hood’s side profile with its vertices and edges visible beside the car reference images.
Refine the hood mesh shape while inspecting it against the reference.
12:27
Invoked a mesh cut operation and positioned its preview across the left portion of the hood. Scrolled and clicked near the lower viewport area, then used a keyboard shortcut to leave or undo the operation.
Add or adjust topology on the hood mesh.
12:36
Clicked near the lower part of the viewport and dragged across the hood mesh, changing its visible edge layout. Continued dragging to adjust the view or mesh, then released.
Continue editing and inspecting the hood geometry.
12:41
Paused without recorded interaction while the hood mesh remained visible in Blender Edit Mode beside the car reference images.
Review the current hood mesh.
13:01
Moved and resized a small Windows Explorer window; the Blender workspace and hood mesh remained visible behind it.
Adjust the Explorer window position or size.
13:11
Moved and resized the small Windows Explorer window again, then remained idle. Blender was reported as the active app at the end of the span.
Adjust the Explorer window before returning focus to Blender.
13:23
Worked in Blender Edit Mode on the hood mesh, clicking and using keyboard shortcuts to adjust and confirm a vertical edge near the left end of the panel.
Refine the hood mesh geometry.
13:32
Confirmed the current mesh operation, invoked a keyboard shortcut, and then paused with the selected vertical edge and hood mesh visible.
Continue editing the hood mesh.
13:43
Scrolled to adjust the viewport, orbited the view with middle-mouse drags, and clicked near the upper edge of the hood mesh.
Reposition the view and select mesh geometry for continued editing.
13:52
Clicked and confirmed a selection on the hood mesh, zoomed the viewport in and out, and orbited the view slightly.
Inspect and select the hood geometry from a different view.
13:59
Started an edge-slide operation on an interior hood edge and dragged it to adjust its position across the mesh.
Position an edge loop to refine the hood surface topology.
14:11
Zoomed and orbited the viewport to inspect the hood from a wider, lower angle, then initiated another edge-slide adjustment and dragged the selected edge.
Refine and inspect the hood mesh topology.
14:21
Adjusted the active Loop Cut and Slide placement on the hood mesh with repeated clicks, then scrolled slightly while reviewing the cut against the car reference images.
Refine the hood mesh topology.
14:31
Continued positioning the loop cut, clicking and scrolling over the mesh to adjust the view and placement; pressed K to begin a mesh cutting operation.
Continue shaping and cutting the hood mesh.
14:43
Dragged in the reference-image area, then clicked a point on the hood mesh and confirmed a cut path with Enter.
Create a cut along the hood mesh.
14:52
Pressed K to activate the Knife tool, then dragged and clicked across the mesh to position a cut.
Add geometry to the hood mesh.
15:00
Clicked the highlighted edge area on the hood mesh to adjust or confirm the Knife cut.
Refine the hood mesh cut.
15:08
Paused with the Blender viewport unchanged, leaving the highlighted cut path visible on the hood mesh.
Review the pending mesh cut.
15:28
Confirmed the current mesh edit, then dragged across the hood mesh in Blender Edit Mode to adjust the selected geometry.
Refine the vehicle hood mesh.
15:38
Selected a hood mesh element, used the vertex-slide command, and reframed the viewport to inspect the resulting edge layout.
Adjust and inspect hood mesh geometry.
15:48
Selected the hood’s left boundary, invoked loop selection, and slid the selected edge while zooming and orbiting the viewport to review its placement.
Shape the hood boundary and inspect the mesh.
15:58
Continued adjusting the selected edge and changed the view angle, then invoked the loop-cut tool over the hood mesh.
Refine the hood edge and prepare a supporting cut.
16:08
Selected a mesh edge and adjusted the loop cut’s slide position, leaving the cut preview active across the hood surface.
Position a supporting loop cut on the hood mesh.
16:19
Adjusted the edge slide position, then orbited and zoomed the viewport to inspect the hood mesh from another angle.
Position and review the hood’s supporting edge loop.
16:29
Adjusted the view around the hood mesh, then used the active Loop Cut and Slide operation and dragged in the 3D viewport to position the cut along the panel.
Refine the hood mesh topology.
16:39
Continued dragging in the 3D viewport to reposition the view and adjust a mesh element; the Move operation shows a small Y-axis displacement.
Adjust the hood mesh and inspect its shape.
16:49
Undid an operation, zoomed and orbited around the hood mesh, and continued inspecting the panel edges from a different angle.
Review and refine the hood mesh geometry.
17:00
Scrolled and dragged to orbit and reposition the viewport, inspecting the hood's panel junctions and edge lines from nearby angles.
Inspect the hood mesh topology.

Refine the Audi car body mesh in Blender using photographic references.

Modeled and refined the Audi hood and body-panel meshes in Blender, adding and adjusting cuts, edge loops, and modifiers while comparing the geometry against reference images. Saved the project after inspecting the separated parts from multiple angles.

clip.mp4The screen recording242 MB events.jsonEvery input logged, synced to the video clock58 MB frame_events.jsonEvery input logged, synced per frame72 MB narration.jsonDescriptions of what happened, and why173 KB metadata.jsonThe session's facts4 KB

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