Video summary

Blocking Out - Blender Character Sculpt Tutorial part 1

Main summary

Key takeaways

Art and Creativity

Summary of the Tutorial (Subtitles)

The video begins a Blender character sculpt workflow. The creator (“bran”) demonstrates how to block out a full character (Princess Zelda) using simple meshes—mostly cubes, with a cylinder for the neck—while following concept art reference.

The blockout is built piece-by-piece (head, chest, pelvis, legs, arms, feet, neck, hands, ears, breasts/butt), with a strong focus on:

  • Silhouette matching
  • Keeping enough topology for later sculpting

Once the blockout is done, the meshes are prepared for sculpt mode by fixing intersections and gaps and making quick sculptability improvements—such as using the Inflate brush with symmetry (and Ctrl deflating) to create clean separation (e.g., the butt cheek division).

Artistic Techniques / Creative Processes Shown

Reference-driven modeling

  • Using an image reference sheet inside Blender.
  • Aligning the model’s proportions to a realistic/estimated scale (target height for Zelda).

Blockout through silhouette matching

  • Building rough shapes and adjusting vertices to match the outline of the reference.
  • Accepting inaccuracies early on, since sculpting will refine details later.

Progressive topology building for sculpting

  • Adding Subdivision Surface modifiers early to preview smoother forms.
  • Using subdivision + loop cuts to add geometry where curvature/details are likely needed.
  • Turning Optimal Display off to inspect the real post-subdivision geometry (“potential geometry”).

Mirroring and symmetric workflow

  • Using Symmetry early for shaping (moving one side updates both).
  • Adding Mirror modifiers to build consistent left/right halves (legs, arms, ears, etc.).

Piece-by-piece construction

  • Modeling body parts as separate objects (head, arms, legs, feet, neck, hands, ears, breasts, etc.) before joining/cleanup.

Intersection management before sculpting

  • Adjusting vertices to avoid bad overlaps or unwanted gaps.
  • Adding extra loop cuts when existing topology can’t support the curves you want.

Sculpt-mode preparation

  • Using brushes at the end of blockout:
    • Inflate brush with Ctrl to deflate
    • Pushing/pulling surfaces to carve separations into another mesh (example: butt cheek split)

Steps / Workflow Presented

1) Set up reference in Blender

  • Open Image Reference and load the reference sheet.
  • Reset rotation and align to front view (Alt+R, numpad 1).
  • Rotate/tilt the reference using RX90 (90° on X).
  • Improve reference visibility:
    • Lower object data opacity
    • Place the reference behind the model line so it doesn’t obstruct your view
  • Match overall scale to an estimate:
    • Set cube height to 1.68 m (approx. Zelda at ~5’5”)
  • Set pivot to 3D cursor for correct scaling/positioning.
  • Duplicate/rotate the reference for side alignment (Shift+D, RZ90).
  • Use viewport controls/filters to prevent accidental movement (e.g., outline/funnel filters).

2) Block out the head

  • Add a cube, apply Subdivision Surface (around 3).
  • Enter edit mode and scale for head proportions.
  • Fix pivot mode if scaling behaves incorrectly (switch back to Bounding Box Center).
  • Enable x-ray and symmetry on X.
  • Adjust vertices/loops in front and side views to match the silhouette.

3) Block out torso parts (chest + pelvis)

  • Create chest and pelvis using cubes.
  • For each piece:
    • Add Subdivision Surface
    • Use loop cuts for better shaping
    • Scale/tweak vertices in front/side views to match the outline
  • Add additional loop cuts where curves can’t be achieved with the current topology.

4) Block out legs

  • Build upper leg, shin, and calf using multiple cubes.
  • Shape using:
    • Subdivision
    • Loop cuts
    • Extrusion/scaling
  • Extrude down for knee/leg transitions.
  • Use the correct axis movement depending on view:
    • Side view: Y translates left/right
    • Front view: X translates left/right
  • Align pieces and correct errors by re-adjusting vertices.
  • Join compatible parts (Ctrl+J), keeping modifiers consistent.
  • Add a Mirror modifier so both legs are derived from one side.

5) Block out arms

  • Build the arm as a separate cube-based mesh with Subdivision.
  • Add supporting loop cuts and shape with vertex placement at:
    • mid-arm
    • elbow support
    • wrist support
  • Move/align the arm using x-ray and front/side views.
  • Join arm with body when needed (Ctrl+J) so materials/colors align, then continue with the sculpt workflow consistently.

6) Block out feet

  • Add cubes for the feet.
  • Use extrusions to form:
    • ankle
    • foot curve
    • top bump (with an added loop cut)
  • Scale along axes to match width and reference alignment.
  • Join feet as needed, then use duplication/mirroring to create the second foot.

7) Neck creation (cylinder-based)

  • Use a cylinder instead of a cube.
  • Don’t subdivide it; scale mainly in Z to fit the neck volume.
  • Add loop cuts around where the neck “turns.”
  • Use Ctrl+B (bevel) to create smoother transitions and edge definition.

8) Hands (subdivided cube approach)

  • Create a cube hand base, then:
    • Subdivide (right click → subdivide) to add intermediate vertices
    • Scale/move vertices to match the palm outline
  • Create fingers as separate subdivided/cube segments:
    • Refine fingertip sharpness by pulling vertices closer (subdivided mesh sharpens corners)
    • Adjust top thickness and knuckle formation
  • Duplicate fingers for the other fingers; tweak pinky size and knuckle placement.
  • Build the thumb from another cube with additional loop cuts and proper scaling/rotation.

9) Ears

  • Build the ear from a cube with Subdivision Surface.
  • Add loop cuts and scale along Y to fit.
  • Use x-ray and reference alignment.
  • Shape the inner ear cavity using Inset (I).
  • Rotate/scale to correct angled depth.
  • Keep ears as separate objects, then add a Mirror modifier.

10) Butt and breasts, then sculpt quick cleanup

  • Create butt using cubes (blockout).
  • Create breasts similarly (separate cubes with subdivisions and mirrored setup).
  • Join pieces to the body when needed.
  • Preparation/cleanup:
    • Ensure subdivision where required
    • Enter sculpt mode and use Inflate with Ctrl to deflate/carve separation between butt cheeks by pushing into the other mesh.

11) End-of-blockout plan

The video concludes with:

  • Preparing to join all pieces together
  • Moving into the actual sculpting stage in the next part

Creators / Contributors Mentioned

  • Bran (introduced as the main creator)

Original video