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CAD & hardware design study

Walter / Physical Design

A sculpted robot-head enclosure developed around screens, electronics, mounting, and access for future assembly and service.

Walter / Physical Design — actual project screen
Actual project screen

Your first visit

Open the 3D study, rotate the head, then try Separate pieces and Inside. The model loads only when you choose to open it.

My contributionCharacter and product direction, component layout, AI-assisted CAD development and review
The visible proofTwenty enclosure pieces, thirteen electronic reference models, and a rear-service layout study.

01 / The idea

Giving a character a physical home.

Walter began as a character on a screen. Giving him a physical form introduces a different set of questions: what fits, how it mounts, where cables go, and how someone reaches the parts later.

02 / The approach

The choices behind it.

Keep the recognizable helmet form while separating the enclosure, internal rack, electronic references, and reserved space. The R08 study turns the Pi toward the rear to explore service access.

  1. Shape the enclosure
  2. Lay out the components
  3. Study access and assembly
  4. Prepare for physical fit tests
Actual Walter R08 CAD workbench showing the proposed rear access
Rear service study from the working CAD interface. Removal, fasteners, and complete wiring still need physical validation.

03 / Where it stands

What works today.

The public viewer shows the actual R08 study geometry with assembled, separated, and electronics-only views. The larger private workbench retains the engineering records and detailed planning tools.

Design study, not a manufactured or validated robot head. Some electronic shapes are reference envelopes. Fasteners, complete wiring, power selection, cooling, and physical fit remain to be resolved; screen artwork is illustrative.

Another side of the work

VacTrack

Explore the next project ↗
VacTrack — actual project screen