SkillcommunityGPT-5.6

Ten-Link Robot Snake CAD Prototype

Create an editable ten-link articulated robot-snake assembly with engineering source, a STEP model, and a browser-inspectable 3D preview.

Remix
Reconstructed

How it was made

The publisher’s ingredients and steps. Unlisted details are unknown. Copy this text kit to your agent to adapt it.

Models

  • GPT-5.6 · OpenAI · execution · Codex

Agent

Codex

Pinned skills

References

Tools and APIs

  • CAD tooling

    Create parametric link geometry and STEP exports requested in the published prompt.

  • CAD Viewer

    Inspect the assembly through the CAD-viewer skill selected in the manifest.

Ordered steps

  1. Bound the prototype

    Reconstructed workflow from the published prompt and available result artifacts; this is not a recorded sequence of agent turns. Use the published prompt to define ten repeating links and joint interfaces in a shallow alternating curve; keep the scope to digital geometry.

  2. Build the linked assembly

    Create editable parametric source and a ten-link STEP assembly, then export a GLB preview and the three documented camera views.

  3. Inspect the exports

    Follow the prompt checks for link count, solids, spacing and reopening. The existing preview demonstrates inspectable geometry, not locomotion, strength or physical performance.

About

Create an editable ten-link articulated robot-snake assembly with engineering source, a STEP model, and a browser-inspectable 3D preview.

Original request

Make a digital prototype of a snake robot.

Exact prompt

Hidden characters, if present, appear as Unicode escapes
Create a digital CAD prototype of a ten-link articulated robot snake. Model one repeatable link body and the joint interfaces needed to assemble ten links into a shallow alternating curve. Keep the design bounded to inspectable geometry and assembly structure; do not add electronics, actuators, batteries, sensors, firmware, networking, skins, or decorative subsystems.

Deliver editable parametric CAD source, a complete STEP assembly, a browser-inspectable GLB preview, and clear isometric, opposite-isometric, and top-view renders. Preserve units and named dimensions. Verify that the exported assembly contains all ten links, that each link remains a valid solid, that the joint spacing is consistent, and that the final files reopen successfully.

Treat this as a digital geometry prototype only. Do not claim locomotion, dynamics, controller performance, collision behavior, printability, strength, tolerances, manufacturability, calibration, safety, or real-world performance. Do not command physical equipment or deploy robot software. State which physical, kinematic, actuation, control, and sim-to-real questions remain unresolved.
Technical details and provenance
Provider
OpenAI
Model
GPT-5.6
Agent
Codex
Published
Publication
community