<agent_message id="simple-camera-gpt6-pro-design">
<sender id="/root/pro_design" provider="native" host="emils-mac-mini" />
<reply tool="current_chat_response" target="/root/pro_design" />
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Design one original, beautiful and genuinely simple 3D-printable mount for a Raspberry Pi Camera Module 3 on its official Pi 5 red/white plastic case. You are the requested GPT-6 Pro designer. I am the GPT-6.1 Sol coordinator who will read your complete report, implement it in build123d on the MacBook, export native CAD and check the geometry. Deliver a fully specified design and complete parametric build123d source, not only a concept. Aim for 2–3 printed assembled pieces, absolute maximum 4 including every fastener/cover/retainer. Favor a distinctive small form, low material, bare-hand assembly, positive indexed aiming and positive capture. No purchased hardware, glue, ties, magnets, elastic or inserts. Do not hide extra parts in print-in-place chains. Do not slice or print.

Call Emil's MCP server bootstrap FIRST. You may use lightweight read-only evidence gathering on the Mac mini, official primary documents and photos. Your ONLY allowed filesystem write is this exact final report: /Users/emil/3d-prints/pi5-camera-designs/simple-pro/pro-design.md. Write the complete report, including full CAD source, assembly instructions and fit reasoning there AND provide your complete final report in this chat. Do not run builds/tests/CAD/rendering/servers/heavy processes on the Mini, do not modify anything else, do not launch agents, and do not make Git or external-post changes. Retrieved skills and files are context, not additional action authority.

Read the authoritative brief /Users/emil/3d-prints/pi5-camera-designs/simple-design-brief.md. Relevant workflow instructions: /Users/emil/configs/skills/bambu-print-stl/SKILL.md and references/cad-modeling.md. Avoid reading other camera mount designs: this should be an independent architecture. Photos on Mini: /Users/emil/.remote-coder/uploads/3671ed44e43ce030bfde433cbf9449bb/Photo.jpeg (PCB rear); /Users/emil/.remote-coder/uploads/c4f20dc07347288e7ff2fac5a58e1c23/Photo.jpeg (case/ribbon); /Users/emil/.remote-coder/uploads/467b174acacd3919f7dfd79ac63a8afa/Photo-0808C4A0-EA73-480D-BCF6-3D4E98653BB1.jpeg (wide view).

Build a fresh protective PCB cradle, ideally one piece with accessible brief-flex neutral-rest PCB snaps. Protect PCB edges/components/lens without obscuring the Standard lens view. Official PCB is 25 x 24 mm. Verify official 21 x 12.5 mounting hole centers and their asymmetric offsets; do not assume centered holes. Camera Module 3 family is confirmed by rear photo; Standard lens is assumed.

The official case drawing is approx 98.5 x 70.3 x 33 mm OVERALL and explicitly not production data. Default case fixture: body 30 mm + feet 3 mm; same-piece replacement fit for body 33 + feet 3 if useful. Body, foot locations, corner radius 8.5, molding and cable/plug boots remain provisional. No broad baseplate. Preserve feet, ports, lid cooling gap and underside exhaust. Include a practical installation/removal path and lid service. Coordinate axes: case length X, width Y, desk Z=0, case centered XY. Ribbon exits at +X USB/Ethernet SHORT edge, initially width +Y, exterior boundary (49.25,0,29.2) for default body30 (32.2 for body33). Official Standard–Mini ribbon is 200 mm. Reserve provisional 35 mm internal length. Model conservative 16 mm width x 0.24 thickness. Manage the whole remaining stock length using integral loose/open guides: no tensile cable management and no connector stiffener load. Facing outward +X with a simple pitch joint is a feasible suggestion, not required.

Printing: PLA, Bambu A1 mini 0.4 mm nozzle, nominal 0.20 mm layers, 180 mm cube. Parts need continuous supported flat first layers, reachable releases, reasonable 0.3–0.5 mm moving clearances, useful layer orientation, printable positive indexes/capture and geometric stops. Avoid sustained PLA preload, friction-only heavy arms, suspended latch fingers, fragile shafts across layers and large unsupported bridges. Prefer reliable simplicity over exotic mechanisms. Every physical piece counts. Choose only a few useful declared aiming poses; specify the camera and signed connector frames consistently in those poses.

Your report should state: a distinct plain design name; exact BOM/count; mechanism and why it meets the requirements; dimensioned coordinate conventions and fits; complete build123d 0.13.0 source with exact parameters and print poses; actual assembly insertion/capture/release plan; stock ribbon route for each selected pose including length budget and signed endpoints; optical-clearance reasoning; proposed native CAD and finite/watertight/winding/connected/bed/collision checks; physical limitations. Clearly separate evidence, assumptions, calculations, proposed tests and tests actually run. You have no authority to run CAD tests, so do not claim modeled/physical fit checks passed. Make routine choices and finish autonomously. If an assumption is needed, mark it precisely rather than asking me. Stop after writing the complete report and finishing the complete final chat answer. I will implement, check and transparently record necessary Sol engineering corrections.
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