A complete wide two-door coupe with an enclosed cabin, long vented hood, rear spoiler, four road-wheel assemblies and detailed grille and lamp surfaces. The independently reopened FBX contains 85 surface meshes and 644,246 triangles; the original OBJ contains 85 meshes and 644,246 triangles. Scene objects are not a verified count of printable parts. Both representations remain available independently.

FINISH AND ILLUSTRATION
Proposed blue body, charcoal hood, dark cabin and roof glazing, black tyres and metallic details use the existing geometry and material assignments. Unsupported native procedural maps receive explicit private preview shader substitutes; original shader reproduction is not claimed. This proposed livery is not factory-verified. Original geometry, UVs, face material assignments and relative component positions remain intact. The complete vehicle is upright; only a common rigid orientation and uniform display scale are applied. Original files stay unchanged.

FILES AND DEPENDENCIES
The download preserves original FBX, MAX, OBJ, MTL and static BLEND resources, the earlier full coloured 3MF, this English guide and CC0 notice. Public filenames use opaque identifiers; keep linked resources together. Legitimate notices and MTL numerical properties remain. The two supplied TGA reflection exports are byte-identical. The original MTL references a third reflection export that was absent; an explicitly new neutral reflection image closes that reference without claiming recovered artwork. An earlier adaptation instead reused the first original reflection map for that slot. Its distinct OBJ/MTL pair is preserved separately, with the earlier binding intact.
The native MAX references an absent diagnostic checker. A newly generated technical checker is supplied and relinked; it is not original artwork or the cover finish. Non-asset MAX streams remain byte-identical. MAX graphical-editor reopening is not claimed and scripts are not executed.
All three original 3ds Max procedural maps remain in the FBX with their original parameters and empty file-path fields; they are not missing external bitmaps. Blender cannot reproduce those procedural shaders directly, so the cover uses proposed preview finishes. Original FBX/OBJ geometry, UVs, material indices, smoothing and transforms independently compare exactly after relinking. FBX world matrices are checked at frames 1, 125 and 250; all 85 original animation actions are retained. The separate original BLEND remains static and independently reopens with exact geometry, material graphs, decoded pixels and hierarchy. The full 3MF keeps its exact numerical mesh, palette and build structure. These checks do not certify a functioning physical mechanism or identical shading in every application. Source reference images stay private.

SCALE AND PRINTING — UNTESTED
No authentic physical scale, original unit convention or reliable measurement has been established. Browser coordinates are display units. Measure the imported geometry and choose a reliable target size before printing. Uniform resizing is target length divided by current length multiplied by 100 percent. If an original 1:N scale is independently established, conversion to 1:T uses N/T multiplied by 100 percent.
No physical print, wall-thickness analysis, watertightness certification, support plan or assembly fit has been tested. Check intersecting shells, open boundaries, reversed normals and fragile features at the final intended size. Inspect the grille, hood vents, spoiler, lamp details, wheel spokes and glazing frames. Surface shading or paint detail may have no physical relief in an untextured print. Repair, thicken or cut a duplicate and test a representative small section first.
Conditional trial ranges are resin layers around 0.03–0.05 mm or FDM layers around 0.12–0.20 mm, only where printer, material, geometry and size permit. These are starting suggestions, not validated profiles. Plan accessible supports and gentle removal. Check adhesives, primer and paint on samples and use thin coats to preserve actual relief. The display board in the image is scenery, not a promised downloadable printable part.

IMAGE DISCLOSURE AND RIGHTS
Blender renders the actual complete native vehicle with proposed paint and editorial lighting. Local-PC AI provides only an empty workshop background. Opaque vehicle and board pixels remain exact; transparent edges use the original render alpha. Geometry was not generated by image AI. This is an AI-assisted illustration, not a photograph of a tested physical build.
Free CC0 publication follows the uploader's express authorization. Original design authorship is not claimed. Legitimate notices and necessary technical identifiers remain. Opaque filenames do not guarantee that geometry or a design cannot be recognized.

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