This compact electric-hatchback display project preserves the supplied tall two-box body, short overhangs, rear hatch, wheels, lamps, glazing, mirrors and trim. The proposed finish combines light silver-white side panels, dark roof and rear surfaces, dark glazing and restrained blue accents. The finished illustration shows the same compact subject upright on its wheels in a small model-making display scene. It is not evidence of a physically printed, mechanically tested or electrically functioning miniature.

DOWNLOAD CONTENTS
The ZIP includes an editable FBX surface scene, a native Blender project, five associated model-texture resources, the full-resolution coloured 3MF viewing copy, an English preparation guide, a current integrity manifest, CC0 information and the locally generated presentation image. The Blender project is reopened and checked using Blender 5.2. The FBX is independently reopened before and after neutralization. Numerical geometry, UV coordinates, material assignments, scene hierarchy and the decoded pixels of available bound textures are preserved. An unbound earlier presentation reference is retained privately and replaced publicly by the finished-display cover.

COLOUR VIEWING COPY
The upright coloured 3MF retains 3,948 triangles without display decimation. It is a surface-model viewing copy rather than a certified assembly of independently printable parts. File dimensions are display-normalized and do not establish a physical scale. The editable native scene and its functional texture maps remain in the ZIP; paint boundaries visible in the image do not promise separate printable panels, a working interior or an included charging installation.

PRINTING AND GEOMETRY PREPARATION - UNTESTED
Open a working copy in a mesh editor or slicer and confirm units, intended dimensions and available build volume. Inspect open boundaries, intersections, thin body panels, wheel arches, mirrors, glazing edges and small trim details. A continuous-looking render does not certify watertight geometry or printable wall thickness. Decide whether to repair, thicken, separate or support surfaces only after inspecting the actual mesh. Keep the supplied native scene unchanged for comparison. No tested temperature, exposure, infill, support profile or mechanical fit is supplied by this presentation correction.

For a suitable printer and adequately thick geometry, resin layers around 0.03-0.05 mm or FDM layers around 0.12-0.20 mm can be conditional starting ranges, not verified presets. Choose material and nozzle for the measured model, then print a representative mirror, wheel-arch or thin-panel sample. Plan support access so removal does not tear a narrow edge or trap material behind a surface. A finer layer height cannot replace missing thickness or absent detail.

SCALE AND FINISH
Measure after confirming slicer units. Resize percentage equals target measured length divided by current measured length multiplied by 100. Recheck minimum thickness, panel gaps, wheel clearance and support access afterward. The original native UV and material data remain available for texture inspection; the viewing 3MF carries a proposed display finish. Manufacturer badges and vehicle markings identify the represented subject and do not identify the original design author or imply endorsement.

Prime a sample, sand support marks carefully, preserve the dark-roof/light-body boundary and mask the fine blue trim. Do not fill the narrow lamp, window or grille details with thick paint. Rubber, metal and glass appearances are illustrative surface treatments. The parking pad and workshop scenery in the image are not additional supplied geometry, electronics or hardware.

IMAGE AND RIGHTS
The new cover is prepared on this PC with local ComfyUI/Qwen from the completed component display and visually compared with the supplied subject. It is an AI-assisted appearance illustration rather than a photograph of a publisher-tested print. Every public filename is an independent neutral identifier. Private source paths, earlier-name correspondences and source export labels are not included in the public inventory. The uploader explicitly authorized free redistribution under CC0. Original design authorship is not claimed by the publishing account.

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