Red Two-Tone Grand Touring Coupe - Native OBJ and Complete STL
OVERVIEW A low, long-hood grand-touring coupe with an enclosed cabin, four complete road-wheel assemblies, recessed side vents and an integrated rear deck. The original OBJ independently reopens as three scene groups: body, rims and tyres, totaling 447,906 triangles. These groups are not a verified inventory of separately printable parts. The complete original vehicle is retained; no replacement body, interior, wheels or stand has been invented. PROPOSED FINISH The illustration uses a custom red lower body and hood, a dark upper cabin/roof/rear-deck component, black tyres and metallic rims. Pale paint is applied to existing front-lamp surfaces. The entire original connected upper-body component has one dark finish, including its window surfaces and roof. This is a proposed two-tone interpretation, not recovered original window materials or a verified factory livery. The source OBJ supplies no MTL, texture coordinates or authored material slots. Private display colours add no vehicle geometry and preserve the original numerical mesh and polygon material indices. The complete car is upright with its wheels below the body. One common uniform display transform retains the relative placement of every source group. FILES AND PRESERVATION The package includes the original OBJ representation under an opaque filename and the earlier complete upright STL representation, also renamed. Original object/group labels become opaque identifiers; all other OBJ bytes remain exact. The earlier STL retains all 447,906 binary facets, their order, normals and attributes. An independent Blender reader removes 7,212 degenerate and 237 duplicate facets while reading both the earlier and renamed STL, yielding the same 440,457 triangles in each. The stored binary facet payload is unchanged. This is documented reader behavior, not a claim that those facets were repaired. Both earlier ZIP inventories were checked before replacement; their native OBJ and upright STL geometry are retained together. Generated presentation notes are replaced by this current guide. The source photograph remains private. No MTL, original texture maps or shader definitions were supplied, so none is presented as recovered artwork. Retain the full package after extraction. The package index identifies each geometry representation, and the manifest records current file sizes and SHA-256 checksums. The browser uses a separate lightweight display derivative; it does not replace the complete downloads. SCALE AND PRINTING — UNTESTED No reliable physical units or authentic scale have been established. A scale-like source filename is not sufficient evidence. Measure the imported model and a reliable real-world reference before selecting a target size. Uniform resize percentage equals target length divided by current length, multiplied by 100. When a genuine original scale of 1:N is independently established, conversion to 1:T uses N/T multiplied by 100 percent. No physical print, wall-thickness analysis, watertightness certificate, support plan or assembly fit has been tested. Inspect intersections, open boundaries, duplicate or degenerate facets, reversed normals, enclosed volumes and thin features at the chosen size. Check wheel clearances, the low nose, lamp recesses, vent slots, pillars and fine wheel spokes. The large scene groups may require preparation before printing; a finished render does not prove printable assembly. Repair or thicken a duplicate, choose accessible supports, and print a representative small test section first. Conditional starting ranges are resin layers near 0.03–0.05 mm or FDM layers near 0.12–0.20 mm only where printer, material, geometry and final size permit. These are suggestions, not tested profiles. Check primer, adhesive and paint on samples; thin coats help preserve actual surface relief. The display board is illustrative scenery and is not promised as a downloadable printable part. IMAGE AND RIGHTS Blender renders the actual native geometry with proposed paint and editorial lighting. Local-PC AI supplies only an empty workshop background. Opaque model and board pixels remain exact; transparent edges use the original render alpha. This is an AI-assisted illustration, not a photograph of a tested physical build. No cloud image generation is used. 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 recognizable design cannot be identified. #Coupe #GrandTourer #VehicleModel #Miniature #Diorama #ScaleModel #ModelMaking #3DPrinting #OBJ #STL #CC0
- Technology
- Sin probar
- material
- —
- Difficulty
- Sin especificar