Camouflaged Concept Jet Airframe - Display and Source Kit
OVERVIEW This camouflaged concept-jet collection includes an upright main-airframe display and the retained full source kit. The illustrated airframe uses four existing source objects: the fuselage, canopy surface and two rear stabilizers. Their relative positions are unchanged. The supplied primary diffuse atlas is shown on the existing UVs, producing the blue-grey camouflage and existing markings. The picture does not assert that every detached component in the full kit has been assembled or that a physical miniature has been printed. DOWNLOAD CONTENTS Each complete ZIP retains the full OBJ and companion MTL, native FBX and 3DS variants, two distinct STL geometries and 42 functional appearance maps. It also includes this English guide, a checksum inventory, CC0 information and the current locally prepared illustration. The complete OBJ and the established airframe-viewing STL remain individually downloadable. The original supplied STL is retained separately in the archives. NATIVE FORMATS The full source scene contains 92 mesh objects and 168,645 triangles in its FBX representation. The 3DS representation retains 96 mesh objects with the same triangle total. The airframe viewing STL contains 27,625 triangles from four source objects; it preserves a selected presentation rather than replacing the complete kit. All other source components remain in the downloads, including loose components whose final mounting has not been verified. The native FBX remains in ASCII 6.1 format and requires a reader that supports that version. A standalone native reader checked the renamed file's geometry, normals, UVs, colours, numerical material properties, matrices and connections. Non-string syntax and numeric text remain unchanged. The 3DS version header was normalized for reader compatibility without changing the mesh payload; the renamed copy was independently reopened. These native variants contain no bound image nodes in the supplied files. The companion OBJ/MTL and all 42 image resources are retained separately, with texture pixels and orientation preserved. A referenced external take sidecar was not supplied; no replacement animation data has been invented. PRESENTATION AND VIEWER The public viewer uses the existing upright airframe STL, checked against its source OBJ by an independent reader and triangle comparison. Full download geometry is preserved. A plain technical viewer material can differ from the painted image. The presentation applies the supplied main-airframe atlas to existing UVs; it does not certify that every source material binding has been recovered. One small illustrative stand supports the airframe on a display plinth. The stand, plinth and workshop are scenery and are not additional printable aircraft parts. PRINT PREPARATION — UNTESTED Confirm units, target dimensions, build volume, wall thickness and mesh condition in a slicer or mesh editor. Inspect thin wing and fin edges, canopy boundaries, narrow projections, disconnected pieces, overlapping shells and open surfaces. A convincing render or responsive viewer does not establish watertightness, one-piece printability, fit or structural strength. Work on copies when repairing, thickening, hollowing or separating parts. Resolve detached components against reliable assembly information before incorporating them; the illustration is not an assembly manual. Resin layers around 0.03–0.05 mm or FDM layers around 0.12–0.20 mm may be conditional starting ranges if the measured features and printer support them. No tested temperature, exposure, speed, infill, wall count or support preset is supplied. Protect visible surfaces and delicate edges during orientation and support removal. Follow printer and material guidance, including drainage and curing where applicable, and test a representative fragile detail first. No working propulsion, flight capability, electronics or hardware is implied. SCALE, FINISH AND RIGHTS Physical scale is unverified. Confirm units and divide target length by current measured length for a uniform resize factor. Recheck a second dimension, thin features and intended clearances. The viewing normalization does not establish millimetres or a certified scale. Test primer on a sample, smooth support marks gently and apply thin paint coats. Existing texture artwork is not a prepared physical decal sheet. Local ComfyUI/Qwen on this PC generates only the workshop surroundings; the source airframe render and its display scenery are protected in the final composite. It is an AI-assisted illustration, not evidence of a tested print. Public filenames are neutral identifiers; recognizable geometry or markings may still identify the design. Original corpus files remain unchanged. CC0 redistribution follows the uploader's express authorization; original design authorship is not claimed by the publishing account. #ConceptJet #AircraftAirframe #ScaleModel #ModelMaking #3DPrinting #Miniature #CC0
- Tecnología
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- Dificultad
- Sin especificar