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#decal artwork

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Vista de Red Fin Widebody Airliner - Full Kit and Assembled Display

Red Fin Widebody Airliner - Full Kit and Assembled Display

OVERVIEW This widebody passenger-aircraft kit includes a complete assembled display and the retained printable source parts. The presentation has a white fuselage, light-grey wings, a red fin, dark tyres and fan surfaces, and dark cockpit openings produced by painting the existing internal backing. The finish is illustrative, not a measured historical livery. No new glazing, aircraft surface or landing-gear shape was invented for the image. SOURCE ASSEMBLY The display uses 35 existing STL part slots in their shared source coordinates. Paired components use mirrored instances of the supplied geometry. The twelve main wheels follow the three axle rows measured in the supplied gear. Together these make 64 instances, with 3,692,092 source triangles in the full-resolution assembled OBJ. A rigid axis conversion and shared viewing scale do not remodel the parts. All 36 original STL slots remain in the archive: the alternative fuselage cap is retained separately rather than superimposed on the display. DOWNLOAD CONTENTS The complete ZIP includes all 36 source STL files, a full-resolution assembled OBJ with its MTL appearance file, a lighter assembled OBJ for browsing, the earlier parts-view OBJ as an alternative, and a neutral-name assembly inventory. Two editable native vector decal documents and two PDF decal sheets are retained, together with the source electronics schematic, Arduino sketch, source-reference video, English guide, checksum inventory, CC0 information and current illustration. Existing artwork credits remain visible. The publishing account does not claim original design authorship. VIEWING AND NATIVE DOCUMENTS The public OBJ is an optimized 253,782-triangle assembled viewing copy, not the full-resolution printing source. Its plain technical material can differ from the painted cover. Use the full-resolution assembly or individual STL parts when preparing a build, after inspecting their suitability. The native vector documents were independently reopened; their artwork, fonts, embedded resources and page layouts were preserved. Native editing still requires a compatible application. SCALE AND VARIANTS Decal artwork contains source-labelled 1:100 and 1:200 layouts. One alternative cap carries a source 1:120 label; that does not establish a complete second aircraft at that scale. The publishing account has not physically verified the geometry units or a printed scale. The full assembly retains source-coordinate magnitude after axis conversion; the small public viewing copy is normalized for display. Confirm a known dimension, calculate a uniform resize factor and recheck another dimension, thin features and clearances before printing or applying decals. PRINT PREPARATION — UNTESTED Inspect units, build volume, mesh condition, wall thickness, overlaps and source mating surfaces. Check the nine fuselage sections, wing joins, fine mechanisms, fin and elevator edges, landing struts, wheel holes and fan blades. A convincing illustration or responsive viewer does not prove watertightness, fit, strength or one-piece printability. Work on copies when repairing, thickening, hollowing or separating parts. The source-coordinate assembly shows a proposed pose, not a physically validated assembly manual. CONDITIONAL PRINTING AND FINISHING Resin layers around 0.03–0.05 mm or FDM layers around 0.12–0.20 mm are possible starting ranges only if the measured details and equipment support them. No tested temperature, exposure, speed, infill, support placement or joining tolerance is supplied. Protect exterior surfaces and delicate edges, test a representative joint and fragile detail first, and follow printer and material guidance for drainage, curing and support removal. Test primer and decal handling on samples; apply thin paint coats and allow clearances for paint and adhesive. OPTIONAL ELECTRONICS AND SOURCE MEDIA The source sketch and schematic describe optional lighting; the sketch retains its Adafruit_NeoPixel dependency and requires an appropriate ESP32 environment. It has not been compiled, flashed or tested for this listing. Electronics, fasteners, wiring and tools are not supplied hardware. The source-reference clip shows earlier modelling and finished examples; it is not a verified print or electronics test by this publishing account. Source reference photographs are replaced by the new illustration. IMAGE AND RIGHTS Local ComfyUI/Qwen on this PC creates only the workshop surroundings. The actual assembled source render and wheel-contacting display plinth remain protected in the final composite. Public filenames and dependencies use neutral identifiers; geometry, artwork, legitimate credits or technical content may still identify a design. Originals remain unchanged. CC0 redistribution follows the uploader’s express authorization. #Airliner #PassengerAircraft #ScaleModel #ModelKit #ModelMaking #3DPrinting #CC0

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