Twin-Engine Passenger Airliner - Display Model
OVERVIEW This twin-engine passenger airliner display project preserves the supplied swept wings, long fuselage, upward vertical fin, horizontal tail surfaces, cockpit region, nose wheel, underwing details and two individual engine pods. Its white body, blue tail decoration and grey wing panels, dark cockpit glazing and tail markings, panel treatment and existing markings follow the supplied appearance resources. The finished illustration shows the model upright on a display plinth in a hobby workshop. It does not represent a tested physical print, an airworthy structure or working propulsion. DOWNLOAD CONTENTS The ZIP includes the editable FBX surface scene, a native Blender project, three associated appearance-map resources, the full-resolution upright coloured 3MF viewing copy, an English preparation guide, a current integrity manifest, CC0 information and the locally prepared presentation image. The FBX is independently reopened before and after neutralization; the Blender project is reopened and compared using Blender 5.2. Numerical geometry, UV coordinates, material assignments, node relationships, scene hierarchy and the decoded pixels of available bound maps are preserved. An unbound earlier presentation render and supplier banner are privately retained and replaced in the public package by the current workshop illustration. COLOUR VIEWING COPY The 3MF retains 1,389,623 triangles without display decimation. The illustrated arrangement keeps the fin above the fuselage and the existing nose wheel below it, with both wings and all individual engine pods retained. Display orientation does not establish a printing orientation or a physical miniature scale. The editable native scene retains its supplied relationships. Mesh objects do not establish the number of independently printable or mechanically fitting parts. The viewing copy carries a proposed colour presentation; the original functional appearance maps remain available in the native package. PRINTING PREPARATION - UNTESTED Open a working copy in a slicer or mesh editor and confirm units, intended size and available build volume. Inspect thin wing and tail edges, engine-pod attachments, small landing-gear members, underwing details, glazing boundaries, open edges and intersecting surfaces. Long spans and delicate attachments can become fragile when reduced in size. A finished-looking illustration does not certify watertight geometry, adequate wall thickness, structural strength or part fit. Keep the supplied native file unchanged and perform any repair, thickening, separation or hollowing on a copy after examining the actual surfaces. For a suitable printer and sufficiently thick details, resin layers around 0.03-0.05 mm or FDM layers around 0.12-0.20 mm may be conditional starting ranges, not validated presets. Select material, nozzle, temperature, cooling and supports for the measured model and actual machine. Test a small detail first. Plan support placement and removal access so adjacent fins or narrow members are not broken away. Fine layers cannot replace missing thickness or absent geometry. No physical print, support profile, assembly fit, flight capability has been verified by the publisher. SCALE AND FINISH Do not infer a physical scale from an earlier filename, the display image or the number of scene objects. Confirm units and a known dimension before resizing. Calculate uniform resize percentage as target measured dimension divided by current measured dimension multiplied by 100, then recheck minimum thickness, gaps, pod attachments and support access. The white-and-blue finish and dark areas are supplied appearance references, not measured historical paint codes or material specifications. Prime a sample, sand support marks gently and mask established boundaries. Avoid filling small surface details or narrow openings with thick paint. Aircraft markings identify the represented appearance and do not imply authorship or endorsement. IMAGE AND RIGHTS The painted aircraft is preserved from its verified upright native render, including its solid foreground pixels. The display plinth and spaces around the underwing components are protected so unsupported engines, wheels or other parts are not introduced. Local ComfyUI/Qwen on this PC supplies the surrounding workshop setting. This is an AI-assisted appearance illustration rather than a photograph of a publisher-tested print. The plinth and workshop props are image scenery, not additional downloadable geometry or hardware. Every public filename is an independent neutral identifier. Private source paths, export labels and earlier-name correspondences are omitted from the public inventory. Original resources and preservation receipts remain archived privately. The uploader explicitly authorized free CC0 redistribution. Original design authorship is not claimed by the publishing account. #AircraftModel #TwinEngine #SweptWing #ScaleModel #ModelMaking #Miniature #3DPrinting #CC0
- Tecnología
- Sin probar
- Material
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- Dificultad
- Sin especificar