Silver Swept-Wing Jet - Assembled Display and Native Printing Project
OVERVIEW A swept-wing jet model with a rounded frontal intake, separate cockpit covers, swept wings, individual control surfaces and a high tail arrangement. The assembled display uses 28 component instances from 26 supplied STL meshes. Their original vertex coordinates and triangle connectivity remain intact in the full-resolution 3MF; components are positioned with rigid transforms, not fused into one watertight shell. FINISHED IMAGE The proposed aluminium finish has yellow wing and fin tips and dark smoked glazing. This is an illustrative paint scheme, not verified historical markings or a photograph of a tested print. Blender renders the actual assembled geometry, display board and acrylic supports; local-PC AI supplies only an empty workshop background. Opaque rendered pixels remain unchanged in the composite. The board and supports are scene accessories, excluded from the aircraft files. DOWNLOADS AND VARIANTS The direct 3MF contains the assembled display. The ZIP also includes it, all 32 standalone STL parts, 32 native slicer project containers, 32 stored G-code files and 32 separately extracted original project-embedded STL variants. The embedded meshes retain their own geometry and print poses; they are not silently substituted for standalone versions. Alternative control-system parts, covers and assembly aids remain available separately rather than overlapping in the displayed configuration. The previous complete 32-object OBJ layout is retained as an additional archival variant. Its vertex, normal, texture-coordinate, face-index and smoothing lines remain unchanged; only object/group labels are renamed. One supplied reference JPG remains byte-identical as an archival resource, separate from the new generated cover. An extensive English guide, CC0 notice, role index and integrity manifest are included. Extract linked resources together and preserve their relative filenames. Slicer projects preserve embedded geometry, numerical model transforms, profile settings and embedded printer commands. Their records are decompressed and checked after relinking. Native slicer GUI reopening is not claimed. G-code machine-command bytes remain unchanged and have not been executed. A separate reduced mesh serves the browser viewer; it does not replace the full native resources. DIMENSIONS AND SCALE The digital assembly uses millimetres, consistent with the native printing profiles. Its measured envelope is approximately 762.3 mm across the wings, 893.2 mm long and 237.6 mm high. These describe this digital placement, not a printed example or a verified full-size-aircraft scale. At a uniform 75% display scale the envelope is about 571.7 × 669.9 × 178.2 mm; at 50%, about 381.2 × 446.6 × 118.8 mm. These are geometric estimates, not validated print settings. Resizing changes walls, joints, hardware seats and control interfaces. Reassess all of them before fabrication. PRINTING ADVICE - UNTESTED Inspect individual parts and every previewed layer in your slicer, particularly thin skins, ribs, intake edges, wing tips and control-surface seams. Confirm units, build volume, extrusion widths and whether your slicer produces the intended thin-wall paths. Use settings established for your own printer and filament, then print a representative thin section and joint sample before committing to the whole airframe. No universal layer height, infill, support plan, temperature or material performance is certified. Native presets and stored toolpaths are archival starting points. Check nozzle and filament dimensions, bed origin, extrusion mode, cooling and start/end commands; regenerate toolpaths for your machine. Supports, bonding and reinforcement requirements depend on the selected parts and material. Work on duplicates when repairing or resizing. ASSEMBLY AND FINISH Dry-fit neighbouring sections, cockpit seams, wing roots, tail interfaces and control clearances without forcing thin features. Digital placements are not a physical tolerance certificate. Verify any electronics, propulsion, servos, rods, hinges, fasteners, magnets and adhesives independently; these are not newly generated printable hardware. The display is not a certified flightworthy RC aircraft. Prepare and prime a spare printed piece before trying an aluminium-colour coat, yellow tip masks and dark canopy paint. Test material, adhesive and paint compatibility. Keep coatings away from moving interfaces and small clearances. RIGHTS Published free by Tomás Piernas under CC0 according to the account holder's express authorization for the supplied corpus. Publication ownership does not assert original design authorship. Legitimate notices and necessary technical identifiers remain. Printing, mechanical operation, structural strength and flight performance have not been tested. #AircraftModel #SweptWingJet #ScaleModel #DisplayModel #STL #3MF #3DPrinting #ModelAircraft #CC0
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