Teal Twin-Fin Sport Jet — Complete Printable Airframe Kit
OVERVIEW A compact twin-fin sport-jet airframe presented as a carefully painted display assembly. The actual source nose, five following fuselage sections, two canopy sections, complete left and right wings, four elevon sections, four vertical-fin sections and four wingtip sections form the 22-part visualization. The proposed teal finish and dark painted canopy are a display treatment. The model is shown upright, with its actual control-surface separations, openings and mounting features retained. No motor, propeller, servos or internal electronics have been invented for the images. WHAT IS INCLUDED The complete assembled 3MF retains all 144,270 source triangles used in the display, in 22 separate component instances. A portable Blender display project is also supplied. The complete source-resource archive preserves 81 unique supplied resources: 58 separately supplied STL meshes, 21 native slicer projects, one reference image and one equipment note. A further 95 embedded STL instances are retained individually beside the native projects. These include repeated and differently oriented representations; they are not advertised as 95 extra distinct parts. The supplied options include alternative wing divisions for different build envelopes, vertical-fin alternatives, separate control surfaces and motor-mount variants. The assembled display uses one coherent configuration; the alternatives remain available as source resources. Motor mounts are preserved separately and are not installed in the displayed airframe. Keep each archive's resources together so the relative native mesh references remain available. SIZE AND SCALE The assembled file measures approximately 659.84 mm long, 862.52 mm across the wings and 161.43 mm high in its recorded millimetre coordinates. These are digital assembly bounds, not measurements of a printed prototype. This is a model-aircraft design rather than a verified scale reproduction of a particular full-size aircraft; no unsupported 1:n ratio is claimed. Uniform resizing also changes spar channels, servo spaces, hinge clearances and fastener holes, so it does not preserve compatibility with the suggested equipment. PRINTING GUIDANCE — UNTESTED No print, structural load test or flight test has been performed for this publication. The source includes different divisions for approximately 200 mm and 220 mm class build envelopes; inspect the actual selected pieces and placements in your slicer. The included native profiles preserve their source numerical settings and custom commands, but they are not validated settings for your machine. Their original application's GUI compatibility is not certified. No source machine commands have been executed. Inspect mesh orientation, thin walls, internal ribs and toolpaths before printing. Thin-shell aircraft parts require particular attention to perimeter continuity and the bonding of internal structure to the outer skin. Choose process settings from controlled trials with your printer and material. Do not assume that a general solid-model infill strategy is suitable. Trial-fit a small joint or representative section before committing to a complete set; retain the original files and make any necessary printer-specific adjustments in a separate copy. ASSEMBLY AND FINISH Identify the chosen wing and fin variants before printing and keep left and right components paired. Dry-fit the nose, canopy, wing roots, tip interfaces and neutral control positions. Check alignment and clearance before adhesive or hardware installation. For a static exhibition finish, clean and prepare the printed surfaces, use a compatible primer, apply fine colour coats and test any clear coat on a sample. Maintain hinge gaps, air passages, mounting holes and the actual geometry. Added filler, paint or adhesive can affect mass and balance. EQUIPMENT AND LIMITS The source equipment note lists a motor, speed controller, two servos, propeller, hinges, a spar, battery and magnets as separately required items. It omits the numerical centre-of-gravity distance. No balance point, control throw, safe speed, battery compatibility or flight readiness is inferred here. The digital assembly and photographs establish a static presentation only; they are not evidence that this airframe is safe to operate. IMAGES AND RIGHTS The images combine the actual painted model geometry and physical lighting calculated on the local PC with a locally AI-generated empty workshop background. AI does not replace or invent the aircraft components. The downloadable geometry excludes the photographic environment. Shared free under CC0 according to the uploader's explicit authorization. Necessary source notices and technical credits are retained; original design authorship is not claimed by the uploader. #ModelAircraft #TwinFin #SportJet #RCAirframe #PrintableModel #ScaleModeling #STL #3MF #CC0
- Tecnología
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- Dificultad
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