Sport RC Airframe — Assembled Display & Complete Source Collection
OVERVIEW A complete digital source collection for a sport-style RC aircraft, accompanied by a carefully assembled gearless display airframe and a proposed ivory, deep-red and smoked-navy finish. The illustrated airframe contains 25 original components, including the three-part canopy, wing panels, static control surfaces, ventilation inserts, upper printed hinge and aerodynamic rudder balance. The large upper balance uses the supplied rectangular tongue-and-socket interface; it has not been replaced with a generic linkage horn. WHAT YOU RECEIVE The source archive retains all 154 unique supplied resources from 342 catalogued entries: 55 STL meshes, 57 historical G-code files, 40 original reference photographs, one six-page author manual and one shell-folder INI. Exact duplicate entries are not counted as additional designs. A separate painted Blender native contains all 55 original mesh resources: 25 assembled components and 30 preserved optional alternatives, hidden in their original printing poses. A full coloured 3MF retains every one of the assembled model's 877,584 original triangles. The separately identified browser preview is reduced for interactive viewing; it is not the manufacturing master. GEOMETRY, SIZE AND SCALE Original STL facet geometry, stored normals and attributes have been retained, and all native mesh vertices, triangle order and component poses were independently reopened and checked. Filenames and native object nodes use opaque identifiers; the included inventory explains useful technical roles. The assembled representation measures approximately 804.8 mm long, 986.6 mm across the wings and 245.6 mm high. These are measurements of the actual supplied geometry in its digital assembly. The author's nominal scale is 1:8; full-size prototype dimensions have not been independently calibrated. For a static display, multiply all dimensions by your target wingspan divided by 986.619 mm. A 500 mm span is about 50.678%; a 250 mm span is about 25.339%. Rescaling changes wall thickness, holes and clearances and does not validate an RC installation. ASSEMBLY AND HARDWARE SCOPE The visible model uses genuine supplied gearless shell alternatives. Purchased wheels, motor, propeller, shaft, electronics, wire, linkage hardware and hinge sheet have not been invented or added. All supplied printed landing-gear and propulsion alternatives remain in the source collection and hidden native collection. The retained manual does not define a measured axial motor/mount/spinner stack for these mesh versions, so those optional propulsion pieces are not presented as an installed system. This is an assembled display airframe, not a ready-to-fly hardware installation. Digital control-surface placement follows the author's stated 1 mm hinge gaps and inner elevator spacing, but physical movement has not been certified. Original small export and interface differences are preserved rather than silently reshaped. The canopy includes a documented internal seam projection of approximately 0.054 mm. Non-crossing checks on the ventilation inserts and upper rudder balance establish only the inspected static digital placement, not glue strength, print fit, watertightness or flight performance. PRINTING ADVICE — NOT TESTED Read the retained manual and inspect each original mesh in your slicer. Thin-wall airframe parts can rely on authored shells and particular slicer behaviour; automatic repair, solid infill or extra walls may erase detail or greatly increase mass. Begin with a small representative section and a separate clearance coupon. A 0.4 mm nozzle and 0.16–0.20 mm layers may be a calibration experiment only where the actual wall geometry and your equipment permit them; they are not a validated preset. Determine material, flow, temperatures, cooling, support strategy, seams and adhesion with your own tests. No supplied machine commands have been executed. Historical G-code can contain source-printer-specific settings and must not be assumed compatible with another machine. The INI is folder metadata, not a slicer profile. IMAGES AND ATTRIBUTION Images are digital illustrations of the real assembled source geometry with proposed physical paint materials, lighting and contact shadows. The environment was generated with AI on the local PC; opaque model foreground pixels are protected. They are not photographs of a tested physical print or successful flight. Original design attribution and necessary notices are retained in the author manual and accompanying documentation. Published free under CC0 according to the uploader's explicit authorization; the publishing account does not claim original design authorship. #RCModel #ScaleModel #Airframe #3DPrinting #FDM #STL #3MF #CC0
- Technology
- Sin probar
- material
- —
- Difficulty
- Sin especificar