Yellow and Black High-Wing Aircraft - Native OBJ Collection and Display Files
OVERVIEW This complete single-engine high-wing aircraft is supplied as a static modelling and display subject. The assembled geometry includes the fuselage, cabin glazing and frames, main wing, supporting struts, tail surfaces, fixed tailwheel undercarriage, propeller and exterior details. The illustrations retain the supplied yellow-and-black appearance and registration artwork on the actual native model. These are digital illustrations, not print photographs. No flying capability, rotating propeller mechanism, working controls or radio-control compatibility is established. COMPLETE NATIVE AND DISPLAY CONTENTS The ZIP preserves all six unique supplied resources: the native OBJ, MTL material library, three appearance maps and the original reference picture. Texture images and the reference picture retain their original bytes. The OBJ geometry, normals, UV records and face definitions remain unchanged; optional object and material labels and relative dependency filenames use opaque identifiers. All numeric MTL parameters remain intact. The renamed native collection was imported independently and compared with an original-runtime baseline, including decoded texture pixels, material parameters and relative geometry poses. A separate packed Blender display project contains the complete assembled subject at the chosen miniature size. The full coloured 3MF and binary STL retain all 608,476 native triangles in 192 visible scene groups, including 192 zero-area source facets. Those groups are not a count of tested printable parts. The ZIP also includes two finished-display illustrations, an extensive English working guide, a file-role inventory and an uploader-authorised CC0 declaration. All supplied resources are retained; corpus originals remain unchanged. CHOSEN DIMENSIONS AND SCALE The prepared display copies measure approximately 250.00 mm across the wing, 164.77 mm along the aircraft and 62.88 mm high in the supplied static pose. The 250 mm maximum extent is a selected miniature wingspan, not an independently verified historical or manufacturer scale. The 3MF declares millimetres. STL stores no unit declaration, so select millimetres for the derived display STL. The packed Blender display uses a millimetre unit scale; inspect the native OBJ's own imported size separately. For another wingspan, resize the entire display uniformly using target wingspan divided by 250 times 100: a 200 mm target uses 80%. Recheck propeller blades, wing struts, undercarriage, glazing frames and tail edges after any reduction. Measured model dimensions do not establish the build volume required once supports, orientation, rafts and margins are included. APPEARANCE AND VIEWER The supplied texture artwork, UVs and material arrangement are retained. The illustrations use local lighting and colour management and do not certify a factory paint code, measured paint sample or historical livery. Existing registration and aircraft details remain visible. The 3MF uses a compact facet-colour approximation and cannot reproduce the complete native texture resolution, bump response, glazing and reflections. The STL is geometry only. The browser preview simplifies geometry for loading while retaining every visible native group; complete downloads remain available separately. The illustrated display board and workshop background are not aircraft download geometry. PRINTING AND ASSEMBLY - UNTESTED This is an assembled display mesh, not a tested snap-fit or flying kit. Inspect open surfaces, disconnected shells, intersections, normals, minimum wall thickness and thin details before printing. Object boundaries do not establish fit, clearance or assembly order. Keep an untouched copy before repairs, hollowing or cuts. If needed, split a working copy into manageable sections and design and test your own joints; no tolerance-controlled pins or verified reinforcement system is supplied. Plan supports around the wing, struts, propeller, undercarriage and tail without damaging visible detail. Fine FDM layers around 0.12-0.20 mm or suitable resin layers around 0.03-0.05 mm are starting experiments only. Material, nozzle, temperature, exposure, orientation, drainage, supports and clearances remain to be established by the maker. Test a representative fragile feature before a full aircraft, and test primer, paint and masking on a sample. IMAGES AND RIGHTS The actual upright assembled aircraft and display board were rendered locally and composited over an empty workshop background generated by AI locally on the PC. Opaque rendered subject pixels were protected from AI redrawing. Published free under the account holder's explicit CC0 authorisation. Original design authorship has not been independently established; necessary notices, technical identifiers and existing artwork are retained. Printing, fit, strength, moving parts and flight have not been physically tested. #HighWing #AircraftModel #ScaleModel #ModelMaking #3DPrinting #Miniature #CC0
- Tecnología
- Sin probar
- Material
- —
- Dificultad
- Sin especificar