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Vehículos y transporteGratis

C-17 Transport Aircraft — Complete Native Resources and 250 mm Display

A four-engine transport aircraft presented as a static display model, with the original landing gear, engine nacelles, swept wings, winglets and high T-tail. This edition expands the existing collection entry with its supplied Blender and FBX resources, a complete portable 3MF and a proposed model-paint finish. It does not claim original design authorship or a physically manufactured example. INCLUDED FILES • Full coloured 3MF: all 273 source-derived mesh components and 81,997 triangulated facets at an explicitly chosen 250 mm display length. No geometric simplification is used for the full file or its bounded browser view. • Complete source archive: all 16 prepared resource entries, representing nine distinct byte payloads. Original BLEND, FBX and OBJ formats, supplied JPEG/JPG images, documented material-recovery notes and the neutral MTL supplement are retained. Repeated source directories and format variants have not been silently discarded. • Editable proposed-finish Blender project: the complete source mesh geometry and UV arrays, genuine packed source insignia images, physical shader proposal and the declared display normalization. A detailed English resource and display guide accompanies the archives. SCALE AND GEOMETRY Source units and full-size prototype measurements have not been verified. The proposed display assembly is uniformly normalized to 250 mm longitudinal length, approximately 239.342 mm span and 84.228 mm height. These are digital bounds at an intentional display size, not a certified 1:N aircraft scale. Original formats retain their supplied coordinates and settings; confirm units and dimensions in your own application before fabrication. The proposed native project preserves the original local vertex arrays, polygon loops and UV arrays. The 3MF is independently reopened to check every numerical vertex and triangulated face array. Original BLEND and OBJ representations remain available separately; they are not assumed to be numerically interchangeable with the FBX. Three non-surface guide objects remain in the original OBJ and are not turned into invented solid aircraft parts. MATERIALS, IMAGES AND DEPENDENCIES Two genuine insignia JPEGs are linked by the supplied Blender/FBX resources and are packed into the editable proposed-finish project. The original OBJ material-library file was absent: the included C17.mtl is a documented neutral definition for every existing OBJ material name, not the author's recovered original MTL. No missing authored texture has been invented. The proposed paint, rubber and metal appearance is illustrative; complete original authored appearance is not claimed to have been restored. The portable 3MF carries flat face-material colours. Blender image decals and shader graphs are preserved in the native/source resources and are not promised in 3MF. Necessary texture/material filenames remain as functional technical aliases. Opaque new public filenames do not make recognizable geometry anonymous. Source markings, identifiers and notices are retained; no endorsement is implied. Gallery images use the real assembled geometry with proposed paint and photographic lighting. An empty environment generated on the local PC may be composited behind the protected model foreground. The aircraft is not redrawn by AI. These are digital finish illustrations, not photographs proving a successful print. Supplied reference pictures remain source references rather than new gallery images. PRINTING SUGGESTIONS — NOT TESTED This is a digital display mesh, not a physically tested print-ready kit. Inspect shells, watertightness, overlaps, thin wing and tail edges, engine openings, delicate landing gear and support access in your own slicer. A fabricator may need deliberate repair, thickening or splitting. Original facets have not been silently removed through automatic cleanup. Start with a small detail or landing-gear coupon. Choose orientation, supports, material and segmentation for your own printer. No nozzle, layer height, infill, resin exposure, paint adhesion, assembly clearance, strength, mechanism or flight performance has been validated. Re-scaling can make small details and clearances impractical. Blender 5.2 reopening/import and file-integrity checks are documented; compatibility with every historical native application is not certified. Published by Tomás Piernas, free and CC0 under the uploader's authorization, with necessary original notices retained.

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Blue Four-Blade Utility Helicopter - Native Model and Display Files

OVERVIEW This assembled four-blade utility helicopter is supplied as a static modelling and display subject. The inspected native scene includes the fuselage, framed cockpit and cabin windows, long tail boom, tail surfaces and rotor, main rotor and hub, exhaust openings, landing skids and small exterior fittings. Its blue finish, weathered panel artwork, rotor markings and number 238 come from the supplied appearance resources. They are retained as source artwork; a particular historical aircraft, operator or paint standard has not been independently established. No flying mechanism, motor installation, working rotor or physical build is claimed. DOWNLOADS AND NATIVE VARIANTS The coloured 3MF and binary STL are complete display derivatives of the inspected native FBX scene. The 3MF uses a compact facet-colour approximation of the supplied texture artwork; the STL contains geometry without paint. The complete ZIP preserves every supplied native FBX, OBJ, MTL, 3DS and STL variant, all 24 supplied image resources, and an additional Blender inspection scene with functional relative texture links. The full source variants are retained individually: they have different mesh counts, tessellation and unit conventions and are not presented as interchangeable copies of one file. Random file identifiers organise the downloads; the included English inventory explains each file's role. The source package was not altered on disk. DISPLAY DIMENSIONS AND SCALE The prepared 3MF and matching display STL are uniformly sized to a selected 250 mm overall bounding length in the illustrated static rotor pose. Their measured bounds are approximately 187.64 mm wide, 250.00 mm long and 67.34 mm high. This is a chosen miniature size, not a verified historical scale or the unit setting of every native variant. The 3MF explicitly uses millimetres; STL stores no unit declaration, so choose millimetres when importing the display STL. Inspect the separate native formats' dimensions before conversion. For another display size, use target length divided by 250 multiplied by 100; a 200 mm target uses 80%. Resizing also changes the thickness of blades, skids, frames and small fittings. No particular 1:48, 1:72 or other historical scale is certified. PRINTING AND ASSEMBLY NOTES - UNTESTED This is an assembled display mesh, not a documented snap-fit kit or a tested support layout. Examine intersections, open boundaries, disconnected shells, normals, wall thickness and slender features in a slicer before printing. Native object separation is not evidence that the parts fit together or form printable solids. The full display files retain fourteen zero-area source facets; use a working copy for any repair, and keep the complete native resources as references. The original source STL is also preserved separately. Rotor blades, hub details, tail rotor, aerials, skid struts and cockpit framing need particular attention. Consider splitting a working copy into manageable sections and planning hidden assembly joints, supports and reinforcement appropriate to your equipment. Keep supports away from visible window and painted panel detail where practical, and test a representative thin feature first. As initial experiments only, fine FDM layers around 0.12-0.20 mm or resin layers around 0.03-0.05 mm may be evaluated on suitable equipment. These are not measured settings for this model; material, orientation, support density, exposure, temperature and tolerances remain to be established by the maker. Enlarging a display can help preserve features that become too thin at a smaller size. FINISHING, IMAGES AND RIGHTS Check the supplied colour maps and native scene when masking the blue finish and markings. Prepare a sample before choosing primer, paint or clear coat, and protect thin geometry during sanding and support removal. The two finished-display images use the actual upright native model render over a workshop background generated by AI locally on the PC. The aircraft geometry and opaque rendered pixels were protected from AI redrawing. The wooden board is illustration context and is not part of the helicopter downloads. These images are digital illustrations, not photographs of a physical print. Published by Tomás Piernas, free under the account holder's explicit CC0 authorisation. Original design authorship was not independently identified; necessary technical identifiers and supplied notices are retained. Printing, fit and operation have not been physically tested. #Helicopter #Rotorcraft #ScaleModel #3DPrinting #ModelMaking #Miniature #CC0

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Silver Four-Engine Aircraft - Complete Native Collection and Display

OVERVIEW This complete four-engine aircraft is supplied as a static modelling and display subject. The inspected native FBX scene contains the assembled airframe, four propellers and nacelles, framed nose and cockpit glazing, wings, tail surfaces, undercarriage and exterior detail. The presentation shows a proposed silver metal finish with the supplied markings, dark propellers and glazed windows. It is a digital finish study, not a photograph of a printed model or a certification of a historical aircraft's colours. No working propellers, retracting gear or flying mechanism is claimed. COMPLETE DOWNLOAD CONTENTS The ZIP preserves all eleven unique supplied resources: FBX, OBJ, MTL, 3DS and STL alternatives, five texture images and one supplied reference image, plus a Blender inspection scene, complete 3MF and STL display derivatives, two locally prepared finished-display images, this project's English guide and an inventory. Relative resource links use opaque filenames and have been reopened in Blender. Necessary technical identifiers and supplied notices remain. The native variants have different units, tessellation and bounds; they are retained individually rather than presented as interchangeable copies. DIMENSIONS AND SCALE The derived 3MF and matching display STL have a selected maximum bounding extent of 250 mm across the wings. Their measured bounds are 250.00 mm wide, 176.38 mm long and 54.36 mm high in the illustrated static pose. This is a chosen miniature size, not a verified historical scale. The 3MF declares millimetres; STL has no unit declaration, so use millimetres for the derived display STL. Check each alternative native file's own dimensions before conversion. For another display wingspan use target wingspan divided by 250 times 100: a 200 mm target uses 80%. Small blades, aerials, frames and struts also shrink and may require a larger display or documented changes in a working copy. GEOMETRY AND FILE LIMITATIONS All 376,805 triangles from the inspected FBX scene are retained in the full display derivatives, including one zero-area source facet. The original STL alternative retains all 378,464 source facets, including duplicates and a degenerate facet; it differs from the FBX assembly. The original 3DS alternative uses another tessellation and coordinate layout. The complete native files are preserved alongside the prepared display copies. A viewing derivative may simplify geometry for loading; it does not replace the full downloads. The 3MF facet palette approximates the original colour maps, while the illustrations add a proposed silver surface response and glazing. Use the native UV maps and supplied reference resources for detailed finishing. PRINTING AND ASSEMBLY - UNTESTED This is an assembled display mesh, not a tested snap-fit kit. Inspect shell separation, intersections, open edges, normals, minimum walls and thin features before printing. Native object counts are not printable-part counts or evidence of fit. Plan cuts and hidden joints in a working copy if the complete aircraft is impractical to support. Protect propeller tips, undercarriage struts, nose glazing frames and tail edges. Test a representative fragile feature before committing to a full build. Fine FDM layers around 0.12-0.20 mm or resin layers around 0.03-0.05 mm are possible starting experiments on suitable equipment, not measured settings for this file. Supports, material, exposure, temperatures, clearances and reinforcement remain to be established by the maker. FINISHING, IMAGES AND RIGHTS Prime and test paint on a sample, mask glazing carefully and avoid heavy coats on small detail. The two illustrations combine the actual upright model render with an empty workshop background generated by AI locally on the PC. Opaque rendered model pixels were protected from AI redrawing. The display board is image context and is not part of the aircraft downloads. Original native materials remain available; the silver finish is a proposed presentation. Published free under the account holder's explicit CC0 authorisation. Original design authorship has not been independently established; supplied notices are retained. No physical printing, mechanical fit, strength or flight performance has been tested. #Aircraft #Aviation #ScaleModel #ModelMaking #3DPrinting #Miniature #CC0

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar