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#fictional aircraft

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Vehículos y transporteFree

Olive Twin-Fan Rotorcraft - Native Scenes and Static Display

OVERVIEW This fictional single-cockpit rotorcraft combines a glazed forward cabin, a slender tail boom, paired fan nacelles, short lateral surfaces, tail fins and landing skids. It is intended for digital scene work, modelmaking and miniature display. The cover shows the supplied geometry assembled, upright and painted in a proposed olive finish. No pilot figure has been invented or added. No operating mechanism, flight capability or tested physical assembly is supplied. DOWNLOAD CONTENTS The complete archive preserves all 110 distinct source resources: OBJ geometry, Poser CR2 figures, MC6 materials, PZ2 poses, DAZ DS/DSA scripts, DSX metadata, a legacy DAZ scene, 27 DSO caches, 44 DSV resources, original image maps and supporting documents. Companion thumbnails and opaque dependency aliases are included deliberately. Preserve the Content folder structure. Required native rig and material binding identifiers and necessary notices remain. Opaque filenames do not make the geometry or technical identifiers unrecognizable. The material companion archive provides a derived OBJ/MTL import bridge, its supplied bitmap maps, the static 3MF display edition and the extensive English guide. The source OBJ did not include a separate MTL library; the bridge translates inspected top-level Poser material values and map references. It is an additional convenience file, not a recovered original MTL or identical native shader rendering. Original geometry coordinates, polygon groups, UVs and material bindings are retained in the separately available source OBJ. STATIC DISPLAY AND DIMENSIONS The new static edition contains 19 physical mesh components and 201,591 triangles in their assembled relative placement. Four transient shader-effect materials covering 912 triangles are excluded only from this derivative. The full OBJ and native resources retain those effect surfaces and maps. The 3MF uses flat illustrative colours; detailed original maps remain in the native and companion packages. The cover's board and workshop are illustration scenery. Original physical units and real-world scale are unverified. The static edition is uniformly sized to 300 mm along its longest dimension, approximately 174.925 x 300 x 106.872 mm overall. This is a chosen display size, not a verified 1:N scale. Resize using target length divided by current length multiplied by 100. Recheck feature sizes, supports and clearances after resizing. No particular 1:32, 1:48 or 1:72 scale is claimed. NATIVE COMPATIBILITY The renamed resource set was compared with retained originals. All 538 inspected file-reference fields resolve to supplied resources. Binary path edits retain their field lengths and all bytes outside declared paths. Original rig IDs, scene values and unknown binary payloads remain. Scripts were inspected as data and were not executed. Four references to an application-supplied help icon remain; that UI resource is not a vehicle texture. The legacy binary scene has not been reopened in DAZ Studio, so native application compatibility is not certified. Extract the Content root together and map it as a content library in compatible software. Do not rename individual caches or paired thumbnails independently. PRINTING AND FINISHING - UNTESTED Inspect full geometry in a slicer or mesh checker before fabrication. Check open boundaries, intersecting shells, disconnected parts, zero-thickness surfaces, canopy thickness and fine details. Take particular care with the skids, fan blades, tail edges and projecting decorative equipment. Digital scene surfaces may need thickening, joining or support planning on a working copy. Component counts do not establish separate printable parts or assembly fit. No verified tolerances, nozzle, resin exposure, layer height, supports, material consumption or print time are provided. Choose settings for your equipment and print a representative detail sample first. Test primer and paint on a sample, mask the canopy carefully and protect fine panel details during sanding. The olive finish is illustrative, with original texture detail retained in the render; it is not an official livery or a measured historical paint match. The cover combines a local Blender geometry render with an empty workshop background generated by local PC ComfyUI AI. The AI background does not redraw the vehicle. This is an illustration, not a photograph of a physical print. RIGHTS Published free by Tomas Piernas under CC0 according to the uploader's explicit authorization covering redistribution. This is the uploader's rights declaration, not a claim that each source document originally carried CC0. Necessary notices are retained. Original design authorship is not claimed. Printing, flight performance, fit, original scale and native DAZ application reopening remain unverified. #Rotorcraft #AircraftModel #FictionalVehicle #ScaleModel #ModelMaking #3DPrinting #Miniature #DigitalScene #CC0

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vehículos y transporteFree

F-302 Fighter — Fictional Aircraft Display Model

OVERVIEW F-302 Fighter — Fictional Aircraft Display Model is supplied as a digital display and model-making project. The illustrated arrangement is a presentation of the represented design, not proof that a physical miniature has been printed, assembled or tested. Check the actual geometry and inventory before planning a build. No additional mechanical operation, working propulsion or flight capability is promised. DOWNLOAD CONTENTS The package preserves every attached portable geometry variant and the supplied STL geometry found in the retained packages. Repeated identical resources are stored once inside each complete ZIP. Geometry filenames are neutral identifiers. The file manifest lists the current downloadable geometry, sizes and integrity hashes. Earlier preparation records and reference photographs are replaced in the public package by this English guide and the existing completed-display image. No original-name correspondence is included. GEOMETRY AND ASSEMBLY Only non-geometric labels and optional header text are changed in the geometry files. STL triangle records and colour information are retained; OBJ vertices, faces, normals, texture coordinates, smoothing declarations and vertex colour numbers are preserved where present. The inspected presentation does not certify watertightness, wall thickness, independent printability, part fit or articulation. Separate variants can represent different inspection or display arrangements; review each file before combining parts. PRINTING ADVICE — UNTESTED Confirm slicer units, intended dimensions, minimum wall thickness and build volume. Inspect open edges, intersecting surfaces, thin details and disconnected components. Repair or thicken a working copy where necessary. Orient delicate projections to reduce damage during support removal and place supports where they can be reached. Resin layers around 0.03–0.05 mm or FDM layers around 0.12–0.20 mm are conditional starting ranges, not tested presets. Print a representative fragile section before committing to the complete project. Electronics, motors, fasteners, adhesives and other hardware are not implied by a render. SCALE AND DIMENSIONS No physical scale is certified solely from the file name or image. Measure a known dimension after confirming units. For uniform resizing, divide target length by current measured length and multiply by 100. If a native 1:N scale is independently established and the desired scale is 1:T, use N divided by T multiplied by 100. Recheck thicknesses, clearances and support access after resizing. FINISHING AND PRESENTATION Test primer on a sample, remove support marks gently and mask the established paint boundaries. Handle small projections carefully. Colours in the existing finished-display illustration are a proposed miniature finish, not a guarantee of a particular real-world specification. The pictured base or surroundings are illustrative unless separately listed as downloadable geometry. Native STL files do not inherently carry a complete surface paint system. IMAGE AND RIGHTS The current public presentation image is retained. It is an AI-assisted illustration rather than evidence of a tested physical print. The uploader has explicitly authorized free redistribution under CC0. The publishing account does not claim original design authorship. Geometry and appearance remain recognizable; renamed files do not guarantee anonymity. #ScaleModel #ModelMaking #Miniature #3DPrinting #STL #CC0

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vehículos y transporteFree

Military Jet — Fictional Aircraft Display Model

OVERVIEW This source-labeled military jet display model is based on the supplied source collection. The inspected native scene depicts a swept-wing airframe, a pointed nose and raised canopy, upright rear fins, underwing source components, exterior panel details and deployed wheeled landing gear. It is presented as a static miniature subject. No operating mechanism, flight capability, physical print or tested assembly is claimed. DOWNLOAD CONTENTS The ZIP preserves the editable Blender 5.2 and FBX projects, all associated functional textures and both attached OBJ display variants. Geometry, UVs, materials, bones and scene links are compared after reopening the native files. The original source photograph is replaced by the current locally generated completed-display image. An English guide and file inventory accompany the resources. OBJ surfaces are retained at their supplied resolution; no physical print or scale is certified. NATIVE APPEARANCE AND DISPLAY The corrected cover uses the supplied native FBX scene and its associated image resources. A separate inspection copy was prepared with format-aware resource-path remapping. Its non-path scene data were checked against the source, and its local image resources were verified by hash. The corpus files were not modified. This native scene is a supplied source variant; it is not a claim that every alternate format contains identical geometry. The presentation retains the supplied dark gray and black camouflage, gold-tinted existing canopy, dark tyres, red component accents, original roundels and source number 782. The exact real aircraft type and historical paint match are unverified. This is presented as the supplied fictional/source-labeled design, with its original artwork retained. A rigid +90-degree X rotation of the complete source scene makes the canopy and fins upright and puts the wheels below the body; no individual component was repositioned. No missing interior, extra opening or new vehicle component has been invented. Local AI is restricted to surface presentation, with native dark and colored paint regions protected to retain markings and detail. The board is illustration scenery and is not a downloadable printable part. PRINTING ADVICE — UNTESTED Inspect the full source in a slicer or mesh checker before fabrication. Check open boundaries, self-intersections, disconnected shells, wall thickness and unsupported details. Imported mesh object counts do not establish watertightness, a single printable solid, verified part separation or assembly fit. Pay particular attention to canopy edges, nose projections, gear struts, underwing components and thin wing and fin edges. Visibility in an image does not guarantee that a feature will survive printing or handling at the chosen size. Plan supports on areas that can be cleaned safely. If preparation cuts or shell separation are needed, make them on a working copy and retain the full source as a reference. Choose material, layer height, exposure or temperature and supports for your own equipment. Print a representative fine-detail sample before a full build. No tested preset, tolerance or assembly sequence is supplied. DIMENSIONS AND SCALE Physical units and native scale are unverified. The display OBJ is uniformly normalized for visualization. Confirm dimensions using the retained full-resolution source in your slicer. Resize by target dimension divided by current dimension multiplied by 100. For example, a confirmed 200 mm length reduced to 150 mm requires 75%; this is an arithmetic example, not a measurement of this file. For a documented original 1:N scale and target 1:T, use N divided by T multiplied by 100. No particular 1:32, 1:48 or 1:72 scale is claimed as included. Recheck minimum features and clearances after resizing. FINISHING, IMAGE AND RIGHTS Test primer and paint on a prepared sample. Protect the fine details during sanding, support removal and handling. Source texture artwork is not a physical decal sheet, and tiny lettering may not remain legible at the chosen print scale. The cover is made on this PC using Blender and local ComfyUI/Qwen Image Edit. It is an AI-assisted illustration of a finished painted miniature, not a photograph of a physical print. The uploader declares the source design non-AI and authorizes redistribution under CC0. The original creator was not independently identified. Physical printing, assembly fit and native scale remain unverified. #AircraftModel #ScaleModel #3DPrinting #ModelMaking #Miniature #CC0

Technology: Sin probar
material: —
Difficulty: Sin especificar