MESHOPIAScale modelling & RC27 tagged models · Page 1 of 1
RC Flugzeug Ski Purpose These skis are designed for use with medium-sized aircraft. They are intended to facilitate winter flights. Practical Uses They are specifically suited for operating RC planes during winter conditions where snow or icy surfaces are present. Included Parts - Rc Ski.stl Printing/Assembly Guidance Not provided in the source text.
Rc F-16 Mini Purpose The Rc F-16 Mini is a small-scale remote-controlled aircraft designed for operation in small to medium-sized spaces. It is powered by a 30mm Electric Ducted Fan (EDF). Practical Uses This model is intended for RC flight enthusiasts looking for a compact aircraft suitable for limited flying areas. Included Parts The model consists of the following STL files: - Fusealage.stl - Fusealge Cap.stl - Nose.stl - Back Cockpit.stl - Left Wing.stl - Right Wing.stl - Wing Accessory.stl - Air Intake.stl - Verticle Stabilizer.stl - Elevator.stl
AVEX-2 1120mm - 3D Printed RC Airplane Purpose This model is a 3D printed remote-controlled airplane designed with a NACA 2410 airfoil profile. It is intended to achieve a target All-Up Weight (AUW) of approximately 1200g (+100g). Practical Uses This model is designed for RC flight using a single motor configuration. It is compatible with 2807 to 2812 brushless motors. Included Parts and Hardware The model features a wingspan of 1120 mm, a length of 680 mm, and a wing area of 21.56 dm². Required hardware and reinforcement include: - 1x Main Wing Spar (6mm x 900mm rod) - 1x Secondary Wing Spar (6mm x 300mm rod or BBQ skewer stick) - 2x Elevon Control Rods (3mm x 300mm rods or BBQ skewer sticks) - 2x 9g Micro servos - Brushless motor (2807 to 2812 size) Printing and Assembly Guidance The author recommends using PETG filament. The estimated print weight is between 600g and 700g. Recommended print settings are: - Layer Height: 0.28 mm - Wall Loops: 1 - Top Shell Layers: 3 - Bottom Shell Layers: 2 - Sparse Infill Density: 3–4% - Sparse Infill Pattern: Cubic
This model is a fuselage designed for an RC glider (unpowered glider). It is version 2 of the RC glider design. 120-300 words when facts suffice, otherwise be concise.
Purpose: These components are designed to replace the plastic wing struts on the FMS PA-18 1300mm Super Cub with carbon fibre rods. The author notes the design is not perfect, as the front strut is swept forwards slightly, causing a small bend in the strut. Practical Uses: Replacing weak plastic struts with carbon fibre to improve the model's structure. Included Parts: - Fuselage 4mm.stl - Wing 4mm.stl - Fuselage 3mm.stl - Wing 3mm.stl Printing/Assembly Guidance: Printing: Use a material with good layer adhesion such as Nylon (the author used Taulman PCTPE), ABS, or ASA. Do not use PLA. Print with supports and good tolerances. Assembly: 1. Cut carbon fibre rods (4mm or 3mm, at least 350mm each) to an approximate length. 2. Test-fit the rods into the fuselage pieces. 3. Glue struts into the fuselage piece using CA (super/krazy glue). Warning: CA bonds almost instantly and permanently. 4. Install the fuselage piece and trim the struts to the correct length. Use the wing pieces to verify the length, which is approximately 330-345mm. 5. Glue the wing pieces, ensuring correct orientation. Note that CA will bond instantly.
Purpose This is an experimental flying wing model designed for flight testing. The author notes that flight characteristics are currently unknown. Practical Uses The model is intended for use as a small-scale flying wing. The author suggests scaling the model up if you intend to use it for specific projects. Included Parts - flying-wing 3.0-v1.stl Printing and Assembly Guidance The model does not include slots for electronics. The author has included supports on the bottom of the hull. The base dimensions are 95.25 mm x 97 mm with a height of 107 mm.
A compact amphibian-style RC aircraft with a raised wing, streamlined cockpit and an elevated rear propulsion arrangement, supplied as a multipart printable assembly. PACKAGE CONTENTS 33 STL files, 1 PDF file. Exact duplicate files are supplied once. The included file-name map identifies each original path and its renamed counterpart. PRINTING AND ASSEMBLY Parts are supplied separately. Review the build documentation and individual meshes to choose print orientation, material, support strategy and assembly sequence. Printer profiles and G-code are supplied as reference material and must be checked for compatibility before use. Electronics, motors, radio equipment and other purchased hardware are not supplied as physical items. PRESENTATION AND LICENSE Published by MESHOPIA under CC0 on the basis of the rights holder authorization confirmed by the uploader. Original creator references inside supplied documentation are retained. The cover is an original MESHOPIA visualization of the assembled model in an RC hobby setting; it does not document a completed build or a flight test. Assembly and flight readiness have not been independently tested by MESHOPIA.
A Stuka-inspired aircraft with a distinctive bent wing and propeller-driven layout. This smaller package contains eleven STL files; inspect their coverage before treating it as a complete airframe. PACKAGE CONTENTS 11 STL files. Exact duplicate files are supplied once. The included file-name map identifies each original path and its renamed counterpart. PRINTING AND ASSEMBLY Parts are supplied separately. Review the build documentation and individual meshes to choose print orientation, material, support strategy and assembly sequence. Printer profiles and G-code are supplied as reference material and must be checked for compatibility before use. Electronics, motors, radio equipment and other purchased hardware are not supplied as physical items. PRESENTATION AND LICENSE Published by MESHOPIA under CC0 on the basis of the rights holder authorization confirmed by the uploader. Original creator references inside supplied documentation are retained. The cover is an original MESHOPIA visualization of the assembled model in an RC hobby setting; it does not document a completed build or a flight test. Assembly and flight readiness have not been independently tested by MESHOPIA.
An RC sport aircraft with a conventional wing and tail layout and visible lightweight lattice construction. Parts are supplied individually for printing and assembly. PACKAGE CONTENTS 1 PDF file, 68 STL files, 3 STEP files. Exact duplicate files are supplied once. The included file-name map identifies each original path and its renamed counterpart. PRINTING AND ASSEMBLY Parts are supplied separately. Review the build documentation and individual meshes to choose print orientation, material, support strategy and assembly sequence. Printer profiles and G-code are supplied as reference material and must be checked for compatibility before use. Electronics, motors, radio equipment and other purchased hardware are not supplied as physical items. PRESENTATION AND LICENSE Published by MESHOPIA under CC0 on the basis of the rights holder authorization confirmed by the uploader. Original creator references inside supplied documentation are retained. The cover is an original MESHOPIA visualization of the assembled model in an RC hobby setting; it does not document a completed build or a flight test. Assembly and flight readiness have not been independently tested by MESHOPIA.
SDSU AIAA DBF 2013 digital aircraft model. Aircraft concept mesh with a compact forward fuselage, rectangular wing surfaces with exposed airfoil sections, a long slender tail boom, tail surfaces, propeller and simplified landing gear. The source label refers to the SDSU AIAA DBF 2013 design. PACKAGE CONTENTS The ZIP contains the original STL aircraft mesh, the supplied native STEP assembly and an English source-file guide. The STL is also supplied separately for the web viewer. The STEP assembly has not been verified in its original CAD application. All added filenames are in English and mapped to the original labels in the guide. Original source bytes and numerical coordinates are preserved. This is a digital design asset; no verified multipart printable aircraft kit is claimed. SOURCE VERIFICATION The binary STL triangle count was validated and the supplied geometry imported into local Blender for visual inspection. Source units and physical dimensions have not been independently confirmed. The source label identifies the design represented. PREPARATION AND USE Suitable for digital display, rendering and further model preparation. Inspect topology, thin walls, watertightness, disconnected surfaces, supports, orientation and dimensions before fabrication. Physical printing, component fit and functional RC operation have not been tested. Hardware, electronics and any components absent from the source mesh are not included. ORIGINAL MESHOPIA PRESENTATION Its openings and partial structures are preserved, without adding absent aircraft components. It depicts a proposed finish, not a photograph of a manufactured or tested aircraft. The current cover is an original AI-assisted MESHOPIA photorealistic illustration of the supplied model or its components in a hobby-workshop use or finishing scene. It illustrates a proposed finish and does not document a manufactured, printed, assembled or tested prototype. Consult the downloadable source files for the geometry and included components. LICENSE Published by MESHOPIA under CC0 with uploader authorization. ADDITIONAL NATIVE SOURCE FILES The additional English-named source ZIP contains 32 unique native geometry files in IGS, SLDASM, SLDPRT format(s), together with available source companions and a filename mapping guide. Native source bytes are preserved. Component or material paths may need relinking using that guide. 1 source-derived STL display previews are added separately for on-demand browser viewing. Use compatible CAD or source software for native files without a verified preview. Existing files remain available. Display derivatives do not establish printability, dimensions, fit or flight performance.
Extra 300 digital aircraft model. Simplified Extra 300 airframe mesh with fuselage, low wing, defined control surfaces and tail. The front cowl is open. No motor, propeller, canopy glazing or landing gear is supplied in this mesh. PACKAGE CONTENTS The ZIP contains the original STL mesh and an English source-file guide. The same STL is supplied separately for the web viewer. All added filenames are in English and mapped to the original labels in the guide. Original source bytes and numerical coordinates are preserved. This is a digital design asset; no verified multipart printable aircraft kit is claimed. SOURCE VERIFICATION The binary STL triangle count was validated and the supplied geometry imported into local Blender for visual inspection. Source units and physical dimensions have not been independently confirmed. The source label identifies the design represented. PREPARATION AND USE Suitable for digital display, rendering and further model preparation. Inspect topology, thin walls, watertightness, disconnected surfaces, supports, orientation and dimensions before fabrication. Physical printing, component fit and functional RC operation have not been tested. Hardware, electronics and any components absent from the source mesh are not included. ORIGINAL MESHOPIA PRESENTATION It illustrates a proposed finish and does not document a manufactured or flight-tested aircraft. ADDITIONAL NATIVE CAD SOURCE A separate English-named ZIP now adds the original SolidWorks SLDPRT source and a filename mapping guide. Native bytes are preserved. A verified browser conversion of that SolidWorks part is not available; the existing source STL remains available on demand. Open the native CAD file in compatible software to inspect and edit it. LICENSE Published by MESHOPIA under CC0 with uploader authorization.
Christen Eagle II digital aircraft model. Christen Eagle II biplane display mesh with upper and lower wings, interplane struts, fuselage, rounded tail surfaces, propeller and simplified landing gear. The source folder mentions Kyosho Minium; compatibility with a physical Kyosho product has not been tested. PACKAGE CONTENTS The ZIP contains the original STL mesh and an English source-file guide. The same STL is supplied separately for the web viewer. All added filenames are in English and mapped to the original labels in the guide. Original source bytes and numerical coordinates are preserved. This is a digital design asset; no verified multipart printable aircraft kit is claimed. SOURCE VERIFICATION The binary STL triangle count was validated and the supplied geometry imported into local Blender for visual inspection. Source units and physical dimensions have not been independently confirmed. The source label identifies the design represented. PREPARATION AND USE Suitable for digital display, rendering and further model preparation. Inspect topology, thin walls, watertightness, disconnected surfaces, supports, orientation and dimensions before fabrication. Physical printing, component fit and functional RC operation have not been tested. Hardware, electronics and any components absent from the source mesh are not included. ORIGINAL MESHOPIA PRESENTATION Its openings and partial structures are preserved, without adding absent aircraft components. It depicts a proposed finish, not a photograph of a manufactured or tested aircraft. The current cover is an original AI-assisted MESHOPIA photorealistic illustration of the supplied model or its components in a hobby-workshop use or finishing scene. It illustrates a proposed finish and does not document a manufactured, printed, assembled or tested prototype. Consult the downloadable source files for the geometry and included components. LICENSE Published by MESHOPIA under CC0 with uploader authorization. ON-DEMAND INSPECTION COPY An additional source-derived STL simplifies dense triangles for interactive inspection. Source coordinate units are preserved. Original downloads remain unchanged; use them for fine details and fabrication checks.
L-39 Albatros digital aircraft model. Partial L-39 Albatros fuselage structure consisting of open frames, longitudinal rails and a cylindrical forward section. This source is a fuselage structure, not a complete aircraft: no wings, tail, outer skin, canopy, propulsion or landing gear is included. PACKAGE CONTENTS The ZIP contains the original STL mesh and an English source-file guide. The same STL is supplied separately for the web viewer. All added filenames are in English and mapped to the original labels in the guide. Original source bytes and numerical coordinates are preserved. This is a digital design asset; no verified multipart printable aircraft kit is claimed. SOURCE VERIFICATION The binary STL triangle count was validated and the supplied geometry imported into local Blender for visual inspection. Source units and physical dimensions have not been independently confirmed. The source label identifies the design represented. PREPARATION AND USE Suitable for digital display, rendering and further model preparation. Inspect topology, thin walls, watertightness, disconnected surfaces, supports, orientation and dimensions before fabrication. Physical printing, component fit and functional RC operation have not been tested. Hardware, electronics and any components absent from the source mesh are not included. ORIGINAL MESHOPIA PRESENTATION Its openings and partial structures are preserved, without adding absent aircraft components. It depicts a proposed finish, not a photograph of a manufactured or tested aircraft. The current cover is an original AI-assisted MESHOPIA photorealistic illustration of the supplied model or its components in a hobby-workshop use or finishing scene. It illustrates a proposed finish and does not document a manufactured, printed, assembled or tested prototype. Consult the downloadable source files for the geometry and included components. LICENSE Published by MESHOPIA under CC0 with uploader authorization. ADDITIONAL NATIVE SOURCE FILES The additional English-named source ZIP contains 1 unique native geometry files in 3DM format(s), together with available source companions and a filename mapping guide. Native source bytes are preserved. Component or material paths may need relinking using that guide. A verified browser conversion of these additional native files is not available. Use compatible CAD or source software for native files without a verified preview. Existing files remain available. Display derivatives do not establish printability, dimensions, fit or flight performance.
Siyahkanat Racing Airplane digital aircraft model. Streamlined racing aircraft mesh with a narrow fuselage, swept-looking main wing outline, raised cockpit fairing, tail surfaces, forward propeller and small forward surfaces. The file is labelled Siyahkanat. No operational RC equipment is supplied. PACKAGE CONTENTS The ZIP contains the original STL mesh and an English source-file guide. The same STL is supplied separately for the web viewer. All added filenames are in English and mapped to the original labels in the guide. Original source bytes and numerical coordinates are preserved. This is a digital design asset; no verified multipart printable aircraft kit is claimed. SOURCE VERIFICATION The binary STL triangle count was validated and the supplied geometry imported into local Blender for visual inspection. Source units and physical dimensions have not been independently confirmed. The source label identifies the design represented. PREPARATION AND USE Suitable for digital display, rendering and further model preparation. Inspect topology, thin walls, watertightness, disconnected surfaces, supports, orientation and dimensions before fabrication. Physical printing, component fit and functional RC operation have not been tested. Hardware, electronics and any components absent from the source mesh are not included. ORIGINAL MESHOPIA PRESENTATION Its openings and partial structures are preserved, without adding absent aircraft components. It depicts a proposed finish, not a photograph of a manufactured or tested aircraft. The current cover is an original AI-assisted MESHOPIA photorealistic illustration of the supplied model or its components in a hobby-workshop use or finishing scene. It illustrates a proposed finish and does not document a manufactured, printed, assembled or tested prototype. Consult the downloadable source files for the geometry and included components. LICENSE Published by MESHOPIA under CC0 with uploader authorization. ADDITIONAL NATIVE SOURCE FILES The additional English-named source ZIP contains 1 unique native geometry files in IGS format(s), together with available source companions and a filename mapping guide. Native source bytes are preserved. Component or material paths may need relinking using that guide. 1 source-derived STL display previews are added separately for on-demand browser viewing. Use compatible CAD or source software for native files without a verified preview. Existing files remain available. Display derivatives do not establish printability, dimensions, fit or flight performance.
F/A-18 Hornet digital aircraft model. Simplified twin-engine jet airframe with swept wings, leading-edge extensions, paired vertical fins, tailplanes, cockpit-shaped upper fuselage and open exhaust outlets. PACKAGE CONTENTS The ZIP contains the OBJ mesh, its material library, five supplied texture images and an English source-file guide. OBJ and MTL companion references are adapted to the English filenames; numerical vertex coordinates are preserved. Texture maps retain their original bytes. Maps are technical assets, not gallery photos. All added filenames are in English. SOURCE VERIFICATION The supplied assembled mesh was imported and visually inspected in local Blender. Binary STL triangle counts, where applicable, were checked. Source units and physical dimensions have not been independently confirmed. This listing represents the supplied digital geometry and its stated variants. PREPARATION AND USE Use for display, rendering or further model preparation. Check mesh integrity, thin walls, watertightness, supports, orientation, dimensions and component compatibility before fabrication. Printing and functional RC operation have not been tested. Motors, radios, electronics, hardware and absent geometry are not included. ORIGINAL MESHOPIA PRESENTATION It preserves the available shapes without inventing absent components. The image represents a proposed finish rather than a photograph of a manufactured aircraft. The current cover is an original AI-assisted MESHOPIA photorealistic illustration of the supplied model or its components in a hobby-workshop use or finishing scene. It illustrates a proposed finish and does not document a manufactured, printed, assembled or tested prototype. Consult the downloadable source files for the geometry and included components. LICENSE Published by MESHOPIA under CC0 with uploader authorization.
Supermarine Spitfire digital aircraft model. DIY Spitfire airframe collection with elliptical wings, a rounded vertical tail, control-surface outlines, segmented fuselage and wing sections. The supplied complete example depicts the assembled airframe without a propeller or landing gear. PACKAGE CONTENTS The ZIP contains 47 original STL assets across the Electronoobs and alternate DIY source groups, including a complete-aircraft example and split airframe parts. Variants are labelled separately in the English guide; interchangeability and fit have not been verified. Original STL bytes and numerical coordinates are preserved. The complete example is supplied separately for display and assembly reference, not a verified single-piece printing recommendation. All added filenames are in English. SOURCE VERIFICATION The supplied assembled mesh was imported and visually inspected in local Blender. Binary STL triangle counts, where applicable, were checked. Source units and physical dimensions have not been independently confirmed. This listing represents the supplied digital geometry and its stated variants. PREPARATION AND USE Use for display, rendering or further model preparation. Check mesh integrity, thin walls, watertightness, supports, orientation, dimensions and component compatibility before fabrication. Printing and functional RC operation have not been tested. Motors, radios, electronics, hardware and absent geometry are not included. ORIGINAL MESHOPIA PRESENTATION It preserves the available shapes without inventing absent components. The image represents a proposed finish rather than a photograph of a manufactured aircraft. The current cover is an original AI-assisted MESHOPIA photorealistic illustration of the supplied model or its components in a hobby-workshop use or finishing scene. It illustrates a proposed finish and does not document a manufactured, printed, assembled or tested prototype. Consult the downloadable source files for the geometry and included components. LICENSE Published by MESHOPIA under CC0 with uploader authorization.
Sbach Aircraft digital aircraft assembly. Aerobatic aircraft CAD design with a low main wing, streamlined fuselage, raised cockpit-shaped fairing, cowl openings, nose spinner, tail surfaces, main gear fairings and a tail wheel. A propeller is not present in the recovered geometry. PACKAGE CONTENTS The ZIP contains the original native STEP assembly, a derived STL for display and an English source-file guide. All added filenames are in English. Original CAD bytes are unchanged. The derived STL is supplied separately as the web viewer. GEOMETRY VERIFICATION The native STEP was imported into local FreeCAD and its 24 nonempty shapes tessellated into 272236 triangles with 0.15 source-unit deflection. The resulting assembly was imported into Blender and visually inspected. The STL does not preserve native CAD hierarchy or editing semantics. Source units and real physical dimensions have not been independently confirmed. PREPARATION AND USE Suitable for digital display, CAD inspection and further model preparation. Check topology, wall thickness, watertightness, disconnected surfaces, supports, orientation, dimensions and component fit before fabrication. No verified printing profile, physical build, aerodynamic performance or working RC system is claimed. Hardware and electronics are not supplied. ORIGINAL MESHOPIA PRESENTATION The cover is an original hyperrealistic AI visualization created locally from our Blender geometry reference, showing a proposed cream-and-blue finish at a model-aircraft flying field. The illustrated propeller, transparent cockpit appearance and surroundings demonstrate a possible presentation; they are not supplied in the recovered geometry or evidence of a tested physical build. LICENSE Published by MESHOPIA under CC0 with uploader authorization. ADDITIONAL NATIVE SOURCE FILES The additional English-named source ZIP contains 2 unique native geometry files in 3DM, IGS format(s), together with available source companions and a filename mapping guide. Native source bytes are preserved. Component or material paths may need relinking using that guide. 1 source-derived STL display previews are added separately for on-demand browser viewing. Use compatible CAD or source software for native files without a verified preview. Existing files remain available. Display derivatives do not establish printability, dimensions, fit or flight performance.
A North American FJ-1 Fury digital airframe with a rounded fuselage, low straight wings, a solid modeled canopy form, conventional tail and rear exhaust opening. The supplied Rhino geometry is an aircraft modeling asset; no functioning engine, landing-gear mechanism, RC electronics or flight-ready assembly is established. The English-named native source ZIP preserves 1 unique geometry files in 3DM format(s), available technical companions and a filename mapping guide. Native source bytes are unchanged. Component and material paths may require relinking using the guide. 1 separate source-derived STL display view(s) are provided for selectable on-demand browser inspection. Display derivatives may use normalized units and simplified geometry; use native files for editing and original dimensions. Native formats without a verified conversion remain available in the source ZIP; no unrelated preview has been substituted. The cover is an original AI-assisted MESHOPIA photorealistic illustration of the assembled model being inspected or finished in a hobby workshop. It does not document a manufactured or tested prototype. Physical scale, printability, topology, fit, strength and running or flight performance have not been independently tested. Inspect the source geometry before fabrication. Published by MESHOPIA under CC0 with the collection owner’s authorization.
A multipart A-10 Warthog aircraft model, identified as 1:16 in the source collection. The recognizable airframe has straight wings, two rear engine nacelles, twin tail fins and a detailed nose and cockpit. The source includes fuselage sections, wing and tail components, cockpit and canopy pieces, wheel-related parts, locating and connecting components, and decorative aircraft fittings. The scale is source information, not a physical measurement or verified printer fit. FILES AND ON-DEMAND 3D INSPECTION All 56 original STL geometry files are preserved in the English-named ZIP with a filename mapping guide. Each original STL is also supplied individually under its new English filename, so every supplied part can be selected for 3D inspection on demand. Native geometry bytes are unchanged; these are individual parts, not an automatically assembled airframe. Source units and dimensions are not physically verified. ASSEMBLY Inspect the filename guide to choose parts, variants and repeated quantities. Rods, pins, axles, adhesive and other hardware may be required and must be assessed separately. No flight-ready RC system or verified propulsion setup is claimed. The cover shows a new assembled-model finishing illustration based on an inspected assembled source reference. The supplier image is not the public cover; colors, setting and presentation are new. The foam cradle, hand and brush are illustrative props. NATIVE SOURCE CONTENTS English-named ZIP with supplied native geometry, technical material and texture companions, and an English filename mapping guide. Original geometry bytes are preserved. Native software and renderer compatibility are untested; texture paths may need relinking using the mapping. Technical textures are package assets, not public gallery photos. PREPARATION AND USE Digital model only. Physical scale, printability, wall thickness, watertightness, part separation, fit, strength and mechanical or RC operation have not been tested. Inspect the source in appropriate modelling or slicing software before fabrication. No verified printer profile or working drivetrain is claimed. ORIGINAL MESHOPIA PRESENTATION The cover is a new AI-assisted photorealistic illustration generated locally in ComfyUI using our inspected render of the supplied geometry. It shows a scale-model hobby finishing scene with a new finish, photographic lighting and environment. It does not document a manufactured or tested prototype. Hands, brushes, paint jars, bench and background props are illustrative and are not included. LICENSE AND AUTHOR Author and publisher: MESHOPIA. CC0 with the collection owner’s confirmed authorization. ADDITIONAL BINARY DISPLAY COPIES Two large ASCII STL parts also have smaller binary STL display copies: fuselage section 3 (original geometry-011, 229,666 triangles) and right wing section 1 (original geometry-044, 169,048 triangles). These retain every triangle and the source coordinate system at standard binary-STL float precision, without decimation or rescaling. They allow on-demand viewing of the two large text-format parts. The original ASCII bytes remain in the source ZIP and their original downloads. Compatible parts inside the native ZIP can also be opened individually with View ZIP parts. ON-DEMAND INSPECTION COPY An additional source-derived STL simplifies dense triangles for interactive inspection. Source coordinate units are preserved. Original downloads remain unchanged; use them for fine details and fabrication checks.
A compact Cessna CitationJet-family business jet with two rear-mounted engines, a T-tail, straight wings, short passenger cabin and landing gear. The source shows five side cabin windows; exact CJ subvariant is unverified. Exact physical scale and manufacturing specifications are unverified. COMPLETE NATIVE SOURCE The English-named ZIP includes the complete supplied OBJ geometry under a new identifying filename and an English guide mapping it to the original numbered source. Original geometry bytes are unchanged. Materials and textures are not promised where they were not supplied. ON-DEMAND 3D INSPECTION A separately selectable lightweight STL display is derived from the complete native geometry. It is simplified and normalized for browser inspection, so its coordinates do not establish fabrication units or replace the original OBJ. The compatible original OBJ inside the ZIP can also be selected through View ZIP parts, subject to the viewer size budget. PREPARATION AND USE Suitable for digital scenes, hobby-miniature display, paint detailing and further modeling preparation. Physical scale, mesh closure, wall thickness, separate-component fit, supports, strength, wheel movement and RC operation are untested. Inspect the native model in suitable software and a slicer before any fabrication. No physical vehicle, paint, tools, printer profile, electronics or working mechanism is included. ORIGINAL MESHOPIA PRESENTATION The cover is our own AI-assisted photorealistic hobby-use illustration, generated locally in ComfyUI from the inspected source geometry with a new finish and workshop setting. It shows miniature paint detailing and is marked MESHOPIA in orange at the lower left. It does not document a physically manufactured or tested sample. Hands, brushes and workshop items are illustrative. Supplier renders and catalog photos are private references and are not the published cover. LICENSE AND AUTHOR Author and publisher: MESHOPIA. CC0 with the collection owner’s confirmed redistribution authorization. TWO SOURCE CONFIGURATIONS The original OBJ scene contains two aircraft arrangements at separate vertical positions. Both remain intact in the unchanged native OBJ. Two separately selectable lightweight STL displays show the individual arrangements; their separation used the empty gap between native groups without cutting any source faces. These are inspection derivatives, not newly engineered printable assemblies.
Archivo STL identificado como airbus_a400m.stl en la carpeta Air Crafts/Planes/airbus_a400m de Google Drive. Su SHA-256 coincide con una copia exacta inventariada en H:\STLs, por lo que se usa una sola copia. La carpeta incluye una imagen de referencia, que no se adjunta. No se han comprobado la geometría, la completitud funcional, la escala, el montaje, la impresión física ni las propiedades funcionales. Autoría y licencia de origen no identificadas. Se publica gratis para uso personal por autorización independiente del usuario; esta opción no sustituye una licencia fuente. Según el usuario, la IA no intervino en el diseño 3D del archivo coincidente con H:. La portada sí se generó con IA.
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.
OVERVIEW Four-Engine Airliner — Level Painted 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
OVERVIEW A swept-wing jet model with a rounded frontal intake, separate cockpit covers, swept wings, individual control surfaces and a high tail arrangement. The assembled display uses 28 component instances from 26 supplied STL meshes. Their original vertex coordinates and triangle connectivity remain intact in the full-resolution 3MF; components are positioned with rigid transforms, not fused into one watertight shell. FINISHED IMAGE The proposed aluminium finish has yellow wing and fin tips and dark smoked glazing. This is an illustrative paint scheme, not verified historical markings or a photograph of a tested print. Blender renders the actual assembled geometry, display board and acrylic supports; local-PC AI supplies only an empty workshop background. Opaque rendered pixels remain unchanged in the composite. The board and supports are scene accessories, excluded from the aircraft files. DOWNLOADS AND VARIANTS The direct 3MF contains the assembled display. The ZIP also includes it, all 32 standalone STL parts, 32 native slicer project containers, 32 stored G-code files and 32 separately extracted original project-embedded STL variants. The embedded meshes retain their own geometry and print poses; they are not silently substituted for standalone versions. Alternative control-system parts, covers and assembly aids remain available separately rather than overlapping in the displayed configuration. The previous complete 32-object OBJ layout is retained as an additional archival variant. Its vertex, normal, texture-coordinate, face-index and smoothing lines remain unchanged; only object/group labels are renamed. One supplied reference JPG remains byte-identical as an archival resource, separate from the new generated cover. An extensive English guide, CC0 notice, role index and integrity manifest are included. Extract linked resources together and preserve their relative filenames. Slicer projects preserve embedded geometry, numerical model transforms, profile settings and embedded printer commands. Their records are decompressed and checked after relinking. Native slicer GUI reopening is not claimed. G-code machine-command bytes remain unchanged and have not been executed. A separate reduced mesh serves the browser viewer; it does not replace the full native resources. DIMENSIONS AND SCALE The digital assembly uses millimetres, consistent with the native printing profiles. Its measured envelope is approximately 762.3 mm across the wings, 893.2 mm long and 237.6 mm high. These describe this digital placement, not a printed example or a verified full-size-aircraft scale. At a uniform 75% display scale the envelope is about 571.7 × 669.9 × 178.2 mm; at 50%, about 381.2 × 446.6 × 118.8 mm. These are geometric estimates, not validated print settings. Resizing changes walls, joints, hardware seats and control interfaces. Reassess all of them before fabrication. PRINTING ADVICE - UNTESTED Inspect individual parts and every previewed layer in your slicer, particularly thin skins, ribs, intake edges, wing tips and control-surface seams. Confirm units, build volume, extrusion widths and whether your slicer produces the intended thin-wall paths. Use settings established for your own printer and filament, then print a representative thin section and joint sample before committing to the whole airframe. No universal layer height, infill, support plan, temperature or material performance is certified. Native presets and stored toolpaths are archival starting points. Check nozzle and filament dimensions, bed origin, extrusion mode, cooling and start/end commands; regenerate toolpaths for your machine. Supports, bonding and reinforcement requirements depend on the selected parts and material. Work on duplicates when repairing or resizing. ASSEMBLY AND FINISH Dry-fit neighbouring sections, cockpit seams, wing roots, tail interfaces and control clearances without forcing thin features. Digital placements are not a physical tolerance certificate. Verify any electronics, propulsion, servos, rods, hinges, fasteners, magnets and adhesives independently; these are not newly generated printable hardware. The display is not a certified flightworthy RC aircraft. Prepare and prime a spare printed piece before trying an aluminium-colour coat, yellow tip masks and dark canopy paint. Test material, adhesive and paint compatibility. Keep coatings away from moving interfaces and small clearances. RIGHTS Published free by Tomás Piernas under CC0 according to the account holder's express authorization for the supplied corpus. Publication ownership does not assert original design authorship. Legitimate notices and necessary technical identifiers remain. Printing, mechanical operation, structural strength and flight performance have not been tested. #AircraftModel #SweptWingJet #ScaleModel #DisplayModel #STL #3MF #3DPrinting #ModelAircraft #CC0
An assembled twin-seat jet airframe for static display, supplied alongside the complete collection of separate printing parts and alternatives. The displayed edition uses 45 actual source components: the segmented fuselage and nose, both main wings, ailerons, wing tips, both horizontal tails and elevators, the complete fin and rudder, an updated three-piece canopy and the motor hatch. Components were positioned with rigid transforms; their original surface geometry was not stretched or redesigned. DISPLAY CONFIGURATION This is a supported airframe display with the landing gear not installed. It is not a representation of a tested flying aircraft or a complete working retract system. The illustrated finish proposes satin silver paint, a deep blue fin and nose tip, red tip accents and opaque glossy paint that simulates canopy glazing. These are proposed modelling colours, not a verified historical scheme. The wooden plinth and clear supports are illustration scenery and are not included in the aircraft geometry. The selected wings use the supplied solid inner sections and the supplied outer sections without tanks. The alternative wings for separate flaps, tank components, landing gear, tires, wheel hubs, doors, canopy variants, mounts, fittings and other supplied parts remain in the archive. Only one coherent display configuration is assembled in the full-airframe files; the archive retains the other configurations as separate source parts. FILES AND FORMATS The standalone OBJ provides the complete assembled airframe without external material or texture dependencies. The ZIP adds a coloured, 45-component 3MF assembly, the full assembled STL, the OBJ, an English guide and a file inventory. Colours in the 3MF are proposed flat paint colours; the OBJ and STL are geometry formats and may appear in a neutral viewer material. The archive also preserves all 120 distinct supplied resources: 113 STL variants, one native FFF slicer profile and six reference images. Original STL facet coordinates, stored normals and attributes are preserved in the separate source-part copies; only nonfunctional file-header text was replaced. Native profile printing values, technical identifiers and custom G-code were retained. The FFF XML was checked for preserved semantics; this does not certify compatibility with a particular printer or slicer installation. All public filenames use new opaque identifiers. The inventory explains functional roles without relying on old filenames. SIZE AND SCALE The assembled coordinate span is approximately 1,399.1 wide by 1,853.2 long by 560.6 high. Export files declare millimetres for interoperability and retain the native size with a common translation to place the assembly above Z=0. Original physical units and the exact ratio to a full-size aircraft have not been independently measured. No certified historical scale is claimed. At that assumed unit convention, 50% gives a length of about 926.6 mm and 25% about 463.3 mm. These are coordinate calculations, not print recommendations. Thin aircraft walls, hinges, clearances and hardware seats do not remain suitable simply by scaling the whole model. Check them in the intended slicer before making a smaller display edition. PRINTING AND ASSEMBLY Print settings have not been physically tested. Use the separate source parts for printing and the assembled files for inspection and planning. Do not treat the complete airframe 3MF as a ready-to-print machine project. Review each part's orientation, wall paths, nozzle width, layer height, support access and bed contact. Preserve mating surfaces and control clearances; test representative joints and hardware seats before a long print. Inspect duplicate or degenerate facets on a working copy if your software reports them, and retain the supplied originals. The native FFF is a reference profile, not an instruction to run its custom machine commands. Validate its printer assumptions and operating values against your own equipment. Follow your filament maker's guidance for temperatures and cooling. Assess adhesion and warping on coupons, remove support marks carefully and dry-fit before bonding. Suggested finishing steps are light surface preparation, compatible primer, thin colour coats and a protective finish after checking material compatibility. No print time, filament quantity, flight performance, load capacity or mechanical fit is guaranteed. PROVENANCE AND LICENCE Published by Tomás Piernas. Original design credit: Lynxman. CC0 redistribution is provided under the account holder's stated authorisation. Necessary technical identifiers remain where they affect the supplied resources. The cover uses a locally generated AI workshop background with the actual assembled model render protected from AI redrawing. The 3D design itself is not declared AI-generated. #Jet #AircraftModel #RCAirframe #ScaleModel #ModelMaking #3DPrinting #STL #OBJ #3MF #CC0
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
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