14 modelos etiquetados · Página 1 de 1

#aircraft kit

Descubre modelos 3D etiquetados como aircraft kit y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Buscar esta etiqueta en el catálogo →

Vehículos y transporteGratis

Swept-Wing EDF Jet — Assembled Airframe and Complete Print Kit

OVERVIEW A swept-wing EDF aircraft printing project with a source-derived static assembled display. The actual fuselage, joined canopy, six-section left and right wings, multipart ailerons, horizontal stabilisers, elevators, vertical stabiliser and four-section rudder are positioned with rigid transforms. The complete display retains 47 mesh instances and 3,175,018 source triangles. No missing power-system or purchased hardware has been invented. The silver finish is a proposed model-making treatment, not evidence of a physical build or flight test. FILES AND VARIANTS The complete resource archive preserves 182 distinct payloads: 56 supplied STL resources plus 50 distinct STL variants recovered from native projects, 31 Simplify3D factory projects, four MatterControl slice files, 38 source G-code presets, two PDF documents and one JPEG reference. All source formats and alternatives remain available. Factory project references were reconciled to functional opaque filenames while numerical transforms and source machine commands were retained. Native factory GUI compatibility has not been certified. Separate downloads provide the full-resolution coloured 3MF assembly, its opaque native Blender scene archive and a convenience archive of all 106 STL resources. The 3MF is a full-resolution display, not a validated single-piece printing instruction. The Blender assembly was independently reopened. Detailed English guidance is included in the archives. Original manuals, decal material, necessary notices and 3DLabPrint credits remain available. OPTIONAL FITTINGS Separate native resources include EDF-ring size options, equipment mounting pieces, a canopy latch, wheel components, wing covers, nose guns and a small tail fitting. These remain supplied resources rather than proof of installed equipment in the display. Consult the guide for bought-in servos, EDF, electronics, springs, rods and landing-gear requirements. The digital assembly does not certify their operation or compatibility. SCALE AND DIMENSIONS The guide states approximately 1:8 and nominal dimensions around 1220 mm wingspan, 1220 mm length and 460 mm height. These are unverified source specifications. Current static digital bounds are approximately 1205.64 mm longitudinally, 1222.64 mm in span and 385.09 mm high, excluding uninstalled fittings and purchased landing gear. These are scene measurements, not physical measurements. Check native project units separately. To resize the complete display, use target dimension divided by its current dimension times 100. Rescaling changes wall thicknesses, hinge diameters, clearances and hardware fit; it does not create a certified RC variant. PRINTING ADVICE — UNTESTED No physical printing, hinge-operation, strength, balance or flight testing has been performed for this publication. Inspect each selected component, thin-wall skin, rib, seam and control bearing in your slicer. Do not replace the supplied lightweight structure with an assumed generic infill recipe. Check the first layer and every intended printed island. Review supports manually to avoid blocking passages or damaging mating surfaces. Disconnected internal structures can be intentional; do not automatically merge or repair every component. Test a representative thin-wall section and a small joint before printing the complete kit. Validate extrusion or exposure, adhesion, cooling, material mass and layer bonding on your own equipment. Clean and dry-fit sections before bonding. Check left/right identity, control direction and canopy-latch fit. The guide calls for completing each horizontal stabiliser with its elevator and associated hardware at the bench before attaching it to the tail. Missing hardware is not supplied by an assembled image. MACHINE-SPECIFIC FILES Preserved G-code has not been executed and is not universal ready-to-run output. Verify firmware dialect, origin, machine size, temperatures, tool selection, extrusion mode and start/end commands before considering any preset. Produce your own validated toolpaths when compatibility is uncertain. FINISH AND IMAGES The proposed aluminium coating and darker canopy are applied to the real assembled surfaces. Photographic presentation uses local-PC rendering and an empty workshop background generated by local AI; the actual model pixels are protected from AI redraw. It is a digital finishing illustration, not a photograph of a tested print. Use primer and thin paint coats on a test sample and protect joints and bearings from paint buildup. RIGHTS AND STATUS Free CC0 distribution follows the account holder's explicit authorization. Necessary source notices and credits are retained; original authorship is not reassigned to the publishing account. Opaque filenames do not make recognizable geometry anonymous. Printing and mechanical or flight performance remain untested. #ScaleModel #ModelAircraft #EDFJet #3DPrinting #ModelMaking #PrintKit #CC0

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Skywalker RC-II — Native CAD Aircraft Kit

Skywalker RC-II. A high-wing pusher aircraft CAD kit with a compact gondola fuselage, a rear-mounted propeller, an exposed single tail boom and a conventional tail. Intended for aircraft CAD work, assembly study and further RC project development. The English-named source ZIP contains 10 SolidWorks part files and 4 SolidWorks assemblies, together with a filename mapping and component relinking guide. Native geometry bytes are preserved. Open assemblies in compatible CAD software and relink component references using the guide. A verified browser mesh conversion is not yet available for these native SolidWorks sources. The package can be downloaded for inspection in compatible CAD software; no synthetic or unrelated 3D preview has been substituted. The cover is a new AI-assisted MESHOPIA photorealistic illustration of the assembled model in an RC workshop, based on the genuine embedded assembly preview. The embedded supplier preview is not used as a public photo. Physical scale, printability, fit, required electronics, strength and flight performance have not been tested. Published by MESHOPIA under CC0 with the collection owner’s authorization.

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

F-14 Tomcat Kit Card — Model Kit & Assembled Display

OVERVIEW F-14 Tomcat Kit Card — Model Kit & Assembled Display 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 ZIP preserves all 11 supplied STL variants, the OBJ viewing copy and the complete multicolour 3MF slicer project. It also includes an exploded assembly-reference image, this English guide, a file inventory and the locally generated assembled-display image. The 3MF retains its component graph, transforms, colour assignments, printer and filament settings, and four functional plate images. Its optional display photographs are replaced by the current finished illustration; the technical exploded view remains available both inside the project and as a separate PNG. Repeated identical resources are stored once. All filenames use neutral identifiers; the inventory lists current files, sizes and integrity hashes. GEOMETRY AND ASSEMBLY Mesh coordinates, connectivity and build transforms are preserved. 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 supplied project declares a Bambu Lab X1 Carbon with a 0.4 mm nozzle, four PLA colour slots (grey, white, yellow and black), 0.16 mm layers, two wall loops and 10% sparse infill. These are retained source settings, not agent-tested recommendations. Check compatibility or re-slice for your own printer. No machine commands were run. The presentation does not certify watertightness, wall thickness, independent printability, part fit or articulation. Review each variant 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 shows the finished kit-card aircraft assembled on its stand. The flat kit-card and separated components remain construction resources rather than the cover. 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. #ScaleModel #ModelMaking #Miniature #3DPrinting #STL #CC0

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

JP-01 Business Jet — Model Kit & Assembled Display

OVERVIEW JP-01 Business Jet — Model Kit & Assembled Display 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Airbus A320 — Model Kit & Assembled Display

OVERVIEW Airbus A320 — Model Kit & Assembled Display 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Black Jet X — Assembled Aircraft Display & Source Kit

OVERVIEW Black Jet X — Assembled Aircraft Display & Source Kit 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Swept-Wing RC Jet — Model Kit & Finished Display

OVERVIEW Swept-Wing RC Jet is a digital aircraft model kit with a finished-display illustration. The pointed nose, dark canopy, swept main wings, paired side intakes and tall vertical tail give the aircraft its distinctive outline. The cover proposes a glossy green finish with white and dark sweeping accents. It shows an assembled model on a foam cradle at an airfield workbench. The cradle, tools and distant surroundings are illustrative accessories, not additional downloadable parts. DOWNLOAD CONTENTS The complete ZIP contains 39 supplied STL geometry variants, the OBJ viewing copy, 61 supplied G-code presets, an English preparation guide, a machine-file guide, a file inventory and the locally generated display image. Repeated identical resources are stored once. Every public filename is an independent neutral identifier. The inventory lists actual files, byte sizes and current integrity hashes. It does not include a correspondence with earlier filenames. Alternative sections and presets are not a bill of materials or a count of pieces required for one build. GEOMETRY AND MACHINE FILES STL triangle payloads and OBJ geometric data are preserved. The G-code files retain their executable command streams and operational slicer settings; only descriptive names and mesh-label comments are normalized. No printer commands were executed during preparation. These presets are machine-specific historical resources, not tested universal settings. Read the machine-file guide and inspect printer type, dimensions, material, temperatures, start/end sequences and extrusion configuration before use. Re-slice the selected geometry for your own setup when compatibility is uncertain. PRINTING ADVICE — UNTESTED Inspect each selected part in a slicer. Confirm units, disconnected shells, open edges, minimum wall thickness, thin trailing edges, support access and left/right variants. Large wing and fuselage sections may need a suitable build volume, reinforcement and nonprinted components; establish these from the actual parts and construction method. A layer height around 0.12–0.20 mm can be an initial FDM trial range for an appropriately sized component, not a validated airframe preset. Print a representative thin feature and joint sample before a complete build. Check material behaviour and bonding on that sample. Work on copies when repairing, splitting or resizing. Structural strength, part fit, electronics, propulsion and flight capability have not been certified. DIMENSIONS AND SCALE No physical scale is certified from the cover or a layout bounding box. Confirm units and measure selected geometry independently. Uniform resize percentage equals target dimension divided by current dimension multiplied 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 thin features, clearances, reinforcement and hardware compatibility after any resize. A display miniature and an operating RC aircraft have different construction requirements. FINISHING AND PRESENTATION Dry-fit compatible sections before bonding. Remove support marks without rounding trailing edges or covering modeled detail. Test primer and paint on a sample, mask colour boundaries and apply contrasting glazing and intake finishes where appropriate. The green-and-white scheme is a proposed finish. STL files do not inherently supply that paint system. Adhesives, paint, glazing, electronics, fasteners and other hardware are not implied by the illustration. IMAGE AND RIGHTS The cover was generated on this PC with local ComfyUI/Qwen Image Edit, using the supplied aircraft reference. Its overall silhouette, wing and tail arrangement, canopy and finish were visually compared with that reference. It is an AI-assisted presentation illustration, not a photograph of a tested physical print, an exact geometric reconstruction or evidence of an assembled downloadable scene. CC0 follows the uploader's explicit redistribution authorization. The publishing account does not claim original design authorship or manufacturer endorsement. #RCJet #AircraftModel #ScaleModel #ModelMaking #3DPrinting #STL #CC0

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Boeing 737-200 — Model Kit & Finished Display

OVERVIEW Boeing 737-200 — Model Kit & Finished Display 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Boeing X-37B — Model Kit & Finished Display

OVERVIEW Boeing X-37B — Model Kit & Finished Display 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Boeing 747SP — Model Kit & Finished Display

OVERVIEW Boeing 747SP — Model Kit & Finished Display 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

KAC500S — RC Aircraft Kit & Assembled Display

OVERVIEW KAC500S is supplied as a digital model kit. The replacement cover shows the aircraft assembled and finished, using a reference image included in the source collection. It replaces the earlier scattered-parts cover. The supplied model silhouette, existing component arrangement and paint boundaries are retained in the reference-based illustration. The downloadable kit still consists of its supplied source resources; a cover image is not a proof of a tested physical build, complete bill of materials, printable assembly or flight capability. ASSEMBLED DISPLAY AND FINISH Retain the complete original white twin-engine aircraft with dark windows and all original wing, tail and gear shapes. Improve subtle glossy paint and dark rubber tyre finishes only. The cover is produced on this PC with local ComfyUI/Qwen Image Edit from the supplied finished-assembly reference. It is identified as an AI-assisted visualization. This correction does not claim that the agent has recovered a complete assembled 3D scene or verified each printable joint. The retained geometry, reference photographs and any included documentation should be consulted together when planning construction. Paint, glazing, mechanical hardware, supports and setting visible in a reference may require additional materials and are not automatically printable parts. DOWNLOAD CONTENTS The existing downloadable files and their names are retained unchanged by this presentation correction. This includes the earlier package and source geometry already listed on the page. The original source collection was not modified. Consult the file list and package manifest for actual formats, individual parts, alternatives, reference images and documents. Duplicate, mirrored or alternative resources do not establish how many pieces a particular build requires. Any older scattered-cover description in a retained guide is superseded by this current presentation note; fabrication checks must use the actual selected geometry and supplied construction documentation. PRINTING ADVICE — UNTESTED Inspect every selected source part in a slicer before fabrication. Check physical units, open boundaries, intersecting or disconnected shells, minimum wall thickness, thin trailing edges, small fittings and support access. Select the intended left/right parts and compatible versions carefully. Large aircraft may require separate wing and fuselage sections, reinforcement and nonprinted components. These requirements must be established from the source documentation and your intended construction method, not inferred from the cover. Choose material, extrusion or exposure, layer height and supports for your own printer and actual dimensions. Print a representative thin feature and joint sample before committing to a full build. Work on copies if mesh repair, hollowing, splitting or scaling is required. No agent-tested printer preset, structural strength, fit tolerance, electronics configuration or safe flight setup is supplied. DIMENSIONS AND SCALE No physical units or specific scale are certified by this correction. A display-layout bounding box is not an assembled measurement. Confirm source dimensions and any documented scale independently in the slicer. Use target dimension divided by current dimension multiplied by 100 to calculate a resize percentage. For a documented original 1:N and target 1:T scale, use N divided by T multiplied by 100. Recheck build volume, minimum feature thickness, joints, reinforcement and clearances after resizing. A small display miniature and an operating RC aircraft have different structural requirements. FINISHING AND PRESENTATION Remove supports without damaging fragile edges, then prepare a test sample for primer and paint. Preserve modeled surface detail while sanding. Use appropriate body, rubber, metal, canopy and fabric finishes where those surfaces are present in the selected model. The finished scene illustrates a possible appearance; surrounding supports, ground and scenery are not additional download promises. The actual resource inventory remains authoritative. IMAGE AND RIGHTS The reference is an image supplied with this source collection, not a new photograph of a physical model made by the agent. Local AI enhancement is limited to presentation and is visually compared with that reference before publication. There is no claim of a geometry-derived or physically tested assembly from this cover. CC0 follows the uploader's explicit rights and redistribution authorization. Original authorship is retained as declared on the existing page; no manufacturer endorsement is claimed. #ScaleModel #AircraftModel #3DPrinting #ModelMaking #Miniature #CC0

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Beechcraft King Air 350 — Model Kit & Assembled Display

OVERVIEW Beechcraft King Air 350 — Model Kit & Assembled Display 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 Mesh coordinates, connectivity and build transforms are preserved. STL triangle records and colour information are retained; OBJ vertices, faces, normals, texture coordinates, smoothing declarations and vertex colour numbers are preserved where present. In supported slicer projects, selected operating settings and functional plate images are retained; optional source photographs are replaced by the current display illustration. Those settings have not been tested on a printer. The presentation does not certify watertightness, wall thickness, independent printability, part fit or articulation. Review each variant 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. #ScaleModel #ModelMaking #Miniature #3DPrinting #STL #CC0

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

ASK 14 v1.9 — Model Kit & Finished Display

OVERVIEW ASK 14 v1.9 — Model Kit & Finished Display 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar

Vehículos y transporteGratis

Savage v7 — RC Aircraft Kit & Finished Display

OVERVIEW Savage v7 — RC Aircraft Kit & Finished Display 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

Tecnología: Sin probar
Material: —
Dificultad: Sin especificar