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#glider

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Vista de RC planes - test parts

RC planes - test parts

RC planes - test parts Purpose This collection serves as a set of test files for various RC airplane projects. It is intended to provide users with components for testing purposes related to specific aircraft designs. Practical Uses These files can be used to print and test parts for two specific aircraft projects: the S-bach 300 (available in 1000mm and 1200mm scales) and a 1500mm Glider. Included Parts The provided ZIP file contains the following: - Manuals - STL files - 3MF files Specific components mentioned include files such as "Wing L1.stl."

Tecnología
Sin probar
Material
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Dificultad
Sin especificar
Vista de Servo cover mold

Servo cover mold

This model is a mold designed for creating a servo cover using fiberglass or carbon fiber. Practical uses include manufacturing lightweight covers for RC planes or gliders. The author reports using PLA for the mold and suggests a layup consisting of 3 layers of 25g/m2 fiberglass and 2 layers of 80g/m2 fiberglass at a thickness of 0.3mm. Included files: mold.stl

Tecnología
Sin probar
Material
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Dificultad
Sin especificar
Vista de Kraga Kodo — 3D Printable RC Slope Glider

Kraga Kodo — 3D Printable RC Slope Glider

A slender RC glider with long wings and visible lightweight lattice structures. The printable parts form a multipart airframe whose external finish depends on the assembly and covering process. PACKAGE CONTENTS 1 PDF file, 66 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.

Tecnología
Sin probar
Material
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Dificultad
Sin especificar
Vista de Bukobot Fly — One-Piece Glider Model

Bukobot Fly — One-Piece Glider Model

A Bukobot Fly one-piece glider model supplied as a single STL, with its integrated swept wing, slender body, vertical fin and rear stabilizer forms. It is a small model asset; no verified flight range, balance, physical printing dimensions or safe launch performance is claimed. PACKAGE AND FILE NAMES The ZIP contains 1 distinct original STL geometry files under English filenames, preserving their native bytes. An English file guide maps each file to its original source part/variant label and identifies identical duplicate copies as aliases. Required repeat copies or alternative parts must be chosen deliberately before assembly. SELECTABLE ON-DEMAND 3D PREVIEWS Every distinct source STL has its own separately selectable lightweight STL display mesh. Choose each geometry identifier in the viewer to inspect that component. Display conversions are normalized and approximately simplified for browser use; the shown file-unit dimensions do not establish real fabrication units. The complete source ZIP retains the full original geometry. PREPARATION AND USE Check original units, scale, orientation, clearances, wall thickness, manifoldness, part alignment, support requirements and compatibility before fabrication. No MESHOPIA physical print, working drivetrain, tested printer profile or flight test is claimed. Any additional rolling chassis, glazing materials, powered components or scenery shown for context are not included unless explicitly listed above. OWN MESHOPIA PRESENTATION An original locally generated AI-assisted photorealistic image uses our inspected source-geometry reference, with new finishes, camera, lighting and a model-handling or glider-workbench setting. It illustrates the source components assembled or installed; it is not a verified assembly simulation or evidence of a manufactured object. LICENSE Author and publisher: MESHOPIA. CC0 redistribution authorization confirmed by the uploader.

Tecnología
Sin probar
Material
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Dificultad
Sin especificar
Vista de Jet-Outline Glider — One-Piece Model

Jet-Outline Glider — One-Piece Model

A one-piece jet-outline glider model supplied as a single STL identified by the source as FMSG9_Flieger. It has a flat swept-wing outline, raised central spine, tail surfaces and a short nose. No specific real aircraft type or tested flying capability is claimed. PACKAGE AND FILE NAMES The ZIP contains 1 distinct original STL geometry files under English filenames, preserving their native bytes. An English file guide maps each file to its original source part/variant label and identifies identical duplicate copies as aliases. Required repeat copies or alternative parts must be chosen deliberately before assembly. SELECTABLE ON-DEMAND 3D PREVIEWS Every distinct source STL has its own separately selectable lightweight STL display mesh. Choose each geometry identifier in the viewer to inspect that component. Display conversions are normalized and approximately simplified for browser use; the shown file-unit dimensions do not establish real fabrication units. The complete source ZIP retains the full original geometry. PREPARATION AND USE Check original units, scale, orientation, clearances, wall thickness, manifoldness, part alignment, support requirements and compatibility before fabrication. No MESHOPIA physical print, working drivetrain, tested printer profile or flight test is claimed. Any additional rolling chassis, glazing materials, powered components or scenery shown for context are not included unless explicitly listed above. OWN MESHOPIA PRESENTATION An original locally generated AI-assisted photorealistic image uses our inspected source-geometry reference, with new finishes, camera, lighting and a model-handling or glider-workbench setting. The source geometry is rendered in Blender and protected while the surrounding photorealistic finishing-workbench scene is generated. It shows the body shell or illustrative glider assembly being prepared; it is not a verified assembly simulation or evidence of a manufactured object. LICENSE Author and publisher: MESHOPIA. CC0 redistribution authorization confirmed by the uploader.

Tecnología
Sin probar
Material
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Dificultad
Sin especificar