Model sheet · for your workshop
Vehicles and transport
Red Three-Wing Aircraft - Display Model
Authorship, licence & source
- Original author
- Original design authorship not claimed
- Publishing account
- Tomás Piernas
- Licence
- CC0 · Public domain · Full terms
- Availability
- Free package hosted by MESHOPIA
- Listed contents
- 4 files · OBJ · ZIP
- Declared source
- MESHOPIA collection
Read the licence terms on the original listing. This sheet does not replace those terms or grant file access or additional rights.
Project documentation
- Assembly manual
- Not identified in the file list
- Bill of materials
- Not identified in the file list
Grouped by filename, without inspecting contents. Links lead to the public model listing; this sheet does not include the documents or grant access to paid downloads.
Before making: confirm additional parts, electronics, tools, scale and mounting points with the creator. A bill of materials does not establish that the assembly has been built or tested.
Print preparation
- Print status
- Not verified
Published description
OVERVIEW
This red three-wing aircraft is supplied as a digital display and model-making collection. The complete static assembly has three stacked wings, interplane supports, an open cockpit, a two-blade propeller, two main wheels and a rear support. The presentation shows the aircraft assembled and upright, with contrasting light markings, dark tyres, blue-grey supports and a wood-toned propeller. This is an illustration of a proposed miniature finish, not a photograph of a tested physical print or a verified historical airframe.
DOWNLOAD CONTENTS
Each complete ZIP retains 37 separate STL part slots, all three distinct static OBJ assembly variants, an editable native BLEND scene and all 21 supplied image resources. It also includes the English preparation guide, a checksum inventory, CC0 information and the locally prepared presentation. Two OBJ variants remain individually downloadable; the third is inside the complete archives. Similar or repeated STL slots are retained rather than silently discarded. File counts do not establish assembly quantities, a validated building sequence or independent printability of every surface.
NATIVE SCENE AND GEOMETRY
Extract the complete ZIP into one directory so the BLEND scene can resolve its relative image links. Mesh coordinates, connectivity, material assignments, source UV data, curves, skin radii, hierarchy and modifier settings were compared after reopening the renamed copy. Editable array, bevel, curve, mirror, shrinkwrap, skin, solidify and subdivision operations remain present. Tiny floating-point variation in evaluated UV output was also reproduced by reopening the unchanged source; no source UV edits were made. Some retained images are scene references rather than visible surface textures. Required technical identifiers remain intact.
All three OBJ variants were independently reopened after renaming and retain their distinct geometry and object grouping. The browser uses a plain technical material, so that view may differ from the painted illustration. A lighter display-only preview preserves all 69 objects of the selected complete upright assembly. Its reduced triangle count is for interactive viewing; it does not replace the full-resolution download or certify suitability for printing. Older variants are retained for access and comparison rather than presented as additional completed aircraft.
PRINT PREPARATION — UNTESTED
Inspect each selected file for open edges, intersecting shells, thin surfaces, narrow connections and unsupported islands. Pay particular attention to the three wing planes, leading and trailing edges, slender supports, tail surfaces, cockpit details, propeller and landing gear. Preserve the supplied files and perform repairs or thickening on working copies. Do not assume a static assembly can be printed as one unsupported object or that depicted parts have validated fit, strength, articulation or flight capability.
Manufacturing & assembly notes
Untested source geometry. Confirm slicer units, manifoldness, intersecting surfaces and fine-feature thickness. The upright display OBJ is normalized for visualization; use full-resolution source geometry in the corrected package for fabrication checks. No verified physical scale, print settings, assembly fit or flight capability is claimed.
Declared changes from the original
Prepared for display and download. No physical print has been certified.