230.0320.085.0
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Interactive 3D model of Aerospace Desktop Model

Enclosures and housings

Aerospace Desktop Model

15 views
Bounding box
320.0 × 230.0 × 85.0 mm
Engine
Precision B-rep
Parameters
16
Published
August 7, 2026

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The prompt

Create a simple fictional non-functional aerospace desktop display model in millimeters. Use only closed 2D polygons, linear extrusions, mirror operations, and boolean unions. Do not use loft, sweep, shell, revolve, fillet, or chamfer. Create one solid 300 mm long. Make the main body from a symmetric faceted top-view polygon extruded to 40 mm height. Maximum body width is 72 mm. Form a broad center, a rounded-looking but polygonal front, and a closed tapered rear within the same extruded polygon. Add two symmetric swept trapezoidal wings, 5 mm thick, for a total span of about 230 mm. Add two simple symmetric trapezoidal upper tail fins, 4 mm thick. Boolean-union all parts into exactly one closed solid. No openings, cavities, internal components, nozzle, text, logos, or separate floating parts. Make the main dimensions editable and prepare for STEP and STL export.

Parameters

NameValueRange
Body length300 mm200 – 500
Max body width72 mm40 – 150
Body height40 mm20 – 100
Total wing span230 mm150 – 400
Wing root chord120 mm40 – 200
Wing tip chord60 mm20 – 150
Wing sweep (tip LE aft)40 mm0 – 120
Wing thickness5 mm2 – 15
Wing root LE x‑position50 mm-50 – 200
Tail fin root chord70 mm20 – 150
Tail fin tip chord30 mm10 – 100
Tail fin height45 mm15 – 100
Tail fin sweep (tip LE aft)30 mm0 – 100
Tail fin thickness4 mm2 – 10
Tail fin Y offset from center25 mm5 – 60
Tail fin root LE x‑position-80 mm-200 – 0

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.