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Interactive 3D model of Mechanical Gyroscope Desk Sculpture

Enclosures and housings

Mechanical Gyroscope Desk Sculpture

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Bounding box
50 × 60 × 57 mm
Engine
3D Printing B-rep
Parameters
16
Published
October 31, 2026

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The prompt

Generate a precise 3D-printable non-electronic Mechanical Gyroscope Desk Sculpture as a closed-manifold solid assembly matching the 3-axis orientation of the reference image. Center sphere is 30mm diameter with a 10mm vertical Z-axis through-bore. Inner gimbal ring is 32mm ID, 40mm OD, 10mm height, with opposing 3mm pivot pin sockets along the X-axis (0 and 180 degrees). Middle gimbal ring is 42mm ID, 50mm OD, 10mm height, rotated 90 degrees relative to the inner ring with opposing 3mm pivot pin sockets along the Y-axis (90 and 270 degrees). Outer base ring is 52mm ID, 60mm OD, 10mm height, with a flattened bottom face for desk stability. Maintain 1.0mm radial air gaps between all nested components and 0.1mm fit clearance on all 2.8mm pivot pins. All outer edges have 0.5mm chamfers with smooth high-polygon curves and zero internal wiring or electronics.

Parameters

NameValueRange
Center sphere diameter30 mm12 – 60
Vertical Z through-bore diameter10 mm3 – 20
Bore edge chamfer0.5 mm0.2 – 2
Inner gimbal ring outer diameter40 mm20 – 90
Inner gimbal ring inner diameter32 mm16 – 80
Middle gimbal ring outer diameter50 mm24 – 100
Middle gimbal ring inner diameter42 mm20 – 90
Outer base ring outer diameter60 mm28 – 120
Outer base ring inner diameter52 mm24 – 110
Ring thickness / height10 mm4 – 20
Chamfer on ring outer edges0.5 mm0.2 – 2
Pivot pin diameter2.8 mm1.5 – 5
Pivot pin end chamfer0.4 mm0.1 – 1
Pivot socket diameter3 mm1.5 – 6
Pivot socket depth3 mm1 – 6
Flattened bottom face cut3 mm1 – 8

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.

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Mechanical Gyroscope Desk Sculpture - Free CAD Model (STEP, STL) | TextoCAD