3D preview of Gimbal Gyroscope Desk Sculpture
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Interactive 3D model of Gimbal Gyroscope Desk Sculpture

Enclosures and housings

Gimbal Gyroscope Desk Sculpture

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Bounding box
64.0 × 64.0 × 28.3 mm
Engine
Precision B-rep
Parameters
18
Published
October 31, 2026

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The prompt

Generate a precise, 3D-printable, non-electronic Mechanical Gyroscope Desk Sculpture (closed-manifold solid, .STL/.STEP). Geometry and Dimensions: Center Sphere Core: 30 mm outer diameter with a vertical 10 mm through-bore along the Z-axis. Inner Gimbal Ring: 32 mm ID, 40 mm OD, 10 mm height. Opposing 3 mm pivot pin sockets on the X-axis (0 degrees / 180 degrees). Middle Gimbal Ring: 42 mm ID, 50 mm OD, 10 mm height. Opposing 3 mm pivot pin sockets on the Y-axis (90 degrees / 270 degrees). Outer Gimbal Ring: 52 mm ID, 60 mm OD, 10 mm height, with a flattened base for stability. Pivot Pins and Tolerances: 1.0 mm radial air gaps between nested rings; 2.8 mm diameter pivot pins with 0.1 mm rotational fit clearance for low-friction spinning. Finish: Uniform 0.5 mm chamfers on outer edges, smooth high-polygon curves (64+ segments), zero internal wiring or electronics.

Parameters

NameValueRange
Core Sphere Diameter30 mm12 – 60
Vertical Through-Bore10 mm2 – 24
Sphere Pivot Seat Depth5 mm1 – 12
Inner Ring ID32 mm14 – 70
Inner Ring OD40 mm20 – 80
Middle Ring ID42 mm22 – 90
Middle Ring OD50 mm28 – 100
Outer Ring ID52 mm32 – 110
Outer Ring OD60 mm38 – 130
Ring Band Height10 mm3 – 30
Base Flange OD64 mm40 – 140
Base Flange Height2 mm0.5 – 8
Pivot Socket Diameter3 mm1.2 – 8
Pivot Pin Diameter2.8 mm1 – 7.8
Core-to-Inner Pin Length8 mm3 – 20
Inner-to-Middle Pin Length9 mm3 – 22
Middle-to-Outer Pin Length12 mm4 – 30
Edge Chamfer0.5 mm0.1 – 1.5

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