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Interactive 3D model of Geodesic Dome 6-Way Hub Connector

Enclosures and housings

Geodesic Dome 6-Way Hub Connector

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Bounding box
298.8 × 283.8 × 48.3 mm
Engine
Precision B-rep
Parameters
16
Published
August 8, 2026

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The prompt

"Generate a 3D parametric mechanical 6-way connector hub for a 4V frequency geodesic dome structure. The central core body is a regular circumscribed hexagon plate with a flat top face, measuring 180mm diameter across flat sides, and 10mm thick. The hub features 6 equally spaced radial connector legs branching outwards at 60-degree increments from the absolute central Z-axis. Each leg must be structurally tilted downward by a dihedral angle of exactly 8.2 degrees relative to the flat top surface of the hex plate. Each leg consists of an open U-shaped dual-flange channel engineered to cleanly sleeve over a rectangular aluminum T-slot extrusion profile measuring 40mm wide by 30mm deep. Centered inside the interior floor of each channel, add a raised longitudinal alignment tongue/key measuring 10mm wide and 4mm tall. Each leg channel must feature two vertically aligned through-holes for M6 bolts, spaced 30mm apart along the leg's centerline. Apply a global clearance tolerance offset of +0.15mm to all internal pocket faces for a sliding fit. Export as a solid parametric STEP file

Parameters

NameValueRange
Across Flats180 mm50 – 500
Plate Thickness10 mm2 – 50
Number of Legs63 – 12
Leg Tilt Angle8.2 deg0 – 30
Leg Length60 mm20 – 200
Flange Thickness5 mm2 – 15
Floor Thickness5 mm2 – 15
Inward Overlap15 mm5 – 30
Extrusion Width40 mm20 – 80
Extrusion Depth30 mm10 – 60
Clearance Offset0.15 mm0 – 1
Tongue Width10 mm5 – 15
Tongue Height4 mm1 – 10
Bolt Hole Diameter6.75 mm5 – 10
Bolt Hole Spacing30 mm10 – 80
Bolt Offset from Inner Face15 mm5 – 40

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.