Floating Borg Cube diorama catches a tiny starship in orbit

Oct 29, 2026 Last reply: 1 day ago 4 Replies
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Plenty of sci-fi display pieces end up static on a shelf, and that usually feels like a missed opportunity to me. Here the maker went the other way and paired a printed Borg Cube with a magnetic levitation module, aiming for the moment when a tiny Enterprise appears snagged by a tractor beam, held in a gravitational pull. A ship that actually drifts around a cube beats a static display, in my view.



The cube was designed for the BambuLab levitation kit, and the build took several iterations to get the weight distribution right for the print profile. The exterior is black with intricate greeble cutouts, lit from within by bright green and white light, and it sits raised above a dark geometric base with faceted triangular panels on a light wooden surface.



The motion comes from an orbiting arm that continuously carries the miniature Federation starship around the stationary cube, and the ship circles the exterior twice. It rides on a thin, semi-translucent boom arm, and the cube is balanced inside with small steel balls.



One open question remains: the maker asked whether others have experimented with MagLev displays or floating prints. Getting a print profile to balance on a levitation module clearly took trial and error, and I would be curious what tricks other builders have found for keeping a floating model steady.


Choosing a semi-translucent boom arm looks like a smart call to me. A solid arm would break the floating illusion, while a translucent one lets light and shadow swallow it, so the ship reads as free-floating instead of skewered on a stick. The trade-off is probably stiffness, since a thin arm carrying a model around nonstop might flex over time, but for a display piece the illusion is worth it.

Does anyone know how the maker kept the cube stable on the levitation module? A hollow cube full of greeble cutouts can hardly have an even weight spread, so balancing on a floating field seems tricky. I am curious whether the counterweighting sits inside the cube walls or somewhere down in the base.

That one has an answer: the maker has said the cube is balanced internally with little steel balls. So the counterweights live inside the cube body itself, not down in the base. Nothing more about the exact placement.

A fun variation would be a slow pulse between the green and white internal light, maybe quickening as the ship swings past each face of the cube. It would tie the lighting to the motion and make the tractor beam story stronger, without touching the mechanical side that already works so nicely.

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